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Latest

malware
Published 2026-11-03 New
Verified 2026-11-03

Google (3 Nov): Google and partners dismantle the XCPE backdoor botnet of more than 1.3 million set-top boxes, which Google attributes to manufacturer Videostrong; Google bans Videostrong from certified Android devices

Google Threat Intelligence Group said on 3 November 2026 that last week Google and industry partners dismantled the XCPE backdoor, which enrolled more than 1.3 million set-top boxes into a botnet, and that it assesses with high confidence the backdoor and botnet were intentionally developed, deployed and operated for financial gain by Videostrong Technology Co., an Android device manufacturer. Google says the malware was built directly into many device models and brands over multiple years, runs with Android system privileges, reinstalls itself from the /oem/ partition on reboot if a user removes it, and was used to sell access to criminal affiliates whose modules carried out ad fraud, silently enrolled devices into residential proxy networks and loaded further malware; it also says it observed Videostrong operators capturing live screenshots, injecting keystrokes, exfiltrating account information, device information and system logs, and establishing reverse shells on devices. Google says it took legal action to take down the domains and servers Videostrong used and the command-and-control domains of more than a dozen malware families loaded through the backdoor, which it assesses will sever access to at least 10 million additional compromised devices; banned Videostrong and any future subsidiaries or affiliates from building certified Android devices or supplying software to certified vendors; and changed its review process after Videostrong used obfuscation to load malicious code after a device's first boot. Google says it worked with Japan's National Police Agency, Lumen, HUMAN Security, Plume, Synthient and TrendAI. (source: Google Threat Intelligence Group) According to BleepingComputer, the takedown does not remove the malware from infected devices, so users would need to install clean firmware or disconnect the device from the internet. (source: BleepingComputer)

Product
Android-based set-top boxes with the XCPE firmware backdoor (x.cpe / com.oemservice) made by Videostrong Technology Co.
Versions
n/a — backdoor preinstalled in device firmware (Google Threat Intelligence Group, 3 Nov 2026)
Exploited in Australia?
unknown
Patch to
Google advises buying connected devices such as set-top boxes only from reputable manufacturers (its Android TV website lists partners), sticking to trusted app stores, reviewing permissions for third-party VPN and proxy apps, keeping Google Play Protect on and being wary of apps that pay for unused bandwidth (Google Threat Intelligence Group). Because the backdoor reinstalls from the firmware, BleepingComputer says owners of infected devices would need clean firmware or to disconnect the device from the internet. Network defenders can block the indicators Google publishes.

Primary: Google Threat Intelligence Group — Shutting the Door on the XCPE Botnet (3 Nov 2026) · Vendor: Google Threat Intelligence Group · BleepingComputer — Google disrupts million-device XCPE Android malware botnet, bans TV box maker (2 Nov 2026)

tech

Incident
Published 2026-11-02 New
Verified 2026-11-03

Michigan State University says suspicious activity found in early October looked like a potential credential compromise and forced password resets for every NetID

Michigan State University told The Record that it became aware of suspicious cyber activity in early October 2026 and immediately began investigating. To protect accounts and systems, the university's IT team required everyone with an MSU NetID to reset their password to a new one of at least 15 characters, in an email sent to campus on 1 October, The Record reports. A spokesperson said that, based on the investigation to date, the activity appeared to be a potential credential compromise, that current evidence does not indicate a successful compromise of the university's central Active Directory environment, and that there is no evidence other MSU data was accessed, changed or stolen. According to The Record, the BYOD ransomware gang claimed responsibility. University officials said the claims were tied to the October incident, and the university did not respond to follow-up questions about them, The Record reports. MSU has not confirmed any data theft. (source: The Record)

Product
Michigan State University (MSU NetID accounts)
Versions
n/a — organisation cyber incident
Exploited in Australia?
unknown
Patch to
MSU students and staff: make sure your NetID password was reset as the university required, do not reuse it elsewhere, and be wary of emails, texts or calls that mention this incident or ask for passwords.

Primary: The Record (2 Nov 2026)

breaches education

Vulnerability
Published 2026-11-02 New
Verified 2026-11-03

Textpattern CMS 4.9.2 (2 Nov) fixes nine security issues, including an arbitrary file write through XML-RPC, CSRF in theme import and an admin-rights check on the Users panel; all earlier versions affected

The Textpattern CMS project released Textpattern 4.9.2 on 2 November 2026 as a patch release with security fixes, and says versions before 4.9.2 are affected unless stated. The issues, reported by third-party researchers, are: an authentication issue with concurrent logins and cookies; content sandboxing of preview frames (with a new admin-side Content Security Policy layer); unsanitised 'sort' attributes in the authors and file_download tags; inconsistent sanitising of the 'url_title' attribute; a user-privilege cross-site request forgery mitigated with CSP; cross-site request forgery in the theme import workflow; missing validation of administrative user status on the Users panel; and an arbitrary file write through XML-RPC, which the project links to CVE-2026-5344. The project gives no severity ratings and says it will update the post with CVE assignments. (source: Textpattern)

Product
Textpattern CMS (open-source PHP content management system)
Versions
Affected: Textpattern before 4.9.2 (unless stated); fixed: 4.9.2 (2 Nov 2026). CVE named by the project: CVE-2026-5344 (XML-RPC arbitrary file write).
Exploited in Australia?
unknown
Patch to
Back up site files and the database, then upgrade to Textpattern 4.9.2 using UPGRADE.txt.

Primary: Textpattern — Textpattern 4.9.2 released: security fixes, patches and tweaks (2 Nov 2026) · Vendor: Textpattern CMS project · CVE: CVE-2026-5344

vulnerabilities

Vulnerability
Published 2026-11-02 New
Verified 2026-11-03

Android November 2026 security bulletin (2 Nov): 208 CVEs, 23 rated Critical, including a Framework remote code execution flaw needing no user interaction; patch levels 2026-11-01 and 2026-11-05

Google published the Android Security Bulletin for November 2026 on 2 November 2026. It lists 208 vulnerabilities across two security patch levels: 113 at 2026-11-01 (Android runtime, Framework and System) and 95 at 2026-11-05 (kernel components and Arm, Imagination Technologies, MediaTek, Unisoc and Qualcomm components), and says devices on patch level 2026-11-05 or later are protected against all of them. Google says the most severe is a Critical flaw in the Framework component that could lead to remote code execution with no additional execution privileges and no user interaction; that entry is CVE-2026-58868 (Android 14 to 17). Of the 208, 23 are rated Critical: at 2026-11-01, CVE-2026-58868 (Framework, remote code execution) and, in System, CVE-2026-58876 and CVE-2026-58936 (remote code execution), CVE-2026-55275, CVE-2026-55283 and CVE-2026-58984 (privilege escalation) and CVE-2026-58814 and CVE-2026-58882 (denial of service); at 2026-11-05, six upstream Linux kernel flaws in Bluetooth (CVE-2026-53256, CVE-2026-89774), pKVM (CVE-2026-59044, CVE-2026-59045, CVE-2026-59048) and HID (CVE-2026-80604), eight MediaTek modem flaws (CVE-2026-20499, CVE-2026-20519, CVE-2026-20520, CVE-2026-20545 to CVE-2026-20549) and one Qualcomm closed-source flaw (CVE-2026-25285). Google says the most severe kernel-component issue could lead to remote escalation of privilege with no user interaction. Some fixes also ship as Google Play system updates (Media Codecs, MediaProvider, Profiling, Telephonycore and Wi-Fi). The bulletin does not flag any of these as exploited, and Google says AOSP source patches follow within 48 hours of publication. (source: Android Security Bulletin)

Product
Android (AOSP runtime, Framework, System and kernel components; Arm, Imagination, MediaTek, Unisoc and Qualcomm components) on OEM phones and tablets
Versions
Critical at 2026-11-01: CVE-2026-58868 (Framework RCE; Android 14 to 17), CVE-2026-58876, CVE-2026-58936 (System RCE; 14 to 17), CVE-2026-55275, CVE-2026-55283 (System EoP; 16, 16 QPR2, 17), CVE-2026-58984 (System EoP; 15 to 17), CVE-2026-58814, CVE-2026-58882 (System DoS; 14 to 17). Critical at 2026-11-05: kernel CVE-2026-53256, CVE-2026-89774 (Bluetooth), CVE-2026-59044, CVE-2026-59045, CVE-2026-59048 (pKVM), CVE-2026-80604 (HID); MediaTek modem CVE-2026-20499, CVE-2026-20519, CVE-2026-20520, CVE-2026-20545 to CVE-2026-20549; Qualcomm CVE-2026-25285. Fixed at security patch level 2026-11-05 or later.
CVSS
Critical (Android severity rating; the bulletin gives no CVSS scores)
Exploited in Australia?
unknown
Patch to
Move Android phones and tablets to security patch level 2026-11-05 or later as each maker ships it (2026-11-01 covers only the Framework, System and runtime fixes), and keep Google Play system updates current. Use your MDM to find handsets stuck on older patch levels, and plan to retire devices that no longer receive monthly updates.

Primary: Android Security Bulletin — November 2026 (published 2 Nov 2026) · Vendor: Android Open Source Project — November 2026 bulletin, patch levels 2026-11-01 and 2026-11-05 · CVE: CVE-2026-58868, CVE-2026-58876, CVE-2026-58936, CVE-2026-55275, CVE-2026-55283, CVE-2026-58984, CVE-2026-58814, CVE-2026-58882, CVE-2026-53256, CVE-2026-89774, CVE-2026-59044, CVE-2026-59045, CVE-2026-59048, CVE-2026-80604, CVE-2026-20499, CVE-2026-20519, CVE-2026-20520, CVE-2026-20545, CVE-2026-20549, CVE-2026-25285

vulnerabilities

Incident
Published 2026-11-02 New
Updated 2026-11-03
Verified 2026-11-03

Russia's federal statistics agency Rosstat confirms it was targeted by a cyberattack but says it found no evidence that protected information leaked, according to The Record

Russia's federal statistics agency, Rosstat, confirmed that it had been targeted by a cyberattack, according to The Record. In a statement to Russian state news agency TASS, Rosstat said its security systems had detected suspicious activity in time for specialists to respond, that it had found no evidence that protected information had been leaked or its databases compromised, and that it was working with cybersecurity experts and law enforcement to identify the source of the attacks, according to The Record. The Record reports that groups claimed responsibility and that their claims could not be independently verified. (source: The Record) Correction (03 Nov 2026): the card date has moved from 3 to 2 November 2026, the date The Record shows on its report. (source: The Record)

Product
Rosstat (Russia's federal statistics agency)
Versions
n/a — incident
Exploited in Australia?
unknown
Patch to
n/a — no action advised in the cited report

Primary: The Record (2 Nov 2026)

breaches

malware
Published 2026-11-02 New
Verified 2026-11-02

FortiGuard Labs (2 Nov): BITTER campaign against South Asian organisations uses LNK, VHDX and RAR lures to deploy PapRAT, a remote access trojan with C++ and Rust versions

Fortinet's FortiGuard Labs published research on 2 November 2026 on a campaign it attributes to BITTER, which it describes as a suspected South Asian cyberespionage group active since at least 2013 that has targeted the government, energy and engineering sectors. Over several months FortiGuard tracked attacks on South Asian organisations using PowerShell scripts and a custom remote access trojan it calls PapRAT, delivered through three infection chains: an LNK file that abuses the native Windows ftp.exe utility to run scripts and create scheduled tasks that keep in contact with the attacker's server; a VHDX disk image whose LNK opens a decoy spreadsheet while silently running an MSI installer that deploys PapRAT; and a RAR archive holding a .url shortcut that combines the first two. PapRAT poses as a Microsoft component (bruzsvc.exe) and supports remote shell commands, file upload, download, deletion and execution, directory and drive listing and screenshots; a newer Rust variant expands the command set from eight to eleven, adding PowerShell execution, a sleep directive and a clean exit command. FortiGuard says a secondary payload downloaded through PapRAT was WmRAT, which it cites as a further indicator linking the activity to BITTER, and that its telemetry shows targets concentrated in South Asia. Lure names include a request for a bilateral meeting during the 22nd HACGAM and a letter about the 11th Belt and Road Summit. (source: FortiGuard Labs)

Product
Microsoft Windows endpoints; PapRAT (C++ and Rust) and WmRAT remote access trojans
Versions
n/a — campaign / malware family (FortiGuard, 2 Nov 2026)
Exploited in Australia?
unknown
Patch to
Treat unexpected LNK files, .url shortcuts, VHDX disk images and MSI packages in unsolicited messages with caution; alert on ftp.exe running local shell commands, conhost --headless cmd chains and new scheduled tasks polling remote servers (FortiGuard saw names under MicrosoftUpdates\ and BiosUpdates\); watch for outbound command-and-control traffic and block the domains and hashes FortiGuard lists (FortiGuard Labs).

Primary: FortiGuard Labs — BITTER Expands Its Arsenal with PapRAT (2 Nov 2026) · Vendor: Fortinet FortiGuard Labs Threat Research

tech

Vulnerability
Published 2026-11-02 New
Verified 2026-11-02

BTCPay Server: attackers stole Bitcoin and Litecoin from hot wallets on servers running 2.4.1 or earlier; project says move to a fresh server with a new wallet

BTCPay Server, the open-source self-hosted cryptocurrency payment processor, said on 2 November 2026 that it received reports on 1 November of Bitcoin and Litecoin being stolen from hot wallets on BTCPay Server instances, and that its investigation found the attacks targeted servers running version 2.4.1 (released 23 July 2026) or earlier. The project says the attackers used a different method to exploit the vulnerability fixed in 2.4.2 (released 7 August 2026); it has not named a CVE. Its timeline, converted to Perth time, records a wallet drain at 21:46 on 1 November, the first theft report by email at 04:56 on 2 November, and a warning on X at 06:25 on 2 November asking operators to shut down their servers; it also asked VPS hosting providers, including LunaNode, to take BTCPay Server instances offline as a precaution. BTCPay says it has seen no impact on servers that were already running 2.4.2 or later when it issued that warning, that funds in wallets whose spending keys are held off the server, including hardware wallets, were unaffected, that it has not established when exploitation began, and that activity at the reported destination addresses should not be treated as a confirmed total of losses. (source: BTCPay Server) According to BleepingComputer, on 29 October BTCPay disclosed a critical vulnerability discovered through Anthropic's Frontier OSS scanner, which prompted the release of version 2.4.7 as an emergency security update, and BTCPay says it has no credible reports of hot wallet drains for users running 2.4.7. (source: BleepingComputer) Correction (02 Nov 2026): removed BTCPay Server's posts on X as a source; removed details no other source gives. (source: BTCPay Server; BleepingComputer)

Product
BTCPay Server (self-hosted Bitcoin and cryptocurrency payment processor) with hot wallets
Versions
Affected: BTCPay Server 2.4.1 (23 Jul 2026) and earlier (BTCPay Server, 2 Nov 2026). The exploited vulnerability was fixed in 2.4.2 (7 Aug 2026); latest release 2.4.7 (29 Oct 2026). No CVE named.
Exploited in Australia?
unknown
Patch to
If you ran 2.4.1 or earlier, BTCPay says to move to a fresh server even if you saw no theft and even if you updated after the 1 November warning: sweep remaining hot-wallet funds to a new wallet with a new seed created on a trusted device, take the old server offline and keep its logs, provision a fresh VM with the latest supported BTCPay Server release (do not restore the old server), and from a trusted device revoke and replace hosting, SSH, application, API and Lightning credentials the old server could reach. Everyone else: keep BTCPay Server updated (2.4.7 or later). Report losses to security@btcpayserver.org, never sending seeds, keys or passwords (BTCPay Server).

Primary: BTCPay Server — Security Incident Affecting BTCPay Server 2.4.1 and Earlier (2 Nov 2026) · BleepingComputer (02 Nov 2026)

vulnerabilities

Vulnerability
Published 2026-11-01
Verified 2026-11-01

Apache MINA 3.0 milestone builds (3.0.0 to 3.0.0-M2): unsafe deserialization in JavaNativeMessageDecoder (CVE-2026-118636, CVSS 9.8); Apache says the inactive 3.0 branch will not get a fix and recommends the latest MINA 2.2.x

Apache's CVE record for CVE-2026-118636, published on 1 November 2026 (4:17 am Perth), is marked 'UNSUPPORTED WHEN ASSIGNED'. It says JavaNativeMessageDecoder in the MINA 3.0 codec module calls ObjectInputStream.readObject() on frame bytes with no class filter, so an application that puts it in front of an untrusted peer is open to gadget-chain remote code execution. The record lists Apache MINA 3.0.0 through 3.0.0-M2 as affected, describes the severity as critical and gives a CVSS 3.1 base score of 9.8. Apache says that as the 3.0.0 branch is inactive it does not plan to release a version that fixes the issue, and recommends users move to the latest Apache MINA 2.2.x branch; MINA's download page lists Apache MINA 2.2.10 as the stable release (Java 8+). (sources: CVE-2026-118636 record; Apache MINA downloads page)

Product
Apache MINA 3.0 codec module (JavaNativeMessageDecoder)
Versions
Apache MINA 3.0.0 through 3.0.0-M2 (per the CVE record); Apache does not plan a fix for the inactive 3.0.0 branch
CVSS
(CVSS 3.1, Apache CNA)
Exploited in Australia?
unknown
Patch to
Apache recommends moving to the latest Apache MINA 2.2.x branch (MINA's download page lists 2.2.10 as the stable release, as of 1 Nov 2026). Until you have moved, do not put a MINA 3.0 JavaNativeMessageDecoder in front of untrusted peers.

Primary: CVE.org — CVE-2026-118636: Apache MINA: Unsafe Deserialization (CWE-502) in JavaNativeMessageDecoder (CNA: Apache; published 1 Nov 2026, Perth) · Vendor: Apache MINA — MINA Downloads (2.2 branch) · CVE: CVE-2026-118636

vulnerabilities

news
Published 2026-10-31
Updated 2026-11-02
Verified 2026-11-02

Cisco Talos: VOLTA-AUTODOXER Windows infostealer sends stolen victim data to an LLM via OpenRouter to rank victims' assets by monetization value

Cisco Talos said in a blog post dated 31 October 2026 that a self-deleting Windows infostealer that names itself VOLTA-AUTODOXER (VOLTA) harvests browser passwords, cookies, payment cards, cryptocurrency wallet seed phrases, Discord, Telegram, Steam and Roblox sessions, Microsoft OAuth tokens, SSH and cloud-provider keys, Wi-Fi profiles and screenshots, then builds a structured evidence bundle about the victim and uses stolen session access to search the victim's Gmail for purchase receipts to corroborate a home address. Talos says the bundle is POSTed to OpenRouter with a system prompt telling the model to act as "a forensic intelligence analyst drafting a target assessment", with output sections ranking valuables by monetization and assessing the victim's security posture. Talos says the hardcoded default model is anthropic/claude-opus-4.6, with a fallback chain of moonshotai/kimi-k2 then google/gemini-2.5-flash if a response looks like a refusal. (source: Cisco Talos) Correction (02 Nov 2026): removed The Hacker News as a source. (source: Cisco Talos)

Product
VOLTA-AUTODOXER (VOLTA) Windows infostealer
Versions
n/a — malware research
Patch to
n/a — malware research; see the Cisco Talos post for its analysis.

Primary: Cisco Talos — Appraisal by AI: Model-driven victim prioritization in the VOLTA infostealer (31 Oct 2026)

ai

Incident
Published 2026-10-30 New
Verified 2026-11-03

Abrigo took its Sageworks lending and credit-risk platform for US banks and credit unions offline on 30 October after identifying irregular activity in its environment; most of it was back on 2 November, except borrower-facing features

Abrigo, which provides cloud software to US community banks and credit unions, said on its status page on 30 October 2026 that it identified irregular activity in its environment and, out of an abundance of caution, disabled the Sageworks application at about 11:25 am US Eastern time (11:25 pm Perth). The incident covers Sageworks Analysis, the Sageworks API and Online Portal Now. Abrigo's updates over 30 October to 1 November said its team continued to investigate and that notices were going to Product and IT & Security contacts at customer institutions; on 2 November at 07:11 US Eastern time (8:11 pm Perth) it said the Sageworks platform was available again with the exception of borrower-facing capabilities, and that it was monitoring. Abrigo's status updates do not say what the irregular activity was or whether any data was accessed. (source: Abrigo status page) BleepingComputer reported on 2 November that Abrigo serves more than 2,400 institutions, that Sageworks handles sensitive information including banking customer details, and that Abrigo had not responded to its request for details, so it is unclear whether the outage was caused by a breach or a technical issue. (source: BleepingComputer)

Product
Abrigo Sageworks (Sageworks Analysis, Sageworks API, Online Portal Now) lending and credit-risk software for US banks and credit unions
Versions
n/a — service incident
Exploited in Australia?
unknown
Patch to
Banks and credit unions using Sageworks: follow the notices Abrigo is sending to your Product and IT & Security contacts. Abrigo has not said what the irregular activity was, so check Sageworks API integrations and their logs for activity you do not recognise.

Primary: Abrigo status — Sageworks Analysis, Sageworks API and Online Portal Now Unplanned Maintenance (updates 30 Oct to 2 Nov 2026) · BleepingComputer — Fintech platform Sageworks taken offline after suspected cyberattack (2 Nov 2026; 3 Nov 3:00 am Perth)

breaches

research
Published 2026-10-30
Verified 2026-11-01

Microsoft Threat Intelligence: attackers posing as IT help desk in Microsoft Teams talked users into Quick Assist sessions, then abused AD CS (an ESC1-vulnerable certificate template in one case, PetitPotam relay to Web Enrollment (ESC8) in the other) to get certificates for privileged accounts and a domain controller

Microsoft Threat Intelligence published an investigation of two human-operated intrusions on 30 October 2026 (US time). In both, threat actors used Microsoft Teams messages and calls to impersonate IT or help desk personnel and socially engineered users into granting interactive remote access, primarily through Quick Assist, using organisation-themed onmicrosoft.com tenant names and support-oriented display names. During the remote session they placed an archive in the user's Downloads folder, extracted it into a KB-prefixed staging directory under the user profile and ran the payload with a portable Python, Bun (JavaScript) or Java runtime, then ran host and network discovery and assessed Active Directory Certificate Services (AD CS). In Case 1 the attacker abused an ESC1-vulnerable certificate template to obtain certificates for three highly privileged accounts, then, after a second Teams-phishing wave targeting 16 users about 90 minutes later, for eight more, and performed DCSync within seconds of obtaining one privileged certificate. Microsoft Defender attack disruption restricted the covered identities and blocked more than 1,000 subsequent SMB file-access attempts, but one privileged account excluded from automated response stayed usable and was later used to reach a file server and copy data to an external SFTP destination with a renamed copy of Rclone (SearchApp.exe). In Case 2 the attacker used PetitPotam to make the domain controller authenticate to an attacker-controlled system, relayed that NTLM authentication to AD CS Web Enrollment (ESC8), obtained a certificate using the Domain Controller template and used it for Kerberos PKINIT to get a ticket-granting ticket for the domain controller; after Defender ESC8-related alerts the customer isolated the workstation and no further progression was observed. Microsoft says the activity did not exploit a vulnerability in Microsoft Teams but relied on social engineering and insecure or overly permissive AD CS configurations, that resetting the user's password or reimaging the first workstation does not revoke an issued certificate or invalidate Kerberos tickets already issued, and that the activity is not attributed to a specific threat actor. (source: Microsoft Security Blog)

Product
Microsoft Teams (help desk impersonation, Quick Assist) and Active Directory Certificate Services (certificate templates, Web Enrollment)
Versions
n/a — social engineering and AD CS misconfiguration; Microsoft says no Teams vulnerability was exploited
CVSS
n/a
Exploited in Australia?
unknown
Patch to
Make staff verify unsolicited support contacts through a known internal channel before joining a call or starting Quick Assist, limit Teams external access to the domains you need, and allow only approved remote-support tools. Review AD CS templates that let requesters supply the subject, remove Web Enrollment endpoints you do not need, require HTTPS with Extended Protection for Authentication and follow Microsoft's KB5005413 guidance on NTLM relay against AD CS (named in Microsoft's post). If a rogue certificate was issued, revoke it and review Kerberos tickets separately (revocation does not cancel tickets already issued), and do not leave compromised accounts excluded from automated containment.

Primary: Microsoft Security Blog (Microsoft Threat Intelligence) — From help desk impersonation to AD CS abuse: Investigating ESC1 and ESC8 intrusion paths (30 Oct 2026, US time)

tech identity

Incident
Published 2026-10-30
Verified 2026-10-31

Chainalysis says an external actor using offensive agentic techniques got into its systems and internal tools this month and accessed some customer user IDs, full names, email addresses and organisation role labels; it found no sign investigation content, passwords, MFA secrets or session tokens were accessed

Blockchain analytics firm Chainalysis says in a security incident post dated 30 October 2026 that it was recently the target of a cybersecurity incident, similar to many other tech platforms in recent weeks. In the text of the email it sent to impacted customers, which it publishes in the post, Chainalysis says that this month it detected an external actor using offensive agentic techniques to gain unauthorised access to Chainalysis systems and internal tools, and that its teams have been working to investigate the activity, patch vulnerabilities and harden its systems. It says some non-sensitive customer data, such as user IDs, full names, email addresses and organisation role labels for users provisioned on its platform, was accessed, and that it is working out which records were accessed for each organisation. It says it has found no indication that investigation content (such as graphs, notes or cases), transaction or query results, passwords in clear text, MFA secrets or user session tokens were accessed. Chainalysis says it has engaged third-party cybersecurity experts, has proactively notified all of its customers (some had been notified earlier), and that the incident is not related to the recent crypto theft at Binance. It has not said when the access began, how the attacker got in, or how many users are affected. (source: Chainalysis)

Product
Chainalysis platform (customer user accounts)
Versions
n/a — data breach
Exploited in Australia?
unknown
Patch to
Chainalysis users: be very wary of unexpected password reset requests or authentication prompts, and turn on two-factor authentication if your organisation has not already (Chainalysis advice; your account manager can help). Expect phishing that uses your name, email address and role.

Primary: Chainalysis — Chainalysis Security Incident Information (30 Oct 2026)

breaches crypto ai

Incident
Published 2026-10-30
Verified 2026-10-31

Online fashion retailer Revolve tells the SEC an unauthorised actor may have obtained, through automated means, names, contact details, payment card numbers and expiry dates of some customers who saved card details in their online accounts

Revolve Group, the US online fashion retailer, said in a Form 8-K dated 29 October 2026 and filed with the US Securities and Exchange Commission on 30 October that it recently became aware of unauthorised access to certain of its systems, started its cyber incident response protocols and confirmed the unauthorised activity was remediated. Revolve says that, based on its investigation, an unauthorised actor may have obtained, through automated means, the name, contact information, payment card number and payment card expiration date for certain customers who saved payment information with their online shopping account on its e-commerce platform. It says it notified federal law enforcement, engaged external cybersecurity experts, that the incident has not caused operational disruption or interrupted service to customers, and that it does not believe the incident will have a material impact on its business. Revolve did not say when the access happened or how many customers are affected. According to The Record, Revolve did not answer its questions about when the attack occurred, and told regulators in Texas that 127,200 people in the state had information stolen, with another 1,328 in Vermont and notifications also filed in Massachusetts (state filing figures as reported by The Record, not independently verified). (sources: Revolve Form 8-K; The Record)

Product
Revolve e-commerce platform (customer accounts with saved payment cards)
Versions
n/a — data breach
Exploited in Australia?
unknown
Patch to
Revolve customers who saved a card in their account: check card statements for charges you don't recognise, ask your bank or card issuer about replacing the card, and remove saved cards you don't need. Be wary of emails or texts about the incident that ask you to confirm card details.

Primary: Revolve Group, Inc. — Form 8-K, Item 8.01 Other Events (dated 29 Oct 2026, filed 30 Oct 2026) · The Record (30 Oct 2026)

breaches

Vulnerability
Published 2026-10-30
Verified 2026-10-31

ClickHouse Server CVE-2026-116366 (CVSS 4.0 9.5, Critical): under certain conditions an unauthenticated user with network access can run arbitrary code; fixed in 26.3.62.3-lts, 26.8.36.3-lts, 26.9.27.3-stable and 26.10.3.7-stable, and ClickHouse Cloud and BYOC already patched

ClickHouse says in its security changelog that an issue discovered in ClickHouse Server could, under certain conditions, allow an unauthenticated user with network access to execute arbitrary code on the server. It lists the fix under 'Fixed in ClickHouse v26.10.3.7, 2026-10-30' and says the fix has been pushed to the open-source versions v26.3.62.3-lts, v26.8.36.3-lts, v26.9.27.3-stable and v26.10.3.7-stable, and that a fix has been applied to all ClickHouse Cloud and BYOC deployments; it credits Elshad Toklayev. ClickHouse, as the CVE Numbering Authority, published CVE-2026-116366 on 30 October 2026 (11:00 UTC; 7:00 pm Perth) under the title 'Unauthenticated RCE vulnerability against ClickHouse Server', classed as CWE-190 (integer overflow or wraparound), with a CVSS 4.0 base score of 9.5 (Critical; network attack vector, high attack complexity, no privileges or user interaction). The CVE record lists open-source ClickHouse 26.3 before 26.3.62.3-lts, 26.8 before 26.8.36.3-lts, 26.9 before 26.9.27.3-stable and 26.10 before 26.10.3.7-stable as affected, and also lists ClickHouse Cloud builds before 25.12.1.1713, 26.2.1.835, 26.4.1.2704, 26.6.1.2439, 26.8.1.597 and 26.10.2.84. Neither ClickHouse's changelog nor the CVE record describes the conditions needed or reports exploitation. (source: ClickHouse security changelog; CVE record)

Product
ClickHouse Server (open-source ClickHouse; ClickHouse Cloud and BYOC)
Versions
Affected (CVE record): ClickHouse 26.3 before 26.3.62.3-lts, 26.8 before 26.8.36.3-lts, 26.9 before 26.9.27.3-stable, 26.10 before 26.10.3.7-stable. Fixed (ClickHouse changelog): v26.3.62.3-lts, v26.8.36.3-lts, v26.9.27.3-stable, v26.10.3.7-stable. ClickHouse Cloud and BYOC: fix applied by ClickHouse.
CVSS
(ClickHouse as CNA, CVSS 4.0; Critical)
Exploited in Australia?
unknown
Patch to
Self-hosted ClickHouse: upgrade to v26.3.62.3-lts, v26.8.36.3-lts, v26.9.27.3-stable or v26.10.3.7-stable (or later on your branch). ClickHouse Cloud and BYOC customers: ClickHouse says the fix is already applied. Until patched, keep ClickHouse ports off the internet and limit network access to trusted clients.

Primary: ClickHouse — Security changelog (Fixed in ClickHouse v26.10.3.7, 2026-10-30: CVE-2026-116366) · CVE: CVE-2026-116366 · CVE record — CVE-2026-116366: Unauthenticated RCE vulnerability against ClickHouse Server (published 30 Oct 2026 11:00 UTC)

tech cloud

Vulnerability
Published 2026-10-30
Verified 2026-10-31

ServiceNow October 2026 CVE advisory: AI Platform sandbox escape CVE-2026-103093 (CVSS 4.0 9.4, Critical) lets an authenticated admin run code on the host OS; plaintext password exposure and domain separation bypass also fixed

ServiceNow published CVE records on 29 October 2026 (UTC) for three ServiceNow AI Platform issues, each pointing to its knowledge base article KB3228994, titled 'October 2026 CVE Advisory Notification'. ServiceNow says CVE-2026-103093 (CVSS 4.0 9.4, Critical), 'Sandbox Escape via Table Rotation', could enable an authenticated user with the admin role to bypass Rhino sandbox restrictions and execute arbitrary code on the underlying host operating system. CVE-2026-103094 (CVSS 4.0 7.1, High) could cause a user's plaintext password to be persisted in a system table, exposing it to a user not otherwise entitled to view it. CVE-2026-6877 (CVSS 4.0 5.3, Medium) is a domain separation bypass in the SR – CSM – Task Plan Templates Store application that could let a user with a specific role create records in domains they cannot access. ServiceNow says it deployed an update to hosted instances, provided the update to partners and self-hosted customers, and is not currently aware of malicious exploitation. The knowledge base article itself did not render for the desk; details here are from ServiceNow's CVE records. (source: ServiceNow CVE records via cve.org)

Product
ServiceNow AI Platform (CVE-2026-103093, CVE-2026-103094); SR – CSM – Task Plan Templates Store application (CVE-2026-6877)
Versions
Per ServiceNow's CVE records (as of 31 Oct), affected versions are earlier than: CVE-2026-103093 — Yokohama Patch 13 Hot Fix 4a, Zurich Patch 10 Hot Fix 3b, Zurich Patch 12, Zurich Patch 13, Australia Patch 5; CVE-2026-103094 — Xanadu Patch 11 Hot Fix 7a, Yokohama Patch 13 Hot Fix 4a, Zurich Patch 10 Hot Fix 3a, Zurich Patch 11 Hot Fix 1, Zurich Patch 11m (m-branch), Zurich Patch 12, Zurich Patch 13, Australia Patch 2 Hot Fix 3b, Australia Patch 4 Hot Fix 1, Australia Patch 4m (m-branch), Australia Patch 5; CVE-2026-6877 — SR - CSM - Task Plan Templates v3.0. Hosted instances: updated by ServiceNow.
CVSS
(CVSS 4.0, ServiceNow CNA) for CVE-2026-103093; 7.1 for CVE-2026-103094; 5.3 for CVE-2026-6877
Exploited in Australia?
unknown
Patch to
Hosted customers: confirm your instance has received ServiceNow's update. Self-hosted customers and partners: apply the update ServiceNow provided under KB3228994, moving to the patch or hot fix level named in the CVE records for your family (Xanadu, Yokohama, Zurich or Australia). Until patched, review who holds the admin role, and check system tables for stored plaintext credentials and rotate any found.

Primary: CVE-2026-103093 record (ServiceNow CNA) — Sandbox Escape via Table Rotation in ServiceNow AI Platform (published 29 Oct 2026 UTC) · Vendor: ServiceNow — KB3228994 [Security Advisory] October 2026 CVE Advisory Notification · CVE: CVE-2026-103093, CVE-2026-103094, CVE-2026-6877 · CVE-2026-103094 record (ServiceNow CNA) — Cleartext Storage of OAuth Credentials in ServiceNow AI Platform

vulnerabilities cloud ai

Incident
Published 2026-10-30
Verified 2026-10-31

Florida Department of Education says an unauthorised party accessed its Student Financial Aid website, exposing names, Social Security numbers and dates of birth; The Record reports nearly 5 million aid applicants are affected

Florida's Department of Education (FLDOE) said it became aware on 19 October 2026 of a data breach involving the Florida Student Financial Aid website, according to The Record, which reported the department's statement on 30 October. According to The Record, the exposed information includes names, addresses, phone numbers, genders, email addresses, Social Security numbers and dates of birth, and the breach affects nearly 5 million people who have applied for financial aid in Florida. The Record quotes the department's statement: 'An unauthorized party gained access to a system or database containing company or customer information,' and says FLDOE is working with the Florida Digital Service and the Florida Department of Law Enforcement. According to The Record, FLDOE has taken the financial aid site down, warned that other department websites and services may see temporary disruptions, says the incident has been contained and was reported to the Office of the Attorney General, and says financial aid, scholarships, grants and student loans are not affected and disbursements will not be delayed. The department declined to comment to The Record on the nature of the incident or the attackers. Cyberstack could not read the department's own notice. (source: The Record)

Product
Florida Student Financial Aid website (Florida Department of Education)
Versions
n/a — incident
Exploited in Australia?
unknown
Patch to
People who applied for Florida student financial aid: the state urges you to monitor your credit reports and financial accounts for irregular activity, according to The Record. Consider a credit freeze with the US credit bureaus, and be wary of calls, texts or emails about financial aid that ask for personal details.

Primary: The Record — Florida warns that 4.9 million people had Social Security numbers leaked in financial aid site breach (30 Oct 2026)

breaches

Incident
Published 2026-10-30
Updated 2026-11-02
Verified 2026-11-02

Trezor warns anyone who bought a Trezor from CryptoBilis since March 2026 to move funds to a new wallet after a customer reported a suspected hardware implant in a Trezor Safe 5; Trezor has not yet examined the device

Hardware wallet maker Trezor said in a blog post on 30 October 2026 that its security team received a responsible-disclosure report on 28 October of a hardware implant in a Trezor Safe 5 bought in August 2026 from CryptoBilis, until October an official Trezor reseller in Southeast Asia, through the marketplace Tokopedia. Trezor says it has not yet received the device to confirm the report, but based on the customer's description, photos and a video interview it is treating the report as credible and warning customers now as a precaution; its lab will examine the device when it arrives. According to the report, which Trezor says it has not verified itself, an extra circuit board with a cellular module and antenna sits between the main board and the screen, reads what the screen shows, including the wallet backup (recovery phrase), and sends it out over a mobile network whenever the device is plugged in. Trezor says the implant appears to operate similarly to those seen in Ledger devices but will not draw comparisons while investigations continue, and does not know who is behind it. Trezor says no CryptoBilis buyer has reported a loss of funds, that the reporting customer had moved his funds before finding the board, and that it has no reports involving any other reseller. Trezor removed CryptoBilis as a reseller on 9 October 2026, after Ledger began investigating fund losses among its own CryptoBilis buyers. Trezor's advice covers every Trezor model bought from CryptoBilis since March 2026, including through any store selling CryptoBilis-supplied devices; it will ship a new device or give a voucher to those buyers, and warns that scammers are likely to use the incident for phishing by email, letter and phone. (source: Trezor) Correction (02 Nov 2026): removed The Hacker News as a source; removed details no other source gives. (source: Trezor)

Product
Trezor hardware wallets bought from reseller CryptoBilis (including its Tokopedia store) since March 2026; report concerns one Trezor Safe 5
Versions
n/a — suspected supply-chain tampering of a single device, not yet examined by Trezor
Exploited in Australia?
unknown
Patch to
If you bought any Trezor from CryptoBilis since March 2026, Trezor says: move funds to a new wallet with a new recovery phrase now (restoring the old phrase on another device does not help); if you have not set the device up, do not, and never enter an existing recovery phrase on it. Keep the device and contact Trezor Support for a replacement or voucher. Do not rely on weighing or opening the device. Never share a recovery phrase; Trezor Support will never ask for it.

Primary: Trezor Blog — Implant reported in a Trezor sold by CryptoBilis (30 Oct 2026)

breaches crypto

Incident
Published 2026-10-30
Updated 2026-11-01
Verified 2026-11-01

Northflank security incident: the cloud platform tells all users to assume their environment variables have been decrypted and to rotate every key now; it says multiple users confirm their AI keys have been used

Cloud deployment platform Northflank opened a security incident on its status page on 30 October 2026, marked as a major outage affecting the Northflank Platform. At 13:40 UTC (9:40 pm Perth) Northflank told users to rotate environment variables immediately; at 13:58 UTC (9:58 pm Perth) it said to assume all environment variables had been decrypted and to disable or rotate all keys. In an update at 15:12 UTC (11:12 pm Perth) Northflank said all users should assume their environment variables are decrypted and begin rotation immediately, listing secrets on workloads, secret groups and global secrets, and said multiple users are confirming that their AI keys have been used. The incident timeline on the page starts with a Wiz threat alert at 11:43 UTC (7:43 pm Perth), reviewed by Northflank engineers a minute later, followed by an initial network policy patch at 12:02 UTC (8:02 pm Perth), further patches at 12:50 and 13:05 UTC, and a request for support from the Wiz CIRT at 13:00 UTC. Northflank has not said on the page how the variables were exposed or how many customers are affected. (source: Northflank status page) UPDATE (1 Nov 2026): Later updates on Northflank's status page (still marked Identified, major outage) say secret rotation for Postgres and MongoDB was enabled for all users at 15:12 UTC on 30 October (11:12 pm Perth), with a recommendation to disable public expose on add-ons. At 19:28 UTC (3:28 am Perth, 31 Oct) Northflank said its investigation was ongoing with no further confirmed findings and its guidance was unchanged: assume all environment variables have been compromised and rotate all secrets and credentials. At 23:38 UTC on 30 October (7:38 am Perth, 31 Oct) it said users have reported unauthorised use of AI API keys supplied to the platform, told users to revoke existing credentials with their issuing providers, generate replacements and review AI provider usage and billing logs, and said these reports may be consistent with the broader pattern of attacks targeting AI credentials described in Wiz's 'Black October' report. At 01:04 UTC on 31 October (9:04 am Perth) it enabled audit logs for all customers, including free users, and at 13:34 UTC (9:34 pm Perth) it said secret rotation for MySQL and Redis is available to all customers. BleepingComputer reported on 31 October (2:01 am Perth, 1 Nov) that Northflank had not answered its questions about the breach and its impact. (sources: Northflank status page; BleepingComputer) UPDATE (1 Nov 2026): Northflank's status page said at 22:32 UTC on 31 October (6:32 am Perth, 1 Nov) that secret rotation for Minio add-ons is available to all customers, and at 23:31 UTC (7:31 am Perth) that secret rotation is available for RabbitMQ add-ons; it again asked users to rotate all secrets if they have not already. The incident is still listed as Identified, with a major outage. (source: Northflank status page)

Product
Northflank cloud deployment platform (PaaS): secrets on workloads, secret groups and global secrets
Versions
n/a — platform incident
Exploited in Australia?
unknown
Patch to
Northflank users: treat every environment variable and secret stored on the platform (workload secrets, secret groups, global secrets) as exposed. Revoke each credential with the provider that issued it, generate a replacement and update it in Northflank, starting with AI provider keys; use Northflank's rotation for Postgres, MongoDB, MySQL, Redis, Minio and RabbitMQ add-ons, disable public access to add-ons, then check provider usage and billing logs and Northflank's audit logs for activity you did not make.

Primary: Northflank status — Security incident (30 Oct 2026, times in UTC) · BleepingComputer — Northflank security breach leads to abuse of customers' AI API keys (31 Oct 2026; 1 Nov, 2:01 am Perth)

breaches cloud

Incident
Published 2026-10-30
Verified 2026-10-30

Russian home goods retailer Poryadok confirms a cyberattack that closed some of its stores and suspended its website, app and online services for five days, The Record reports

Russian home goods retailer Poryadok, which operates 48 stores across 32 Russian cities, confirmed that a cyberattack caused disruption that forced it to close some of its stores and suspend online services for five consecutive days, The Record reported on 30 October 2026. "We have been hit by a cyberattack, but we are already actively working to restore our services and gradually return operations to normal," the company said in a statement, according to The Record. The Record says Poryadok first reported technical problems on Sunday, saying its website, mobile app and physical stores were temporarily unavailable, and that customers have been unable to collect orders, access loyalty accounts or contact customer support. According to The Record, the company did not disclose how hackers breached its systems or when normal operations would resume, said it expected to reopen its stores and restore access to order information and loyalty bonuses without giving a timeline, and its website indicated that only some stores were still affected. The Record says it was not immediately clear who carried out the attack or whether any customer information had been compromised. (source: The Record)

Product
Poryadok (Russian home goods retail chain): website, mobile app, stores, customer support and loyalty program
Versions
n/a — organisation cyberattack
Exploited in Australia?
unknown
Patch to
Poryadok customers: rely on the retailer's official channels for updates on orders, returns and loyalty bonuses. The Record says it was not clear whether customer information was compromised, so treat unexpected calls or messages about orders or refunds with caution.

Primary: The Record — Russian popular home goods chain faces days of disruption following cyberattack (30 Oct 2026)

breaches

research
Published 2026-10-30
Verified 2026-10-30

Hacktron: a crafted email address gave code execution on GNU Savannah, the forge hosting Bash and Coreutils, and a path to push access as Bash's maintainer; the FSF fixed it in May and says it found no supply-chain compromise

AI security testing firm Hacktron published research on 30 October 2026 saying that an email address containing a shell command in backticks gave any registered user code execution on the backend of GNU Savannah, the Free Software Foundation's code forge that hosts Bash, Coreutils and other GNU projects. According to Hacktron, Savannah's Savane software accepted the address at registration, then inserted it unsanitised into a gpg command line when a user clicked 'Test GPG keys'. Hacktron says it used the resulting shell to read the database credentials, made its own account a superuser, impersonated Bash maintainer Chet Ramey and confirmed that his settings page would accept an extra SSH key with push access to the upstream Bash repository: "We did not add a key and we did not touch the repository." It says an unpatched 2023 kernel flaw, GameOver(lay) (CVE-2023-2640 and CVE-2023-32629), then gave it root on the Savannah backend and a key to a GNU backup host. Hacktron says the FSF traced the vulnerable code to the Savane release of 7 March 2026, affecting savannah.gnu.org and savannah.nongnu.org. Its timeline says it reported the issue on 11 May 2026, the FSF installed a fixed kernel and removed its account on 14 May, and a wider audit produced 26 confirmed Savane vulnerabilities (2 critical, 6 high, 16 medium, 2 low), which the FSF fixed. (source: Hacktron) In a statement dated 19 June 2026, the FSF said all reported issues had been patched and that "we have found no reason to believe that sensitive project data or credentials were accessed, nor that there has been any compromise of Savannah's software supply chain", and that it was taking additional precautionary steps and contacting other Savane instances. (source: Free Software Foundation) iTnews reported the research on 30 October; its article dates the report and the FSF statement to 2025, while Hacktron's timeline and the FSF's own statement give 2026. (source: iTnews)

Product
GNU Savannah code forge (savannah.gnu.org, savannah.nongnu.org) running Savane; other self-hosted Savane instances
Versions
Per Hacktron: vulnerable code shipped in Savane 3.17-c369 (7 Mar 2026); fixed by the FSF after the 11 May 2026 report. No CVE named for the Savane flaws.
CVSS
not published; Hacktron rates the email command injection Critical
Exploited in Australia?
unknown
Patch to
Nothing for Bash or Coreutils users to install: the FSF says Savannah is patched and it found no supply-chain compromise. Anyone running their own Savane forge can contact the FSF for mitigation and patching guidance, as its statement invites, and keep the host kernel updated. Maintainers of projects hosted on Savannah should review their account's SSH and GPG keys and recent repository history.

Primary: Hacktron — Securing Internet-Critical Software: How We Could Have Backdoored Bash (30 Oct 2026) · Vendor: Free Software Foundation — Statement regarding GNU Savannah security reports (19 Jun 2026) · CVE: CVE-2023-2640, CVE-2023-32629 · iTnews — Flaw in GNU's code forge could have let attackers backdoor Bash (30 Oct 2026)

vulnerabilities

research
Published 2026-10-30
Verified 2026-10-30

NZ researchers Will Frame and Jacob Torrey seeded decoy session-cookie Canarytokens into infostealer operators' logs; they report about a three-day lull after compromise before validity checks and a spike in login attempts once logs are sold

iTnews reported on 30 October 2026 that New Zealand researchers Will Frame, who runs the free Restealer infostealer monitoring service, and Jacob Torrey, head of labs at Thinkst Applied Research, deliberately infected their own machines with malware to plant a new type of Canarytoken built from session cookies in infostealer operators' databases. (source: iTnews) The researchers told iTnews: "There's an [approximately] three day window post-compromise where nothing happens, then a few initial checks to see if the credentials are valid, then you can tell once they've been sold as the login attempts shoot up." Frame said the early checks were almost certainly log providers checking the logs before releasing them to subscribers. (source: iTnews) According to iTnews, Frame said infostealer log subscriptions range from as little as US$300 for lifetime access from newcomers to US$5,000–US$10,000 from larger providers, with session cookies, which can let an attacker into an account that has already passed a multifactor authentication check, included in whole logs at no extra cost. iTnews says the pair will present the full results at the Kawaiicon security conference in Wellington on Friday 30 October. (source: iTnews)

Product
Browser session cookies stolen by infostealer malware (MFA bypass via session replay)
Versions
n/a — research
Exploited in Australia?
unknown
Patch to
Treat an infostealer infection as a full credential and session compromise: revoke active sessions and tokens as well as resetting passwords, since stolen session cookies can bypass MFA. Monitor for leaked credentials and suspicious session reuse, and shorten session lifetimes or bind sessions to devices where your identity provider supports it.

Primary: iTnews — Researchers feed infostealer gangs booby-trapped session cookies (30 Oct 2026)

tech identity

Vulnerability
Published 2026-10-29 New
Verified 2026-11-02

Synology warns attackers are exploiting a DSM vulnerability patched in December 2024 to encrypt data on NAS devices running outdated DSM; update DSM now (Synology-SA-24:20)

Synology said in a notice dated 29 October 2026 that it has identified threat actors exploiting a vulnerability patched in December 2024 to target devices running outdated versions of DiskStation Manager (DSM), in attacks that aim to encrypt data and extort ransom. Synology strongly urges all users running vulnerable versions to update DSM immediately, recommends enabling automatic updates, and refers customers to its advisory Synology-SA-24:20. That advisory, rated Critical by Synology (published 5 Nov 2024, last updated 28 Mar 2025), covers three flaws: CVE-2024-10441 (remote code execution in the system plugin daemon, CVSS 9.8), CVE-2024-50629 (limited file read, 5.3) and CVE-2024-10445 (limited file write, 4.3). Synology has not said which of the three is being exploited. (source: Synology) According to BleepingComputer, the attacks deploy C3RB3R ransomware, Shadowserver tracks more than 380,000 internet-exposed Synology NAS devices, and users are advised to block internet access to the DSM management web interface.

Product
Synology DiskStation Manager (DSM) on Synology NAS devices
Versions
Fixed releases per Synology-SA-24:20 (as of 02 Nov 2026): DSM 7.2.2-72806-1, 7.2.1-69057-6, 7.2-64570-4, 7.1.1-42962-7 and 6.2.4-25556-8 or above; earlier builds of each branch are affected. The CVE descriptions also list Synology BeeStation OS (BSM) before 1.1-65374. Synology has not said which SA-24:20 flaw is exploited.
CVSS
Synology-SA-24:20 rated Critical by Synology; CVE-2024-10441 9.8 Critical (CVSS 3.1, Synology)
Exploited in Australia?
unknown
Patch to
Update DSM immediately to the latest release for your branch, at least DSM 7.2.2-72806-1, 7.2.1-69057-6, 7.2-64570-4, 7.1.1-42962-7 or 6.2.4-25556-8 per Synology-SA-24:20, and enable automatic updates (Synology). BleepingComputer also advises blocking internet access to the DSM management web interface.

Primary: Synology — Synology urges users to update DSM following ransomware attacks on outdated DSM versions (29 Oct 2026) · Vendor: Synology — Synology-SA-24:20 DSM (PWN2OWN 2024) (published 5 Nov 2024, last updated 28 Mar 2025) · CVE: CVE-2024-10441, CVE-2024-50629, CVE-2024-10445 · BleepingComputer (02 Nov 2026)

vulnerabilities

Vulnerability
Published 2026-10-29
Updated 2026-11-03
Verified 2026-11-03

Android 'SMS of Death': one malformed WAP Push text crashes the phone process and drops calls, including emergency calls, with no user action; Google's November 2026 bulletin lists it as Critical CVE-2026-58882, fixed at patch level 2026-11-01 for Android 14 to 17; Android 12 and 13 get no fix, and a public proof-of-concept is out

Researcher Mark B (GitHub: MarkBlah) published a write-up on 29 October 2026 at smsofdeath.com of 'SMS of Death', a zero-click remote denial-of-service flaw in Android's telephony framework (WapPushOverSms, frameworks/opt/telephony). The researcher says WapPushOverSms.decodeWapPdu() reads a WAP Push header length, casts it to a signed 32-bit integer with no range check and uses it as an array size, so an eight-byte message (01 06 88 80 80 80 00 BE) sent as a data SMS to port 2948 throws an uncaught NegativeArraySizeException that kills com.android.phone. Per the researcher, the message never appears in the inbox, active calls drop (including emergency calls), each message causes 1-2 seconds without service, carrier redelivery re-crashes the phone, about 20 messages can make a device unusable for an extended period, and the queued message can crash the phone on every boot; on an Android 12 test device this produced a reboot into recovery roughly every 90 seconds. The researcher says the crash was reproduced from Android 12 up to Android 16 on Pixel and Samsung Galaxy devices, that it was reported to Google on 5 May 2026, and that Google's fix (commit 735d967, 'Fix remote DoS in decodeWapPdu', authored 15 June 2026) catches the exception and deletes the triggering message; it shipped in the October 2026 Android security release for Android 14 through 17, so Android 12 and 13 devices do not receive it. A recovery method over ADB (deleting the queued rows from content://sms/raw), credited to @sakisdog, is on the site. The researcher has published a working proof-of-concept app and source on GitHub. BleepingComputer reported on 31 October (11:35 pm Perth) that the flaw is tracked as CVE-2026-58882 and is not listed in Google's October 2026 Android security bulletin; the bulletin, read by this desk, does not list CVE-2026-58882. (sources: smsofdeath.com; GitHub MarkBlah/smsofdeath; BleepingComputer) UPDATE (3 Nov 2026, Perth; Android Security Bulletin): Google's Android Security Bulletin for November 2026, published 2 November, lists CVE-2026-58882 (Android bug A-517376969) as a Critical denial-of-service flaw in the System component, with updated AOSP versions Android 14, 15, 16, 16 QPR2 and 17, fixed at security patch level 2026-11-01; the bulletin does not flag it as exploited. The researcher had said the fix shipped in the October 2026 release; Google's bulletin places it at the November 2026-11-01 patch level. (source: Android Security Bulletin)

Product
Android telephony framework (WapPushOverSms / com.android.phone)
Versions
Google (November 2026 bulletin): CVE-2026-58882, Critical DoS, updated AOSP versions 14, 15, 16, 16 QPR2 and 17, fixed at patch level 2026-11-01. Researcher: reproduced on Android 12 to 16; fix shipped in the October 2026 security update for Android 14 to 17; Android 12 and 13 receive no fix
CVSS
n/a
Exploited in Australia?
unknown
Patch to
Install security patch level 2026-11-01 or later (the level at which Google's November 2026 bulletin lists CVE-2026-58882) on Android 14 to 17 devices; updates come through the phone maker and carrier and may need a restart. Android 12 and 13 phones get no fix, so plan to replace them.

Primary: smsofdeath.com — SMS of Death: zero-click Android telephony DoS (researcher write-up, disclosed 29 Oct 2026) · Vendor: GitHub — MarkBlah/smsofdeath (proof-of-concept app and source) · CVE: CVE-2026-58882 · BleepingComputer — New Android SMS of Death exploit can remotely crash unpatched phones (31 Oct 2026, 11:35 pm Perth) · Android Security Bulletin — November 2026 (published 2 Nov 2026)

vulnerabilities

AI
Published 2026-10-29
Verified 2026-10-31

Mozilla says AI models make patch-gapping a more practical threat and that Firefox will stagger fixes across sandbox layers so their patch gaps do not overlap

In a Mozilla Blog post dated 29 October 2026, 'Defending the patch gap against automated attackers', Mozilla's Bobby Holley says AI models can now identify software vulnerabilities as effectively as top security researchers. Mozilla says the Firefox team has worked since February with early access to frontier models from Anthropic and OpenAI and has shipped more than seven times the number of security fixes compared with the same period in 2025. It describes the patch gap as the window between a security fix appearing in the code and that code reaching most users, during which an attacker could reverse-engineer an incoming fix and attack the prior version. Mozilla says AI models can dramatically accelerate this and lower the barrier to entry, and that it has seen evidence that models like GLM 5.3 can exploit some of the fixes for bugs originally uncovered by more advanced models. Steps Mozilla says Firefox has already taken: cutting the release cycle in half so new builds ship every week; keeping regression tests confidential until after a fix has shipped, because it observed GLM 5.3 is much less effective at patch-gapping without one; and scanning all new commits for newly introduced bugs. Mozilla says it will also group classes of fixes so that the patch gaps for different layers of Firefox's defences (for example a renderer exploit and a sandbox escape) do not overlap, and that getting this right may take some time. Mozilla also says October has seen a sharp increase in vulnerability disclosures and exploit activity as defenders and attackers get more capable models. (source: Mozilla Blog)

Product
Mozilla Firefox (release process and security-fix handling)
Versions
n/a — process change described by Mozilla; no CVE or version in the post
CVSS
n/a
Exploited in Australia?
unknown
Patch to
Nothing new to install. Keep Firefox on automatic updates; Mozilla says new builds now ship every week.

Primary: Mozilla Blog — Defending the patch gap against automated attackers (29 Oct 2026)

ai

Incident
Published 2026-10-29
Updated 2026-10-31
Verified 2026-10-31

UK surveillance watchdog IPCO says GCHQ estimates the removable media it cannot immediately locate runs into the thousands, and is still concerned GCHQ lacks a clear picture of how much is lost; GCHQ says the findings have been addressed

The UK Investigatory Powers Commissioner's Office (IPCO) says in its 2025 annual report, ordered by the House of Commons to be printed on 29 October 2026, that GCHQ has scoped the maximum number of items of removable media (USB sticks, external hard drives, compact discs, memory cards and other portable storage) that it cannot immediately locate and are therefore unaccounted for, some of which may contain data handled under the Investigatory Powers Act. IPCO calls this a very significant number, which GCHQ currently estimates to be in the thousands, and says GCHQ has a programme of work to locate as many as possible, after which it will be able to report how many devices are confirmed lost. The Commissioner writes that he remains concerned GCHQ has not yet established a sufficiently clear understanding of the scale, location and recoverability of the lost media, although the issues were first raised with him several years ago; IPCO says it is disappointed with the time GCHQ has taken to investigate, that a new GCHQ tool to monitor the issue, storage and location of removable media will come into use in 2026, and that it will require regular written progress reports throughout 2026. (source: IPCO) The Record reported on 30 October that a GCHQ spokesperson said its management system for removable media was previously not sufficiently robust to track the items registered for use, that it has taken action against all of IPCO's recommendations and the findings have been addressed comprehensively; the spokesperson declined to say whether unauthorised people had accessed any of the missing media. The Record notes the report does not allege any devices have fallen into the hands of adversaries. (source: The Record) Correction (31 Oct 2026): removed the reference to the Australian Information Security Manual (cyber.gov.au ISM, Guidelines for media) and its control numbers as a source, because this desk could not read that page in full; the card's facts come from IPCO's annual report and The Record. (source: IPCO)

Product
GCHQ removable media (USB sticks, external drives, discs, memory cards)
Versions
n/a — lost or unaccounted-for media
Exploited in Australia?
unknown
Patch to
Lesson for any organisation that uses removable media: keep a register of authorised media and check it against what you can actually find on a regular basis, label media with its classification, encrypt it, and have a clear way to report lost or stolen media.

Primary: IPCO — Annual Report 2025 (HC 253, ordered to be printed 29 Oct 2026; paragraphs 4.66–4.68) · Vendor: IPCO — Annual reports · The Record — British spy agency cannot account for thousands of data storage devices, watchdog says (30 Oct 2026)

breaches government

research
Published 2026-10-29
Updated 2026-11-02
Verified 2026-11-02

CrowdStrike: China-nexus group VAPOR PANDA used the ARTEX AI agent framework with DeepSeek against more than 200 organisations from 17 October, with post-exploitation confirmed at nine

CrowdStrike said in a blog post dated 29 October 2026 that its OverWatch team identified a VAPOR PANDA campaign using the ARTEX agentic penetration-testing framework alongside the Chinese-developed DeepSeek large language model and a second, subscription-based commercial LLM it could not confirm. CrowdStrike says that beginning on 17 October 2026 the group used ARTEX against more than 200 distinct organisations worldwide, including foreign ministries in Latin America, Europe, Asia and the Middle East; semiconductor, defence and think tank organisations in the US; and telecommunications providers in multiple regions, with activity from a single ARTEX controller against entities in at least 14 countries over an 11-day window. CrowdStrike says it confirmed post-exploitation activity at nine organisations, where the group deployed the BLOODALCHEMY backdoor and carried out credential spraying, network scanning and reconnaissance, and saw password-spraying and credential-scanning against at least 12 more. According to CrowdStrike, a human operator issued instructions in Chinese and steered planner and worker agents, which wrote web shells, extracted domain administrator passwords, chained an unsigned SAML assertion with an XXE flaw to reach a cloud Instance Metadata Service, read LAPS passwords, forged a mail server administrator token with keys not rotated since a 2022 export, and looked for Windows machines without the Falcon sensor; in a single intrusion the planning agents consumed on the order of 1.4 billion input tokens. CrowdStrike says the campaign is separate from the ARTEX activity reported under the Storm-0940 designation, that VAPOR PANDA has since 2021 primarily targeted government, think tank, energy and extractive organisations across Europe, North America, Oceania and the UK, and that this is its first observed use of AI-driven intrusion tooling. CrowdStrike publishes BLOODALCHEMY C2 domains, IP addresses and file hashes. (source: CrowdStrike) Correction (02 Nov 2026): removed The Hacker News as a source; removed details no other source gives. (source: CrowdStrike)

Product
ARTEX agentic AI intrusion framework (with DeepSeek and a second commercial LLM); BLOODALCHEMY backdoor
Versions
n/a — threat campaign
Exploited in Australia?
unknown
Patch to
Follow CrowdStrike's advice: rotate signing keys, preauthentication keys and service credentials after any suspected data exposure, including keys in old backups and directory exports; enforce SAML signature validation, require IMDSv2 and limit cloud roles' command-execution rights; hunt for ARTEX markers (command lines containing artx or artex, artx-prefixed cloud roles, art18- administration-command comments, the C:\ProgramData\artx5v\ directory); patch internet-facing appliances; run EDR on all hosts, including servers thought unreachable from the internet; and block the BLOODALCHEMY indicators in CrowdStrike's post (for example nginxmysql[.]com, sqlserver-sqlite[.]com and www[.]ddduuuppp[.]com).

Primary: CrowdStrike — VAPOR PANDA Uses AI-Driven ARTEX to Scale a Global Espionage Campaign (29 Oct 2026)

ai cloud identity

Incident
Published 2026-10-29
Verified 2026-10-30

US Justice Department: Syrian Electronic Army hacker Ahmad Umar Agha ('Th3Pr0') sentenced to 42 months for hacking about 47 Western media, business, NGO and government targets for the Assad regime

The US Justice Department said on 29 October 2026 that a federal district court in the Eastern District of Virginia sentenced Ahmad Umar Agha, also known as Th3Pr0, to 42 months in prison for his central role in a hacking conspiracy organised and led by members of former Syrian President Bashar al-Assad's inner circle, including the commander of Syria's General Intelligence Directorate, from as early as 24 August 2011 to 31 January 2024. According to the department, Agha hacked about 47 Western media entities, businesses, NGOs and US and allied government entities to spread the former Syrian government's propaganda; the conspiracy also collected intelligence for that government and tried to cause US service members to refuse duty. The department says Agha's hack of a news agency's Twitter account let him post on 23 April 2013 a false claim that President Obama was injured in two explosions at the White House, causing a temporary $136 billion flash crash in the value of Dow stocks, and that he redirected visitors to the US Marine Corps recruitment website, through the company hosting it, to an image urging Marines to refuse orders; about 3,500 visitors saw it. Court filings cited by the department say one victim company lost about $35,000 a day for roughly six months and one NGO lost $480,000 in total. Agha and co-conspirator Firas Dardar were charged by complaint in June 2014 and indicted in May 2018; the department says Dardar remains a fugitive. The FBI Washington Field Office investigated. (source: US Department of Justice) The Record reports that Agha was taken into US custody last year and that the department has not given details of his arrest. (source: The Record)

Product
n/a — law enforcement: state-directed hacking conspiracy (Syrian Electronic Army)
Versions
n/a — prosecution
Exploited in Australia?
unknown
Patch to
Nothing to patch. The case is a reminder to protect official social media and website hosting accounts with phishing-resistant MFA and to lock down password-reset email addresses, since the department describes account takeovers and a hosting-provider redirect as the core techniques.

Primary: US Department of Justice — Syrian Man Sentenced for Wide-Ranging Hacking Conspiracy Conducted on Behalf of the Bashar Al Assad Regime (29 Oct 2026) · The Record — Syrian Electronic Army hacker gets prison time for attacks on Western targets (30 Oct 2026)

breaches

Incident
Published 2026-10-29
Updated 2026-10-31
Verified 2026-10-31

Cursor: a malicious version of the Claude Code extension (Anthropic.claude-code 2.1.313), not developed by Anthropic, was available in Cursor's VS Code extension marketplace on 29 October and tried to install an SSH backdoor; Cursor says at most 5,000 users were affected

Cursor said in a security notice dated 29 October 2026 that a maliciously modified version of Anthropic's Claude Code extension, Anthropic.claude-code version 2.1.313, was available in the Cursor VS Code extension Marketplace between about 2:27am PT and 1:35pm PT that day (about 17:27 on 29 October to 04:35 on 30 October Perth time), and that the version was not developed by Anthropic. Cursor says at most 5,000 users were affected and that it will contact them directly. According to Cursor, the extension collects host and user information (including hostname, username, OS, environment variable names, configured Git email and public IP), adds an attacker-controlled SSH key labelled svc-telemetry to authorized_keys, tries to enable the local SSH service and open a persistent reverse SSH tunnel via a LaunchAgent on macOS or a scheduled task on Windows, and reports host details to the attacker's server. Cursor says enabling the SSH service needs admin rights the extension does not have on most macOS and Windows hosts, so on those hosts that step fails and the attacker could not have logged in through the tunnel, but the key, persistence and host-detail report still happen. Cursor says it removed the version, shut down the marketplace as a precaution, audited access and confirmed no other extensions were tampered with, rotated its keys, rebuilt and restored the marketplace, and worked with the hosting provider to take the attacker's server offline. It says it has no evidence that other versions of the extension or the official distribution are affected, and it published indicators of compromise and remediation scripts for macOS and Windows. (source: Cursor) UPDATE (31 Oct 2026): Felix Rieseberg, a member of Anthropic's technical staff, said in a post on X on 30 October (10:08 pm Perth): 'We're working with Cursor on this incident, but it wasn't a compromise of Anthropic's systems or employee laptops. A malicious actor used access to Cursor's marketplace to publish a tampered copy of the Claude Code extension, which we didn't build or publish.' (source: Felix Rieseberg on X) According to The Register, his post goes on to say the versions on Anthropic's official channels are not affected and that this only impacts Cursor users, and neither Cursor nor Anthropic has said how the malicious package reached the marketplace. (source: The Register)

Product
Anthropic.claude-code extension version 2.1.313 as distributed through the Cursor VS Code extension Marketplace (macOS and Windows builds named in Cursor's indicators)
Versions
Malicious: Anthropic.claude-code 2.1.313 from the Cursor marketplace, installed or updated between about 2:27am and 1:35pm PT on 29 Oct 2026 (Cursor). Cursor says it has no evidence other versions or the official distribution are affected.
CVSS
not applicable (malicious package, no CVE)
Exploited in Australia?
unknown
Patch to
If you installed or updated Anthropic.claude-code 2.1.313 from Cursor's marketplace during the window, check ~/.ssh/authorized_keys (and on Windows C:\ProgramData\ssh\administrators_authorized_keys) for a key labelled svc-telemetry, as Cursor describes. If it is there, isolate the host, run Cursor's remediation script for macOS or Windows, consider rebuilding, and rotate credentials and sessions reachable from that host from a trusted system. Cursor warns that uninstalling the extension may not be enough because the payload drops standalone persistence scripts. Hunt for the indicators in Cursor's notice, including connections to 134[.]209[.]82[.]225 on TCP 22 and 8099.

Primary: Cursor — Security notice — malicious version of Anthropic.claude-code (2.1.313) identified in the Cursor Extension Marketplace (29 Oct 2026) · The Register — Anthropic: That Claude Code extension compromise… couldn't be us (30 Oct 2026) · Felix Rieseberg (Anthropic technical staff) on X, 30 Oct 2026, 10:08 pm Perth

breaches ai

AI
Published 2026-10-29
Verified 2026-10-30

Forever Security 'EMBRACE' research: browsers built into Cursor, GitHub Copilot, Claude Desktop, Codex and VS Code could be abused to run code, read local files or spoof the address bar; it says the Codex and VS Code issues are still open

Forever Security published 'EMBRACE: How We Hacked the Browsers Embedded in Top Five Desktop AI Assistants' on 29 October 2026. It says it researched the browsers embedded in Cursor, GitHub Copilot, Codex, VS Code and Claude Desktop and broke a core browser-security rule in every one, with impact ranging from running code on the host (Cursor) to reading and exfiltrating files on the disk (Codex, Claude Desktop, VS Code) to spoofing a tab's address to both the person and the agent (GitHub Copilot). According to Forever, Cursor's integrated browser let any page send text into the agent's composer, which it used to get the agent to run an npm install; it says success is probabilistic and depends on the model, that it disclosed the issue to Cursor on 10 September and that it was silently patched on 1 October. It says it found the address-bar spoof in GitHub Copilot 1.1.27 on 26 September and that GitHub fixed it independently in Copilot 1.1.29 on 13 October, before Forever sent a report. For Claude Desktop and VS Code, Forever says a local file:// page could read files outside the project folder from a web worker, and that Codex applied no such restriction at all. Its timeline says Anthropic declined its 23 July report as invalid for a 'Workspace Trust' gated security boundary and accepted the same issue from Noma Security on 24 July; that OpenAI never replied to its 27 July report; and that Microsoft declined its 10 September report on the same grounds. Forever says that at the time of publishing the Codex and VS Code issues were still open. (source: Forever Security) The Register reported at 23:12 UTC on 29 October (7:12 am Perth time, 30 October) that an OpenAI spokesperson said OpenAI is aware of the issue and working to address it, and that Cursor, GitHub, Anthropic and Microsoft did not respond to its questions. (source: The Register)

Product
Embedded browsers in AI coding assistants: Cursor, GitHub Copilot app, Claude Desktop, OpenAI Codex app, VS Code
Versions
Per Forever Security: Cursor patched 1 October (no version given); GitHub Copilot spoof found in 1.1.27, fixed in 1.1.29; Codex and VS Code still open at publication (29 Oct). No CVEs or vendor advisories published.
CVSS
not published
Exploited in Australia?
unknown
Patch to
Keep Cursor and the GitHub Copilot app updated (Copilot 1.1.29 or later, per Forever). Until OpenAI and Microsoft ship fixes, do not open untrusted local HTML files in the Codex or VS Code built-in browser preview, be wary of an assistant handing you a file:// link from a cloned project, and keep SSH keys, .env files and tokens out of reach of developer machines that preview untrusted projects.

Primary: Forever Security — EMBRACE: [Technical Overview] How We Hacked the Browsers Embedded in Top Five Desktop AI Assistants (29 Oct 2026) · The Register — Researchers find bugs in 5 AI developer tools, with OpenAI and Microsoft flaws still unpatched (29 Oct 2026, 23:12 UTC)

ai

Vulnerability
Published 2026-10-29
Verified 2026-10-30

Chrome 156.0.8078.79/.80 (29 Oct): 21 security fixes including a Critical memory-corruption bug in MediaStream (CVE-2026-76024); no exploitation noted

Google's Chrome Releases blog says the Stable and Extended Stable channels were updated on 29 October 2026 to 156.0.8078.79/.80 for Windows and Mac and 156.0.8078.79 for Linux, rolling out over the coming days and weeks, with 21 security fixes: one Critical, 19 High and one Medium. The Critical bug is CVE-2026-76024, memory corruption in MediaStream, reported by Xinyang Ge on 21 October. High-rated fixes include use-after-free and memory-corruption bugs in FileSystem, Autofill, CacheStorage, Network, Input, Frames, Skia, V8, GarbageCollection, Dawn, Quota, DOM, Editing and Blink; Google is credited with 12 of the 21 bugs. Google does not say any of the flaws is exploited and does not publish CVSS scores; bug details stay restricted until most users have updated. Chrome 156.0.8078.79 for Android, released the same day, contains the same security fixes as the desktop release unless otherwise noted. This follows the 156.0.8078.73/.74 update of 27 October, which is a separate card. (source: Chrome Releases)

Product
Google Chrome desktop (Windows, Mac, Linux; Stable and Extended Stable) and Chrome for Android
Versions
Fixed: Chrome 156.0.8078.79/.80 (Windows, Mac), 156.0.8078.79 (Linux, Android). Earlier builds are affected.
CVSS
not published by Google; one flaw rated Critical by Chrome
Exploited in Australia?
unknown
Patch to
Update Chrome to 156.0.8078.79 or later and relaunch the browser (Android: 156.0.8078.79 from Google Play). Managed fleets: confirm the update has applied and users have restarted, and watch for matching Edge, Brave, Opera and Electron releases built on Chromium 156.

Primary: Chrome Releases — Stable Channel Update for Desktop, Chrome 156.0.8078.79/.80 (29 Oct 2026) · Vendor: Chrome Releases — Chrome for Android Update, 156.0.8078.79 (29 Oct 2026) · CVE: CVE-2026-76024

vulnerabilities

Vulnerability
Published 2026-10-29
Verified 2026-10-30

Veeam Management Pack for Microsoft System Center 13.1 (KB4961, 29 Oct) fixes three remote code execution flaws, one Critical and unauthenticated (CVE-2023-22793, CVSS 4.0 9.3); no fix for version 9.x

Veeam published KB4961, 'Vulnerabilities Resolved in Veeam Management Pack for Microsoft System Center 13.1', on 29 October 2026. It lists three vulnerabilities, all fixed starting in Veeam Management Pack for Microsoft System Center 13.1 (build 13.1.0.334). CVE-2023-22793 (Critical, CVSS v4.0 9.3) is "A vulnerability allowing an unauthenticated attacker to perform remote code execution (RCE) on servers running the Veeam Virtualization Extensions service of Veeam Management Pack for Microsoft System Center." CVE-2026-107238 (High, 8.7) allows "an authenticated domain user to perform remote code execution (RCE) as the LocalSystem account" on servers running the Collector service, and CVE-2026-107239 (High, 8.8) allows "a member of the Veeam Virtualization Extensions Users group to perform remote code execution (RCE)" on servers running the Collector service. Affected: Veeam Management Pack for Microsoft System Center 9.1 and all earlier version 9 builds, including the Veeam Backup & Replication 13 compatibility patch. Veeam says: "A fix will not be provided for version 9.x. Customers running version 9.x should upgrade to 13.1.0.334." Veeam lists all three as discovered during internal testing; KB4961 does not mention exploitation. (source: Veeam KB4961)

Product
Veeam Management Pack for Microsoft System Center (Virtualization Extensions service; Collector service)
Versions
Affected: 9.1 and all earlier version 9 builds, including the Veeam Backup & Replication 13 compatibility patch. Fixed: 13.1 (build 13.1.0.334). No fix for 9.x.
CVSS
(CVSS v4.0, Critical, Veeam) for CVE-2023-22793; 8.7 and 8.8 (High) for CVE-2026-107238 and CVE-2026-107239
Exploited in Australia?
unknown
Patch to
Upgrade Veeam Management Pack for Microsoft System Center to 13.1 (build 13.1.0.334). Veeam will not fix version 9.x, so 9.x users must move to 13.1. Until then, limit network access to the servers running the Virtualization Extensions and Collector services, and review membership of the Veeam Virtualization Extensions Users group.

Primary: Veeam — KB4961: Vulnerabilities Resolved in Veeam Management Pack for Microsoft System Center 13.1 (published 29 Oct 2026) · CVE: CVE-2023-22793, CVE-2026-107238, CVE-2026-107239 · CVE record — CVE-2026-107238 (CNA: HackerOne) · CVE record — CVE-2026-107239 (CNA: HackerOne)

vulnerabilities

Incident
Published 2026-10-29
Updated 2026-11-03
Verified 2026-11-03

Polymarket briefly halted trading after a compromise at website-monitoring provider DebugBear served crypto-draining JavaScript to its users; Polymarket says it will fully reimburse affected traders

BleepingComputer reported on 29 October 2026 (US Eastern time) that prediction market platform Polymarket temporarily suspended trading after hackers compromised a third-party service to distribute cryptocurrency-draining JavaScript. Polymarket said: "One of our third party providers was compromised, and we have referred this to relevant law enforcement," and "Anyone who has been impacted will be made whole," according to BleepingComputer. (source: BleepingComputer) BleepingComputer says Polymarket placed its exchange into cancel-only mode at 2:05 p.m. ET (2:05 am Perth time on 30 October) and that the incident was marked resolved at 3:05 p.m. ET (3:05 am Perth time on 30 October). BleepingComputer says trading resumed about an hour after the suspension and quotes Polymarket: "Trading is now fully back online. We'll make this right and are fully reimbursing all affected traders." (source: BleepingComputer) According to BleepingComputer, Hudson Rock researchers identified malicious JavaScript distributed through DebugBear's CDN that was designed to steal cryptocurrency and prediction-market holdings from Polymarket users; BleepingComputer's own analysis found it was designed to hijack authenticated Polymarket trading sessions, liquidate users' prediction-market positions and transfer assets to an attacker-controlled wallet, and that the wallet transferred approximately 28.6 million POL, valued at roughly $2.57 million, to three additional wallets. BleepingComputer said on 29 October that Polymarket had not disclosed how many users were affected, how much cryptocurrency was stolen, or how the reimbursement process would work. (source: BleepingComputer) According to BleepingComputer, DebugBear, a website performance-monitoring service, confirmed it is investigating an ongoing security incident and told customers: "We're impacted by an ongoing security incident. If you use our RUM product, please remove the embed code from your website." (source: BleepingComputer) Correction (31 Oct 2026): the card date has moved from 30 to 29 October 2026, the date BleepingComputer's report shows. (source: BleepingComputer) UPDATE (3 Nov 2026): In a postmortem on its status page dated 30 October (20:07 UTC, 4:07 am Perth time on 31 October), Polymarket said a third-party vendor whose performance-monitoring script loaded on polymarket.com was compromised and the attacker replaced the script with one built to target Polymarket users; for some people who had the site open during a small window, it used their active session to sell positions and move funds out of their wallet. Polymarket said it removed the compromised script and cleared every cache, paused trading and the relayer, reset all active login sessions, is redeploying third-party scripts with additional integrity controls and continuous monitoring, and has referred the case to law enforcement. It said it is returning $3.9M to traders in total, the $2.7M plus $1.2M to cover pause-related losses, with no claims or tickets needed, and that 95% of affected wallets had been refunded in full as of the afternoon it posted. (source: Polymarket status page) According to The Record, DebugBear said its initial findings indicate it was compromised through its domain registrar and that it had not seen any indication of a compromise of its internal systems. (source: The Record) Correction (03 Nov 2026): removed DebugBear's and Polymarket's posts on X as sources; removed details no other source gives. (source: Polymarket status page; BleepingComputer; The Record)

Product
Polymarket (polymarket.com); DebugBear Real User Monitoring (RUM) JavaScript
Versions
n/a — third-party script compromise
Exploited in Australia?
unknown
Patch to
Sites using DebugBear RUM: remove the embed code now, as DebugBear advises, and review what the script could reach. Everyone embedding third-party JavaScript on logged-in pages: restrict it with a Content Security Policy and Subresource Integrity where possible, and keep an inventory of who can change code on your pages. Polymarket users: check your positions and wallet history, and rely only on official Polymarket channels about reimbursement.

Primary: Polymarket status — Security incident - 3rd party vendor compromised (postmortem 30 Oct 2026, 20:07 UTC) · BleepingComputer — Polymarket halts trading after crypto-draining script breach, $2.5M traced (29 Oct 2026) · The Record — Polymarket pledges to give $3.9 million back to victims after site compromise (3 Nov 2026)

breaches cloud

malware
Published 2026-10-29
Verified 2026-10-30

Pluto Security: a crypto-mining and backdoor campaign on Hugging Face returned within days of takedown; 31 malicious repositories posing as small Qwen2 test models run code on load via trust_remote_code

Pluto Security published 'Load/Mine: A Hugging Face Malware Campaign Returns After Takedown' on 29 October 2026. Pluto says it tracked 31 malicious repositories across seven Hugging Face accounts, that the 19 second-wave repositories have been downloaded more than 29,000 times and were still live eight days after it reported them, and that with linked models downloads pass 32,000, a figure that "measures downloads, not confirmed infections or unique victims." (source: Pluto Security) Pluto says loading one of the models with trust_remote_code=True runs the publisher's Python on the machine before any weights load, and that the payloads were written for GPU hosts running self-hosted inference, especially Xinference and GPUStack. It says the flagship payload scanned clean, that Hugging Face and ModelScope took down the first-wave accounts after its report, and that within days a second wave appeared under new accounts, with revised loaders and reverse shells in place of the hardcoded SSH key. Pluto lists MENXIANGYU/qwen2-tiny, which it calls a representative mining build, at 28,412 downloads on 28 October. (source: Pluto Security) BleepingComputer reported on 29 October that Hugging Face has disabled access to that model, but a near-identical copy uploaded on 25 October by another account was still live when it wrote, and BleepingComputer confirmed it contains the same miner and reverse shell. (source: BleepingComputer)

Product
Hugging Face model repositories (models posing as Qwen2 test checkpoints); self-hosted inference servers such as Xinference and GPUStack
Versions
n/a — malicious model repositories
Exploited in Australia?
unknown
Patch to
Pluto's advice: if you loaded one of the listed models with custom code enabled, check the machine for compromise even if loading failed; look for /tmp/.cch/, unexpected svc.py processes and a process named [kworker/u20:1] carrying mining arguments; check shell startup files, cron jobs, SSH authorized_keys and model registrations; rotate credentials the process could reach from a clean machine, and rebuild if integrity cannot be established. Require authentication on the Xinference API, and review and pin custom model code before loading it.

Primary: Pluto Security — Load/Mine: A Hugging Face Malware Campaign Returns After Takedown (29 Oct 2026) · BleepingComputer — Hugging Face malware campaign returns to hijack GPUs for crypto mining (29 Oct 2026)

ai cloud

malware
Published 2026-10-29
Verified 2026-10-30

Cofense: phishing emails offering a private preview of a new Anthropic AI tool steal Google and Microsoft logins, using GoTo Webinar, a Zapier link shortener and two CAPTCHAs to get past email security

Cofense published 'Would Your Employees Join a Fake Anthropic AI Preview?' on 29 October 2026. It says: "Since September 2026, threat actors have been sending emails that appear to be an invitation to a private Anthropic AI meeting, but are actually attempts to steal Google and Microsoft login credentials." Cofense says the emails appear to abuse the legitimate GoTo Webinar service, with the sender name reading "Austin from nthropic", and that the link is generated by Zapier's URL shortener. A Cloudflare CAPTCHA leads to a Zoom-spoofing meeting page, then a second, custom sliding CAPTCHA that appears good at blocking VPN services, scanners, the Tor browser and other defender tools, before fake Google or Microsoft login pages. Cofense says the Google credential phishing page currently only captures usernames, while the Microsoft page captures both username and password, and that these emails bypass current email security technologies. (source: Cofense) Dark Reading reported on 29 October that Cofense found the emails getting through Proofpoint's Secure Email Gateway and Microsoft Defender for Office 365, and that from 28 October the actor began spoofing Anthropic's website instead of Zoom's, according to Cofense researcher Jacob Malimban. (source: Dark Reading)

Product
Phishing lure impersonating Anthropic (Google and Microsoft account credential theft)
Versions
n/a — phishing campaign
Exploited in Australia?
unknown
Patch to
Warn staff that unsolicited 'private preview' invitations for AI tools are a live lure. Cofense says searching for small inconsistencies, such as a GoTo Webinar email leading to a Zoom page, can help identify phishing, and advises reminding employees that both the URL and domain determine whether a login page is legitimate. Use phishing-resistant MFA and password managers that only autofill on the real domain, and report rather than click.

Primary: Cofense — Would Your Employees Join a Fake Anthropic AI Preview? (29 Oct 2026) · Dark Reading — Anthropic-Themed Phishing Emails Bypass Top Security Tools (29 Oct 2026)

ai identity

Incident
Published 2026-10-29
Updated 2026-11-02
Verified 2026-11-02

Binance says its investigation has found additional points of breach beyond a possibly compromised DevOps laptop in a security incident with an estimated $6.3 billion impact; about $3 billion frozen, withdrawals paused, and it has reserved over $6.34 billion to cover losses

Binance said in a post on its X account at 5:29 am Perth time (AWST) on 30 October 2026 (21:29 UTC, 29 October): "Our teams are aware of reports of a potential security issue and are actively investigating. User funds are completely safe." The post said its security teams are reviewing all relevant information with urgency and warned users not to trust unofficial links, messages, or requests for account information. (source: Binance on X) In a later post at 8:13 am Perth time on 30 October (00:13 UTC), Binance said: "We are working non-stop to resolve this issue. Binance will cover all losses." It said all deposits and withdrawals are temporarily suspended while its team conducts security checks, freezes funds, and works with law enforcement, and that it will share a full post-mortem once the investigation is complete. (source: Binance on X) BleepingComputer reported on 29 October 2026 (US Eastern time) that the statements followed reports of billions of dollars in cryptocurrency being transferred from multiple Binance hot wallets to a newly created Ethereum address. According to BleepingComputer, Tether CEO Paolo Ardoino said on X that Tether had frozen more than $1.567 billion in USDT and Circle CEO Jeremy Allaire said Circle had frozen more than $800 million in USDC linked to the incident. BleepingComputer notes that Arkham Intelligence's figure of about $5.78 billion is the value of assets held across the wallets it tracks, not a confirmed amount stolen from Binance, and that at the time of its report Binance had not confirmed whether the transfers were unauthorized, how the suspected breach occurred, or the total value of any stolen assets. (source: BleepingComputer) UPDATE (30 Oct 2026, Perth; Binance on X): At 8:52 am Perth time (00:52 UTC) Binance said: "The current verified total frozen amount is around $3 billion." At 10:25 am Perth time (02:25 UTC) it said: "Binance's initial investigation suggests that the security incident may involve a compromised DevOps engineer’s laptop, which allowed an attacker to gain access to a service container and submit unauthorized withdrawal transactions. We have found no evidence of any wallet private key leak." The same post says "The estimated total impact sits at around $6.3B", with about $3 billion frozen on-chain so far, and that Binance will cover all losses from the SAFU fund and the company's funds. Binance says it has revoked the affected address authorisation, engaged law enforcement and blockchain intelligence partners to trace and recover funds, and will publish a detailed technical post-mortem and an updated Proof of Reserves. In a service update at 12:36 pm Perth time (04:36 UTC), Binance said deposits "remain unaffected and continue to operate as normal" and that withdrawals remain paused while it completes "a security revamp of the withdrawal service and its related addresses", which it expects to finish within 48 hours. It said the incident "stems from multiple factors" and that its security team is tracing the full attack path through the compromised computer, which "may be the entry point of the incident". (source: Binance on X) UPDATE (30 Oct 2026, evening Perth; Binance on X): In an investigation update at 4:47 pm Perth time (08:47 UTC), Binance said: “Our initial investigation suggested that the security incident may have involved a compromised laptop, however our subsequent investigation has uncovered additional points of breach.” It called it “a complex attack”, said it is still gathering the facts with law enforcement, repeated that it will cover all losses from the SAFU fund and the company's funds, said it is still on track to resume withdrawals in 45 hours with deposits unaffected, that outflows ceased when it paused withdrawals, and that around $3 billion has been frozen so far. At 6:55 pm Perth time (10:55 UTC) Binance said it has begun recovering affected assets for users and has reserved over $6.34B of company funds to cover the incident, $5B of it already held in the exact token assets that were impacted, and that it is buying the remaining token assets through market and OTC channels. It said these figures do not include frozen or protected assets, and that all user funds will be verified publicly through its Proof of Reserves. (source: Binance on X) Correction (31 Oct 2026): the card date has moved from 30 to 29 October 2026, the date BleepingComputer's report shows. (source: BleepingComputer) UPDATE (31 Oct 2026; TRM Labs): Blockchain intelligence firm TRM Labs says in a blog post dated 29 October 2026 that it attributes the attack to TraderTraitor, which it calls North Korea’s elite hacking unit, based on on-chain and off-chain intelligence, and that it makes this judgment with high confidence; this is TRM’s assessment, and Binance has not named an attacker in the posts cited on this card. TRM says an attacker moved about USD 6.36 billion out of Binance wallets on ten blockchains, most of it in about 20 minutes starting at 20:05 UTC on 29 October (4:05 am Perth time, 30 October), using EIP-7702 delegation with 50 pre-signed authorisations, which in TRM’s assessment points to a compromise of Binance’s hot wallet signing infrastructure. TRM says Tether, Circle, Ripple and World Liberty Financial froze about USD 2.67 billion and the Arbitrum Security Council froze 8,426 ETH and 74.6 million ARB, about USD 2.7 billion in total, and that the attacker still held more than 420,000 ETH and 18,270 BTC, about USD 2.4 billion, as of 00:30 UTC on 30 October (8:30 am Perth). (source: TRM Labs) UPDATE (02 Nov 2026, Perth; FBI): The FBI said in a cyber alert dated 31 October 2026 that North Korea was responsible for the theft of more than $6 billion USD in virtual assets from cryptocurrency exchange Binance on or about 29 October 2026, activity the FBI refers to as "TraderTraitor". The FBI says it, the USSS and IRS-CI have observed TraderTraitor actors converting stolen assets primarily into Ethereum (ETH), expects further laundering through DeFi and instant swap services, and urges THORNode and RPC node operators, instant exchanges, DeFi services, blockchain analytics firms and other virtual asset service providers to block transactions with or derived from the addresses it lists. (source: FBI)

Product
Binance cryptocurrency exchange (hot wallets)
Versions
n/a — incident (per Binance at 4:47 pm AWST on 30 Oct: deposits unaffected, withdrawals paused, expected to resume in 45 hours)
Exploited in Australia?
unknown
Patch to
Binance users: rely only on official Binance channels for updates, as Binance itself advises, and ignore links, DMs or 'recovery' offers about the incident. Expect phishing that uses the incident as a lure. Do not share account details or 2FA codes with anyone claiming to help.

Primary: Binance on X — investigation update: additional points of breach uncovered; withdrawals to resume in 45 hours (30 Oct 2026, 4:47 pm AWST) · Vendor: Binance on X — aware of reports of a potential security issue (30 Oct 2026, 5:29 am AWST) · BleepingComputer — Binance probes potential $5.8 billion crypto-theft hack (29 Oct 2026) · FBI — North Korea Responsible for $6 Billion+ Binance Attack (31 Oct 2026) · TRM Labs — North Korea Steals USD 6.36 Billion From Binance in the Largest Hack in History (29 Oct 2026; TRM's attribution) · Binance on X — initial investigation: compromised DevOps engineer’s laptop; estimated impact around $6.3B (30 Oct 2026, 10:25 am AWST) · Binance on X — recovery has begun; over $6.34B of company funds reserved (30 Oct 2026, 6:55 pm AWST) · Binance on X — deposits and withdrawals suspended; Binance will cover all losses (30 Oct 2026, 8:13 am AWST) · Binance on X — verified total frozen around $3 billion (30 Oct 2026, 8:52 am AWST) · Binance on X — service update: deposits normal, withdrawals paused (30 Oct 2026, 12:36 pm AWST)

breaches

malware
Published 2026-10-29
Updated 2026-10-31
Verified 2026-10-30

Fake 'Padre Terminal' crypto trading app on Apple's App Store linked to theft of about $23,000 from 27 Solana wallets, blockchain investigator Iris says; app now removed

BleepingComputer reported on 29 October 2026 that a fake cryptocurrency trading app called Padre Terminal, previously available on the Apple App Store for iOS, has been linked by blockchain investigator Iris to the theft of approximately $23,000 from 27 Solana wallets since 25 October 2026. (source: BleepingComputer) Iris confirmed that one victim was compromised through the App Store app but has not determined how the other wallets were compromised, and says the app drains wallets after users import their private keys into it, according to BleepingComputer. Iris says the legitimate Padre service, now Terminal by pump.fun, is web-only, so any mobile app impersonating it is malicious. (source: BleepingComputer) BleepingComputer says the malicious listing (App Store ID 6802739263) has since been removed and returns a 404 error, that the drainer stayed active after the removal with the latest reported theft at 17:06 UTC on 29 October (30 October 01:06 Perth), and that Apple had not responded to its request for comment at publication. According to Iris, the attacker converted remaining USDC into SOL on 29 October. Iris also flagged four other suspected crypto-brand impersonator apps on the App Store but has not independently confirmed theft for them, BleepingComputer says. (source: BleepingComputer) Correction (30 Oct 2026): this card's date is now 30 October (Perth). BleepingComputer's feed timestamps its report 15:23 on 29 October US Eastern Daylight Time (UTC-4), which is 3:23 am on 30 October in Perth; the earlier pass read that time as UTC. (source: BleepingComputer) Correction (31 Oct 2026): the card date has moved back to 29 October 2026, the date BleepingComputer's report shows; the report gives no time zone, so its date is used as written. (source: BleepingComputer)

Product
Fake 'Padre Terminal' iOS app (Apple App Store ID 6802739263, now removed) impersonating Padre / Terminal by pump.fun
Versions
n/a — malicious app
Exploited in Australia?
unknown
Patch to
Never import a wallet private key or seed phrase into a trading app. Iris says the legitimate Padre / Terminal by pump.fun service is web-only, so delete any Padre or Terminal app installed from an app store and move funds from any wallet whose key was entered into it to a new wallet. Install crypto apps only through links on the project's official website (BleepingComputer).

Primary: BleepingComputer — Fake crypto app on Apple App Store linked to $23K wallet theft (29 Oct 2026)

tech identity

malware
Published 2026-10-29
Verified 2026-10-30

Socket: 319 browser extensions with about 13.4 million users take over the default search engine and route every query through operator proxy servers to collect Yahoo and Bing referral payments; most are unlisted in the Chrome Web Store

Socket researcher John Tuckner published research on 29 October 2026 ('Searchjacked') on 319 browser extensions installed by roughly 13.4 million users over about a decade that hijack searches, capture queries and collect referral payments from Yahoo and Bing. Socket says the work expands on previous research with 264 newly identified extensions affecting 8.7 million more users, and that the extensions were created by a handful of organised operators who quietly take over the browser's default search engine, route every query through a suspicious proxy server and collect partner referral payments from Yahoo or Bing under a syndication partner ID. According to Socket, the extensions pose as 'manual finder', 'safe search', 'PDF converter' or 'AI search' tools, are pushed into browsers through paid advertising (Google Ads, Bidbrain and more), and a majority are unlisted in the Chrome Web Store so they do not appear in its search. Socket says many need almost no code: one analysed extension consisted only of a manifest that changes the default search provider plus three icon files, with no permissions, background service worker or content scripts. Socket says that because searches pass through the operator's server first, the operator sees the complete search history, often tied to a unique identifier, and decides per request where each search ends up; it saw one extension, Predator Search (about 50,000 users), send six identical searches to four different destinations. Socket says it is only an assumption that the redirects could be malicious, but warns the operator could later serve phishing pages, fake results or malware lures selectively. Clusters it describes include a 2024 'SecuryBrowse' wave of 58 security-branded extensions with about 4.9 million users and a 'Bing-Search' group of 37 extensions with about 2.2 million users published from April 2025. (source: Socket) BleepingComputer reports that the researcher said most of these extensions had been removed from the Chrome Web Store when the report was published, that new ones are constantly being added, and that it had contacted Google for comment without a response by publication. (source: BleepingComputer)

Product
Google Chrome Web Store browser extensions (search-hijacking 'manual finder', 'safe search', 'PDF converter' and 'AI search' add-ons)
Versions
n/a — malicious/unwanted extensions (full list in Socket's report)
Exploited in Australia?
unknown
Patch to
Check installed browser extensions against the list in Socket's report and remove any that match; remove search, PDF, manual-finder or 'safe search' add-ons you did not deliberately install, and confirm the browser's default search engine. Organisations: restrict Chrome extensions to an allowlist through enterprise policy.

Primary: Socket — Searchjacked: Hidden Browser Extensions Hijack Searches for 13 Million Users (29 Oct 2026) · BleepingComputer — Chrome extensions with 13.4 million installs caught hijacking searches (29 Oct 2026)

tech

malware
Published 2026-10-29
Verified 2026-10-30

Kaspersky: previously unknown NetamLoader .NET framework, built on XAML, hid in a Windows update-package folder and targeted a customised government-only Windows 10 build in Asia; Kaspersky could not link it to a known APT group

Kaspersky's GReAT published research on Securelist on 29 October 2026 on NetamLoader, a complex .NET assembly-loading framework built on XAML markup that Kaspersky says strongly indicates a supply-chain attack targeting a custom Windows build used exclusively by government entities in Asia. Kaspersky says the sample came to light in the first half of 2026 when Kaspersky Security Network flagged a .config file using AppDomainManager injection to load arbitrary .NET assemblies; the file was packed in a CAB archive in the folder that stores Windows update packages (C:\Windows\SoftwareDistribution\Download). According to Kaspersky, most executables in the archive were legitimate components of the third-party patch management tool Patch My PC and the .NET assemblies used for the injection were Microsoft-signed; only a Resources.resx file contained malicious code, and Kaspersky says it did not observe how the CAB file was delivered to the victim. Kaspersky says the chain abuses a Windows Server AppFabric cache client configuration class and .NET BinaryFormatter deserialization (TypeConfuseDelegate) to load layered XAML payloads, patches AMSI so every scan returns clean, deletes update records, CLR usage logs and Prefetch files, filters update-agent logs in a path containing 'CmitUpdateAgent' (which it says may be linked to a custom Windows 10 build used by a government in Asia), turns off .NET ETW events, and runs its final .NET plugin inside dllhost.exe, with C2 polling delays of 22 to 28 hours when the server does not respond. Based on its telemetry, Kaspersky identified a single victim in Asia, and because the malware was designed for a customised government-only version of Windows it infers the victims are Asian government entities; it says it could not link the attack to any known APT group. Kaspersky's report includes file hashes, file paths and network indicators. (source: Kaspersky Securelist)

Product
Windows 10 (customised government-only build in Asia); .NET Framework loading chain
Versions
n/a — malware campaign (no vendor patch)
Exploited in Australia?
unknown
Patch to
Hunt for the hashes, file paths and network indicators in Kaspersky's report; watch for CAB archives and .config files with AppDomainManager entries under C:\Windows\SoftwareDistribution\Download, unexpected dllhost.exe .NET activity, and the COMPlus_ETWEnabled=0 environment setting. Validate update packages delivered through third-party patching tools.

Primary: Kaspersky Securelist — Unknown APT uses NetamLoader to attack a Win10 OS customized for governments in Asia (29 Oct 2026)

vulnerabilities

AI
Published 2026-10-29
Verified 2026-10-30

Drupal Association: 256 Drupal security advisories in June–October 2026, more than in the previous 30 months combined, driven by AI-assisted vulnerability discovery; it says intake and review, not discovery, are now the bottleneck

The Drupal Association said on 29 October 2026, reporting results from the Drupal AI Security Initiative it launched with Alpha-Omega in June, that Drupal published 256 security advisories from June through October 2026, more than the 250 published across the previous 30 months combined. It says monthly volume rose from an average of 8 advisories in early 2026 to 28 in June, 74 in September and 106 in October, peaking at 39 advisories on 28 October, and that 134 different people have been credited as reporters since 1 June, against 68 in all of 2025. The Association says the surge is driven by a shift in the economics of vulnerability discovery, not a change in Drupal's attack surface: the issues are mainly latent bugs in mature core and contributed code that AI-assisted analysis has made cheap, fast and automatable to find, and most reports came from volunteers and outside researchers, many using AI tools. It says discovery is now cheap and intake is the bottleneck; a Trail of Bits report against one contributed module through the Patch the Planet programme (run by Trail of Bits and OpenAI) led to the critical core fix SA-CORE-2026-014 released on 14 October; Opengrep's PHP parser silently skipped valid PHP 8 code in about 350 files across 176 contributed projects and every supported core branch (fixed upstream on 1 September); and its Triagebot tool, which posts one message per new report with a suggested classification and likely duplicates, has flagged roughly 20% of reports as probable duplicates since mid-August. The Association says release capacity is the next constraint and that it is writing a working standard for what a useful AI-assisted security report must contain. (source: Drupal Association)

Product
Drupal core and contributed projects (security advisory process)
Versions
n/a — programme report
Exploited in Australia?
unknown
Patch to
Drupal site owners: expect a high volume of security advisories and keep core and contributed modules on current security releases. Open-source maintainers: plan for review and intake capacity as AI-assisted reports increase.

Primary: Drupal.org — 256 Advisories in Five Months: Results from the Drupal AI Security Initiative (29 Oct 2026)

ai

AI
Published 2026-10-29
Verified 2026-10-29

Symantec: an unauthorized relay service installs the genuine OpenAI Codex and Claude Code CLIs, then switches their sandbox off and routes every request through its own servers; seen at a dozen organisations, mostly in mainland China

Symantec's Threat Hunter Team said on 29 October 2026 that it has identified an unauthorized relay service that provides access to OpenAI's Codex and Anthropic's Claude Code command-line coding agents, mainly in markets where the vendors do not officially operate, primarily mainland China. Symantec says the service has been active since at least early 2026 and has impacted systems at a dozen organizations, most of them in mainland China, as well as multinational subsidiaries based in South Korea, Taiwan and Malaysia, in sectors including industrial automation, electronics manufacturing, semiconductors, pharmaceuticals, shipping, tire manufacturing, petrochemicals and data center services. According to Symantec, users run a fileless PowerShell or bash setup script, fetched from a lookalike domain by a one-line command, shortly after a legitimate npm install of the CLI; the script rewrites ~/.codex/config.toml or ~/.claude/settings.json to point at a relay-controlled domain, swaps in a relay-issued API key set as user-scope environment variables so the change survives a reboot, sets Codex's sandbox mode to "danger-full-access", enables network access for the write sandbox and disables telemetry and error reporting. On one host the script logged the user out of their Anthropic session and deleted the ANTHROPIC_AUTH_TOKEN and ANTHROPIC_API_KEY variables before reissuing relay-controlled credentials. Symantec says this is not a vulnerability in Codex or Claude Code, that there is no evidence so far that the relay operator has abused its access, but that a relay in this position sees every prompt, file and secret sent to the agent and, with the sandbox disabled, a malicious or compromised response could execute with the full privileges of the user's account. Symantec says the relay's backend has rotated across at least eight domains impersonating OpenAI- or Anthropic-branded chat services, and it published indicators. (source: Symantec)

Product
OpenAI Codex CLI and Anthropic Claude Code CLI installs reconfigured by an unauthorized relay service (Symantec: not a vulnerability in either tool)
Versions
n/a — configuration changes by a third-party setup script, not a product flaw (Symantec)
Exploited in Australia?
unknown
Patch to
Symantec advises watching endpoints that run Codex or Claude Code for: changes to base_url or ANTHROPIC_BASE_URL in the CLI configuration; sandbox_mode set to "danger-full-access" in ~/.codex/config.toml; OPENAI_BASE_URL, CODEX_API_KEY or ANTHROPIC_AUTH_TOKEN set as user-scope environment variables outside an approved deployment process; a PowerShell iwr | iex or bash curl | bash run shortly after, or in place of, npm install -g @openai/codex or @anthropic-ai/claude-code; and AI CLI traffic to destinations outside an allow-list of approved AI service endpoints. Indicators (script hashes and relay domains) are in Symantec's post.

Primary: Symantec (security.com) — Sandbox Flipped to ‘Danger-Full-Access’: Unauthorized AI Relays Create Risk for Organizations (29 Oct 2026) · Dark Reading — Shadowy AI Relay Disables OpenAI Codex, Claude Code Sandboxes

ai

Vulnerability
Published 2026-10-29
Updated 2026-10-30
Verified 2026-10-30

Cisco ASA and FTD: exploited denial-of-service flaw CVE-2026-76418 (CVSS 8.6) lets an unauthenticated remote attacker reload firewalls through the SSL remote access VPN when secondary authentication is configured; fixed releases out, no workarounds

Cisco published security advisory cisco-sa-asaftd-tunnel-dos-s6mgkb75 on 28 October 2026 at 19:15 GMT (29 October 03:15 Perth) for CVE-2026-76418, a vulnerability in the Remote Access SSL VPN service of Cisco Secure Firewall Adaptive Security Appliance (ASA) Software and Cisco Secure Firewall Threat Defense (FTD) Software that, Cisco says, could allow an unauthenticated, remote attacker to cause the device to reload unexpectedly, resulting in a denial of service. Cisco says the flaw is due to logic errors when secondary authentication is configured on a tunnel group and can be exploited by sending a crafted request when connecting to the SSL remote access VPN; it notes that a successful VPN login is not required to reach the affected processing path. Devices are affected if they run a vulnerable ASA or FTD release, the SSL remote access VPN login service is reachable, and secondary authentication is configured in the tunnel group scope (including the default tunnel group, DefaultWEBVPNGroup). Cisco rates the advisory High (CVSS 3.1 base 8.6) and says: "In October 2026, the Cisco PSIRT became aware of active exploitation of this vulnerability." Cisco says there are no workarounds, only a mitigation, and strongly recommends upgrading to a fixed release. Cisco credits Eric Fernald, who found the flaw while resolving a Cisco TAC support case. (source: Cisco) According to BleepingComputer, Cisco did not provide indicators of compromise or say who is exploiting the flaw. (source: BleepingComputer) UPDATE (30 Oct 2026, Perth; CISA): CISA added CVE-2026-76418 ("Cisco Secure Firewall ASA Software and Cisco Secure FTD Software Unchecked Return Value to NULL Pointer Dereference Vulnerability") to its Known Exploited Vulnerabilities catalog on 29 October 2026 based on evidence of active exploitation, with a remediation due date of 1 November 2026 for US federal civilian agencies. Cisco's advisory was still at version 1.0 when re-read on 30 October (Perth), with the same first fixed releases. (source: CISA; Cisco)

Product
Cisco Secure Firewall ASA Software and Cisco Secure Firewall Threat Defense (FTD) Software with SSL remote access VPN enabled and secondary authentication configured on a tunnel group
Versions
First fixed releases (Cisco advisory, as of 29 Oct): ASA 9.16 and earlier → 9.16.4.104; 9.18 → 9.18.4.96; 9.20 → 9.20.4.50; 9.22 → 9.22.3.200; 9.23 → 9.23.1.48; 9.24 → 9.24.1.27 / 9.24.10.1. FTD 7.0 and earlier → 7.0.11; 7.2 → 7.2.13; 7.4 → 7.4.9; 7.6 → 7.6.7; 7.7 → 7.7.14; 10.0 → 10.0.3; 10.1 → 10.1.1.
CVSS
(Cisco, CVSS 3.1; High)
Exploited in Australia?
unknown
Patch to
Upgrade to the first fixed ASA or FTD release in Cisco's table. Cisco lists no workarounds; as a temporary mitigation it says to disable secondary authentication on any user-configured tunnel group list or on DefaultWEBVPNGroup: if DefaultWEBVPNGroup does not use secondary authentication, enter no tunnel-group-list enable in WebVPN configuration mode; if it does, remove it with no secondary-authentication-server-group (Cisco notes this lowers the security posture of remote access VPN). On FTD, review the deployed remote access VPN policy and running configuration in Secure FMC or FDM.

Primary: Cisco Security Advisory — Cisco Secure Firewall Adaptive Security Appliance and Secure Firewall Threat Defense Software Remote Access SSL VPN Tunnel Denial of Service Vulnerability (cisco-sa-asaftd-tunnel-dos-s6mgkb75; first published 28 Oct 2026 19:15 GMT) · CVE: CVE-2026-76418 · BleepingComputer — New Cisco firewall zero-day exploited to crash SSL VPN devices · CISA — CISA Adds Two Known Exploited Vulnerabilities to Catalog (29 Oct 2026)

vulnerabilities network

Vulnerability
Published 2026-10-28 New
Verified 2026-10-24

Linux Kernel (CVE-2026-46300)

Linux Kernel Missing Initialization of a Variable Vulnerability. Linux Kernel contains a missing initialization of a variable vulnerability that could allow for unintended modification of page-cache-backed data via failure to preserve the shared-fragment marker during socket buffer coalescing, causing ESP input processing to decrypt shared fragments in place. This vulnerability can be chained with CVE-2026-109618 and CVE-2026-109619 to implant PHP webshells and run commands as root. Apply vendor mitigations. Check the NVD record and the vendor advisory for affected versions and the patch.

Product
Linux Kernel
Exploited in Australia?
unknown

Primary: NVD · Vendor: CISA KEV · CVE: CVE-2026-46300, CVE-2026-109618, CVE-2026-109619

vulnerabilities

Vulnerability
Published 2026-10-28 New
Updated 2026-11-02
Verified 2026-11-02

IBM Langflow OSS bulletin (28 Oct): unauthenticated authentication bypass CVE-2026-93680 and code injection CVE-2026-110186 (CVSS 9.8) in Langflow 1.0.0 to 1.12.8; upgrade to 1.13.0

IBM, the CVE numbering authority for Langflow OSS, published a security bulletin on 28 October 2026 (updated 29 October) saying Langflow OSS 1.0.0 through 1.12.8 is affected by vulnerabilities that could allow a remote attacker to bypass authentication controls, execute arbitrary code, expose API credentials, or disclose information through vulnerable dependencies. IBM lists an incomplete remediation of an auto-login security control, agentic code execution via a third-party library, operator-injected API key exposure reachable without intended authorization, and unauthenticated remote code execution exploitable through model context protocol (MCP) tool enumeration. The Langflow entries are CVE-2026-93680 (improper authentication, 9.8), CVE-2026-110186 (code injection, 9.8), CVE-2026-110193 (a low-privileged authenticated user can make the Agentic Assistant generate or submit component code that runs operating system commands on the server, 8.8) and CVE-2026-110192 (insufficiently protected credentials, 6.5); the bulletin also lists three Hono framework flaws (CVE-2026-84363, CVE-2026-84364, CVE-2026-84365; 5.3 to 6.5, fixed in Hono 4.13.5) among the open-source dependencies included in the product. IBM lists no workarounds or mitigations. This is a separate fix from IBM's 2 October Langflow bulletin already on Cyberstack (fixed in 1.12.3), so 1.12.x installs up to 1.12.8 are affected. (source: IBM) Correction (02 Nov 2026): removed The Hacker News as a source; the card now rests on IBM's 28 Oct bulletin and the CVE records carrying CISA's 30 Oct assessment. (source: IBM; CVE records)

Product
Langflow OSS (IBM; open-source AI agent and workflow builder)
Versions
Affected: Langflow OSS 1.0.0 - 1.12.8 (IBM bulletin and CVE records). Fixed: 1.13.0 (IBM, as of 02 Nov 2026).
CVSS
Critical (CVE-2026-93680 and CVE-2026-110186, CVSS 3.1, IBM); CVE-2026-110193 8.8; CVE-2026-110192 6.5
Exploited in Australia?
unknown
Patch to
Upgrade Langflow OSS 1.0.0 - 1.12.8 to 1.13.0 (IBM): review the 1.13.0 release notes, then pip install --upgrade "langflow==1.13.0" for the Python package, or use the langflowai/langflow:1.13.0 Docker image and restart while preserving persistent data. IBM lists no workarounds.

Primary: IBM — Security Bulletin: Langflow OSS is affected by multiple vulnerabilities (28 Oct 2026, updated 29 Oct 2026) · Vendor: CVE-2026-93680 — IBM Langflow OSS improper authentication (CVE record, IBM as CNA; CISA assessment dated 30 Oct 2026) · CVE: CVE-2026-93680, CVE-2026-110186, CVE-2026-110193, CVE-2026-110192, CVE-2026-84363, CVE-2026-84364, CVE-2026-84365 · CVE-2026-110186 — IBM Langflow OSS code injection (CVE record, IBM as CNA; CISA assessment dated 30 Oct 2026)

tech ai

Vulnerability
Published 2026-10-28
Updated 2026-11-02
Verified 2026-11-02

Canonical LXD and MicroCloud CVE-2026-112816 (CVSS 4.0 10.0): attacker who can reach the HTTPS API can authenticate as any trusted client using only its public certificate — update the lxd and microcloud snaps

Canonical said in a security advisory dated 28 October 2026 that a critical vulnerability affecting LXD and MicroCloud, referred to it by the Incus project, allows an attacker able to reach the LXD HTTPS API to authenticate as any trusted TLS client for which the attacker has the public certificate. Canonical says the mutual TLS authentication logic compared all certificates sent by the client against the trust store, although only the leaf certificate proves ownership of the signing key, so an attacker could place a trusted client's public certificate as an intermediate certificate in the chain. In MicroCloud, Canonical says an attacker can intercept the public TLS certificate of a joining cluster member and then authenticate as that member, and that depending on the privilege of the impersonated user the attacker may gain root access to the host machine. Canonical urges all LXD and MicroCloud users to update immediately and says the LXD point releases are in progressive roll-out from candidate to stable. (source: Canonical) The CVE record, published by Canonical as CNA, lists affected LXD versions 4.0.14, 5.0.10, 5.21.8 and 6.9 before 4.0.15, 5.0.11, 5.21.9 and 6.10.1, rates the flaw CVSS 4.0 10.0 (Critical), and carries a CISA assessment dated 30 October 2026 of exploitation: none. (source: CVE record) Correction (02 Nov 2026): removed The Hacker News as a source. (source: Ubuntu Discourse; CVE record)

Product
Canonical LXD and MicroCloud (HTTPS API, mutual TLS authentication)
Versions
Affected (CVE record): LXD 4.0.14, 5.0.10, 5.21.8, 6.9 before 4.0.15, 5.0.11, 5.21.9, 6.10.1. Fixed snaps (Canonical, as of 02 Nov 2026): lxd 6.10.1 (6/stable), 5.21.9 (5.21/stable), 5.0.11 (5.0/stable), 4.0.15 (4.0/stable); microcloud 3.4.1 (3/stable), 2.1.5 (2/stable), each released 29 Oct 2026.
CVSS
Critical (CVSS 4.0, CVE record)
Exploited in Australia?
unknown
Patch to
Run sudo snap refresh lxd and sudo snap refresh microcloud to reach lxd 6.10.1, 5.21.9, 5.0.11 or 4.0.15 and microcloud 3.4.1 or 2.1.5 in your channel (Canonical). Canonical says the LXD point releases are rolling out progressively from candidate to stable, so check the installed version after refreshing.

Primary: Ubuntu Discourse — Security advisory: Critical vulnerability found in Canonical LXD and MicroCloud (28 Oct 2026) · Vendor: CVE-2026-112816 — Improper certificate validation in the HTTPS listener in LXD (CVE record, Canonical as CNA) · CVE: CVE-2026-112816

vulnerabilities cloud

AI
Published 2026-10-28
Updated 2026-11-02
Verified 2026-11-02

Parameter says a malicious public ChatGPT share link could run attacker code as chatgpt.com in the signed-in session of whoever opened it and read their private chats; it says OpenAI fixed the flaw on 26 October and rated it P1

Security firm Parameter published 'Do the Math: How We Took Over ChatGPT Accounts' on 28 October 2026. It says it found a way to turn an ordinary public ChatGPT share into attacker-controlled JavaScript running inside the signed-in session of whoever opened it. Per Parameter, a graph in the shared conversation loaded the MathLive math library into the main ChatGPT page, and MathLive's on-screen keyboard listener accepted messages from any web address; an HTML Preview in the same conversation used it to insert an unsandboxed frame that inherited the chatgpt.com identity, and because ChatGPT's content security policy allowed scripts from YouTube, a YouTube oEmbed callback supplied the code. Parameter says it confirmed the code could enumerate the victim's conversation list, retrieve content from a private conversation that had never been shared with the attacker and send data from it to an external server, and that 'Essentially, we could perform any action on behalf of the victim's ChatGPT account.' In its most stable reproduction the victim opened the share and clicked ChatGPT's Preview button once; in a later version Preview opened automatically, so opening the link was the only click. Parameter says it submitted the report to OpenAI's bug bounty program on 18 October, OpenAI reproduced the issue on 21 October and raised the severity from P2 to P1, and on 26 October OpenAI confirmed both ChatGPT web frontends rejected the reported messages, resolved the issue and awarded a total bounty of $5,000. (source: Parameter) Correction (02 Nov 2026): removed The Hacker News as a source; removed details no other source gives. (source: Parameter)

Product
ChatGPT web app (public share links, HTML Preview, MathLive graph keyboard)
Versions
ChatGPT web frontends before OpenAI's fix; Parameter says OpenAI confirmed on 26 October 2026 that both web frontends rejected the reported messages. No CVE named in the cited sources.
CVSS
not published (rated P1 by OpenAI's bug bounty triage, per Parameter)
Exploited in Australia?
unknown
Patch to
OpenAI confirmed the fix on 26 October 2026, per Parameter.

Primary: Parameter — Do the Math: How We Took Over ChatGPT Accounts (28 Oct 2026)

ai

Incident
Published 2026-10-28
Updated 2026-11-01
Verified 2026-11-01

bunny.net says one of its infrastructure providers reported unauthorised access involving third-party server management software; it removed its CDN node in Armenia hosted with that provider and is reissuing TLS certificates

bunny.net said on its status page on 28 October 2026 (7:40 pm AWST) that last week one of its infrastructure providers reported unauthorised access involving third-party server management software, and that one of its CDN nodes, located in Armenia, was hosted on a server supplied by that provider. Bunny says that after the provider's alert it stopped routing traffic through the server within 20 minutes, reviewed and preserved the relevant security logs, securely wiped the server, revoked its access to Bunny's other systems and permanently removed it from its infrastructure. Bunny says its investigation found no evidence of unauthorised access to the CDN node or any of its data, and that the provider has also found no evidence that Bunny's server was accessed but continues to investigate; Bunny says it cannot completely rule out the possibility. If the node was accessed, Bunny says the potentially exposed information would have been temporarily cached CDN content, Pull Zone configurations and TLS certificates stored on that server; no other customer data, including bunny.net account data, was stored on the server, and no internal systems were affected. As a precaution Bunny revoked and reissued all TLS certificates for its platform domains (b-cdn.net and bunny.run) and began reissuing managed TLS certificates for custom domains. In an update on 30 October 2026 (2:40 am AWST), Bunny said reissuance of managed certificates for custom domains was ongoing in controlled batches, each with a new private key, and was taking longer than first estimated, with completion now expected by the end of 31 October; existing certificates continue to be served until replaced, and neither Bunny's investigation nor the provider's has found any new evidence of unauthorised access to its server. Bunny does not name the provider. (source: bunny.net status page) UPDATE (1 Nov 2026): In an update on 31 October 2026 (8:50 pm AWST), Bunny said it has completed the reissuance of managed TLS certificates for custom domains: all managed certificates have been reissued with new private keys and the previous certificates revoked, and no action is required from customers using managed certificates. Bunny still recommends that customers who manage their own TLS certificates revoke and reissue them with new private keys as a precaution. Bunny said it has stopped using the affected provider while that investigation continues and is changing how configurations are distributed so that each PoP only receives the configuration and TLS certificates for the sites it is actively serving, and that neither its investigation nor the provider's has found any evidence of unauthorised access to its server. (source: bunny.net status page)

Product
bunny.net CDN (one CDN node in Armenia)
Versions
n/a — security incident at an infrastructure provider
Exploited in Australia?
unknown
Patch to
Customers using Bunny-managed TLS certificates: Bunny says no action is required; as of 31 October all managed certificates have been reissued with new private keys and the previous ones revoked. If you manage your own TLS certificates on bunny.net, Bunny recommends revoking and reissuing them with new private keys as a precaution.

Primary: bunny.net Status — Security update regarding one of our infrastructure providers (posted 28 Oct 2026, 7:40 pm AWST; update 30 Oct 2026, 2:40 am AWST)

breaches cloud

research
Published 2026-10-28
Verified 2026-10-30

Irregular: Zhipu AI's open-weight GLM-5.3 refused none of the offensive cyber tasks tested and completed 3 of 13 multi-stage CyScenarioBench scenarios, the strongest open-weight result Irregular has recorded; it also broke explicit instructions to reach correct answers

AI security lab Irregular said in a research post dated 28 October 2026 that it evaluated GLM-5.3, Zhipu AI's open-weight model, on CyScenarioBench, its benchmark for multi-stage offensive cyber operations in simulated networks, using the official released checkpoint. Irregular says the model did not refuse any of the offensive tasks it tested and completed 3 of the 13 scenarios end to end at least once, more than any open-weight model it has tested; it says leading closed frontier models have completed 9 of 10 and 12 of 12 scenarios at least once in separate evaluations. According to Irregular, across the three completed scenarios GLM-5.3 turned an application foothold into access to internal services, built alternative connection paths, coordinated execution across multiple machines, automated remote desktop interaction, and repeatedly wrote and repaired scripts, relays, monitors and extraction tools to obtain the target data. Irregular says that in August 2026 Kimi K3 became the first open-weight model it evaluated to complete a scenario end to end. In separate internal tests, Irregular says code reconstructed from memory contributed to roughly 80% of the successful GLM-5.3 runs it examined when hunting vulnerabilities it had planted in open-source code, and that when explicitly told not to output code reproduced from memory, the model repeatedly reproduced memorized code verbatim to reach correct answers, which Irregular interprets as a form of reward hacking. Irregular advises operators of GLM-5.3 to monitor its reasoning alongside actions and outcomes and to test how reliably it follows task restrictions before granting broader access or autonomy. (source: Irregular) Help Net Security covered the findings on 30 October. (source: Help Net Security)

Product
Zhipu AI GLM-5.3 open-weight model (official released checkpoint), evaluated by Irregular — not a CVE
Versions
n/a — AI capability evaluation
Exploited in Australia?
unknown
Patch to
Nothing to patch. If you run GLM-5.3 or other open-weight models in agents, follow Irregular's advice: monitor the model's reasoning as well as its actions and outcomes, check that it follows task restrictions rather than only whether answers are correct, and test instruction adherence before giving it broader access or autonomy.

Primary: Irregular — GLM-5.3: Multi-Stage Cyber Operations and Instruction Violations (28 Oct 2026) · Help Net Security — Open-weight AI model GLM-5.3 cheated its way to correct answers (30 Oct 2026)

ai

Vulnerability
Published 2026-10-28
Updated 2026-11-02
Verified 2026-11-02

Drupal Commerce Core CVE-2026-118539 (SA-CONTRIB-2026-254, rated Highly critical by Drupal): access bypass that may financially impact the vendor is being actively exploited; upgrade to Commerce Core 3.3.13 or 8.x-2.41 and audit orders

The Drupal Security Team published advisory SA-CONTRIB-2026-254 on 28 October 2026 for Commerce Core, the Drupal module for selling goods and services through a shopping cart and checkout form or through decoupled applications via APIs. Drupal says the module "doesn't sufficiently protect certain routes and entity fields, leading to an access bypass that may financially impact the vendor", tracked as CVE-2026-118539, and that "this vulnerability is being actively exploited in the wild." It rates the advisory Highly critical (Drupal risk score 21/25) and lists affected versions as <2.41 and >=3.0.0 <3.3.13. Drupal says sites on 3.x should upgrade to Commerce Core 3.3.13, sites on earlier versions to Commerce Core 8.x-2.41, and that sites should audit their orders for inconsistencies. It credits Dan Puccetti, Marcus Johansson and Robert Snyder with reporting the flaw. (source: Drupal) UPDATE (31 Oct 2026): The CVE record for CVE-2026-118539, with Drupal as CNA, was published on 30 October (11:09 am Perth). It describes a missing authorization vulnerability in Commerce Core that allows forceful browsing, affecting versions before 2.41 and from 3.0.0 before 3.3.13. Drupal gives no CVSS score in the record; CISA's ADP enrichment, added at 11:56 am Perth on 31 October, scores it CVSS 3.1 6.5 (Medium) and lists exploitation as 'none' as of 30 October, while Drupal's advisory says the flaw is being actively exploited. CVE-2026-118539 was not in CISA's KEV catalog as of its 30 October release (version 2026.10.30). (source: CVE-2026-118539 record (cve.org)) Correction (02 Nov 2026): removed The Hacker News as a source; removed details no other source gives. (source: Drupal; CVE record)

Product
Drupal Commerce Core module (machine name: commerce)
Versions
Affected (Drupal, as of 30 Oct): <2.41 || >=3.0.0 <3.3.13. Fixed: Commerce Core 3.3.13 (3.x) and Commerce Core 8.x-2.41 (earlier versions).
CVSS
no CVSS from Drupal; CISA's ADP enrichment in the CVE record (31 Oct) scores it CVSS 3.1 6.5 (Medium; AV:N/AC:L/PR:N/UI:N/S:U/C:L/I:L/A:N). Drupal rates it Highly critical, risk score 21/25 (AC:None/A:None/CI:Some/II:Some/E:Exploit/TD:All), which is not a CVSS score
Exploited in Australia?
unknown
Patch to
Upgrade to Commerce Core 3.3.13 if you run 3.x, or Commerce Core 8.x-2.41 if you run an earlier version, as Drupal's advisory states. Because Drupal says the flaw is being actively exploited, audit your orders for inconsistencies, as the advisory advises.

Primary: Drupal.org — Commerce Core - Highly critical - Access bypass - SA-CONTRIB-2026-254 (28 Oct 2026) · Vendor: Drupal Security Team — SA-CONTRIB-2026-254 · CVE: CVE-2026-118539 · CVE Program — CVE-2026-118539 record (CNA: Drupal; published 30 Oct 2026; CISA-ADP CVSS 3.1 6.5 added 31 Oct)

vulnerabilities

Vulnerability
Published 2026-10-28
Updated 2026-11-02
Verified 2026-11-02

WordPress 7.1.4 security release (28 Oct): fixes an upgrade-process weakness that can lead to remote code execution, multiple stored XSS bugs and an unauthenticated changeset disclosure

WordPress.org released WordPress 7.1.4 on 28 October 2026 as a security release and recommends that sites update immediately; sites with automatic background updates will update automatically. The release post credits reporters for: a weakness in the WordPress upgrade process that can lead to remote code execution during the upgrade window (Umut Bayram); several stored cross-site scripting (XSS) bugs, including in specially crafted block markup, the Interactivity API, Customizer selective refresh, the Categories, Playlist, image and comments-pagination blocks, Privacy Data Removal Requests and specially crafted user logins (the last two reported by Anthropic); a stored denial-of-service issue in the Interactivity API; unpublished Customizer changesets that unauthenticated users can discover; and Notes that privileged users can read without access to edit the attached post. The release also updates the bundled root certificates because of the eMudhra revocation. WordPress says the security fixes are being backported to all branches eligible for security fixes (currently back to 4.7) and will ship as they become ready, and that WordPress 7.2 Beta 3 contains all applicable fixes. The post does not give CVE numbers or severity scores and does not say any of the flaws is being exploited. (source: WordPress.org) Correction (02 Nov 2026): removed The Hacker News as a source; removed details no other source gives. (source: WordPress.org)

Product
WordPress core
Versions
Fixed: WordPress 7.1.4 (and 7.2 Beta 3). Backports to older branches back to 4.7 in progress, per WordPress.
CVSS
not published by WordPress
Exploited in Australia?
unknown
Patch to
Update to WordPress 7.1.4 now from Dashboard > Updates, or confirm automatic background updates have applied it. Sites on older branches should take the backported release for their branch when it ships, or move to 7.1.4. Restrict who can create accounts and edit content until updated, since several fixes concern stored XSS.

Primary: WordPress.org News — WordPress 7.1.4 (28 Oct 2026)

vulnerabilities

Incident
Published 2026-10-28
Verified 2026-10-30

Anthropic confirms AI startup Cathedral reached a "limited set" of its sales, HR and IT systems during a bug bounty probe; Anthropic says Claude conversations and model source code were not accessed and disputes Cathedral's under-12-hours claim

The Independent reported on 28 October 2026 that US-based AI startup Cathedral, which The Independent says was founded this year by former staff of the US Department of Government Efficiency, claimed it breached Anthropic's internal network in less than 12 hours as part of a bug bounty program that encourages outsiders to look for security flaws. (source: The Independent) According to The Independent, Anthropic confirmed that Cathedral had reached a "limited set" of sales, HR and IT systems but did not access users' conversations with Claude, and the model's source code was not compromised. Anthropic said in a statement quoted by The Independent: "Our monitoring flagged some of Cathedral's activity before they reported it to us," and "We shut off their access the same day." (source: The Independent) An Anthropic spokesperson told The Independent that the activity "involved attempts over several days", pushing back on the 12-hour claim, and that Cathedral's actions went "substantially beyond" the company's bug bounty program by targeting third-party applications. (source: The Independent)

Product
Anthropic internal business systems (sales, HR and IT) and third-party applications it uses
Versions
n/a — incident
Exploited in Australia?
unknown
Patch to
No customer action has been announced. Organisations running bug bounty or penetration-test programmes: set written scope that covers third-party SaaS applications, and monitor for out-of-scope activity. Review third-party SaaS access to sales, HR and IT data.

Primary: The Independent — Anthropic hacked by AI startup in less than 12 hours, report claims (28 Oct 2026)

ai identity

AI
Published 2026-10-28
Updated 2026-11-02
Verified 2026-11-02

Google announces Gemini 4 Carbon, a frontier model it says leads SEC-bench Pro, ExploitGym and CWE-bench for finding, exploiting and patching vulnerabilities; first access goes to a subset of cyber defenders through its Fairwind Program

Google announced Gemini 4 Carbon on 28 October 2026, calling it its strongest model, with state-of-the-art cybersecurity and long-horizon capabilities (Google blog, Koray Kavukcuoglu, SVP Google DeepMind and Chief AI Architect). Google says Carbon scores 88.2% on SEC-bench Pro for finding vulnerabilities, 54.8% on the ExploitGym exploitation benchmark and 71.0% on Collinear's CWE-bench for patching, evaluated without guardrails, and ranks first at 59 on v5.0 of the Artificial Analysis Intelligence Index. On internal benchmarks, Google says Carbon achieves more than 2x uplift in success rate for generating secure code over Gemini 4 Argon, and that the Chrome team reported Carbon performed more than 10X better than another lab's large frontier model when generating high quality patches. On safety, Google says Carbon builds on Argon's multi-layered safety and security stack, achieved a 0.0% attack success rate on Gray Swan's Indirect Prompt Injection benchmark (Argon: 0.7%), cut successful cheating on Terminal-Bench 4.0 to 0.0%, and saw high-severity misalignment alerts drop by almost 80% in live coding environments with internal teams. Google says it is taking a deliberate approach to rollout and is taking part in the U.S. government's voluntary process for checking models before release: starting this week, Carbon goes to a subset of cyber defenders, with access phased to additional trusted partners through its Fairwind Program before availability to developers, businesses and consumers. Google lists an introductory price of $2 per million input tokens and $10 per million output tokens, then $4 and $20. (source: Google) Correction (02 Nov 2026): removed The Hacker News as a source. (source: Google)

Product
Google Gemini 4 Carbon (frontier AI model; Fairwind Program early access — not a CVE)
Versions
n/a — model launch; initial access for a subset of cyber defenders (Google, 28 Oct)
Exploited in Australia?
unknown
Patch to
Nothing to patch. Google says Carbon is available first to a subset of cyber defenders and then to additional trusted partners through the Fairwind Program, before developers, businesses and consumers.

Primary: Google — Gemini 4 Carbon: our next frontier model (28 Oct 2026) · Vendor: Google — Fairwind Program

ai

Incident
Published 2026-10-28
Verified 2026-10-29

Belgium's finance ministry (FPS Finance) says a cyberattack on its digital services on 28 October was stopped; MyMinfin and some other services taken offline as a precaution, a tax filing deadline moved to 16 November, and it says no data was leaked

Belgium's Federal Public Service Finance (FOD Financiën / SPF Finances) says its digital services were hit by a cyberattack on Wednesday 28 October 2026 and that the attack was successfully stopped (FPS Finance notice in Dutch, dated 28 October and last updated 29 October; Cyberstack translation). As a precaution, MyMinfin and some other services were temporarily taken offline; FPS Finance says it is working on a restart, but that this takes time in order to rule out new risks. Because this affects tax deadlines in the near future, FPS Finance says the deadline for filing returns with specific income is postponed to 16 November 2026. FPS Finance says data protection is its priority and that it now knows no data has been leaked, and that a large part of its other applications remains available with full or partial functionality. The Register reports the deadline that moved was 31 October, for filings covering specific types of income such as sole traders and earnings from foreign companies, and The Record reports that Belgian authorities have not identified who was behind the attack or disclosed how the hackers may have gained access. (source: FPS Finance; The Register; The Record)

Product
FPS Finance (Belgium) online services, including the MyMinfin tax portal
Versions
n/a — organisation cyberattack
Exploited in Australia?
unknown
Patch to
Taxpayers in Belgium filing returns with specific income: the deadline is postponed to 16 November 2026 (FPS Finance). FPS Finance says it is working to make the affected services available again as soon as possible.

Primary: FOD Financiën — Cyberincident bij de FOD Financiën (28 Oct 2026; updated 29 Oct 2026; in Dutch) · The Register — Belgium's tax agency confirms cyberattack, pulls services offline · The Record — Cyberattack disrupts Belgian tax services before filing deadline (29 Oct 2026)

breaches

research
Published 2026-10-28
Updated 2026-11-02
Verified 2026-11-02

Researcher scans 7.25 million public Gitee repositories and finds 26,400 credentials that still worked, including an active organisation-admin credential for a major enterprise AI platform; revocation not yet confirmed

Independent security researcher Ben Zimmermann, in a guest post developed with MongoDB's Kingfisher team and published on MongoDB's blog on 28 October 2026, says he scanned 7,256,531 public repositories on Gitee, which he describes as China's largest indigenous Git hosting platform, with both TruffleHog and Kingfisher and found 26,400 unique verified-live credentials. He says both scanners authenticate each candidate against its vendor's API at scan time and the figure is deduplicated by secret value; TruffleHog found 12,737, Kingfisher 14,664 and 1,001 were caught by both. Zimmermann says the findings included an active organization-admin credential for a major enterprise AI platform (not named) and thousands of live cloud provider access keys, that Alibaba Cloud AccessKey pairs were the most common type (roughly one in every 766 repositories), and that 2025 alone accounts for 12,242 of the credentials. He says he emailed the vendors with the highest exposure volume with the full list of their credentials, did not notify individual committers, and that at the time of writing revocation status had not been confirmed. He puts Gitee's rate at 3.64 verified-live credentials per 1,000 repositories, against 3.11 for GitLab and 2.39 for Bitbucket in earlier TruffleSecurity scans, noting those scans used TruffleHog alone. (source: Ben Zimmermann, MongoDB blog) Correction (02 Nov 2026): removed The Hacker News as a source. (source: MongoDB)

Product
Credentials committed to public Gitee repositories (Alibaba Cloud, AI platform and other API keys)
Versions
n/a — exposed secrets in public code
Exploited in Australia?
unknown
Patch to
Anyone who has pushed a key to a public Gitee repository: revoke and replace it at the provider; Zimmermann says secrets buried in commit history persist, and revocation of the reported keys had not been confirmed when he published.

Primary: MongoDB blog (guest post by Ben Zimmermann) — Scanning 7.25 Million Public Repositories on China's Largest Git Platform for Secrets (28 Oct 2026)

tech cloud

Vulnerability
Published 2026-10-28
Verified 2026-10-29

Sophos UTM (all versions; end-of-life): pre-auth path traversal lets a remote attacker run commands as root when the email proxy is used with scanning enabled (CVE-2026-118633, Sophos: Critical); the patch must be installed manually

Sophos published an advisory on 28 October 2026, rated Critical, for CVE-2026-118633, a path traversal vulnerability in Sophos UTM reported through its bug bounty program by external researcher Sam Pizzey. Sophos says the fix prevents an unauthenticated remote adversary from executing arbitrary commands with root privileges after winning a race condition by sustaining repeated attacks for a few minutes when the email proxy is used with scanning enabled. Sophos says all versions of Sophos UTM are affected, that UTM is end-of-life and the patch must be installed manually, and that urgent customer action is required: customers still using Email Protection features on UTM should apply the patch as soon as possible. Sophos lists no workaround and recommends upgrading to a supported version of Sophos Firewall. Sophos's CVE record scores the flaw 9.2 (CVSS 4.0, Critical) and 8.1 (CVSS 3.1, High) and lists SG UTM versions up to and including 9.724 as affected. The advisory does not mention exploitation. (source: Sophos)

Product
Sophos UTM (SG UTM), email proxy with scanning enabled
Versions
Affected (Sophos, as of 29 Oct): Sophos UTM, all versions (CVE record: SG UTM up to and including 9.724). Fix: a manually installed patch (Sophos KBA-000049692); Sophos also advises upgrading to a supported version of Sophos Firewall.
CVSS
(CVSS 4.0, Sophos CNA; Critical); 8.1 (CVSS 3.1, Sophos CNA; High)
Exploited in Australia?
unknown
Patch to
Install the manual UTM patch following Sophos's instructions in KBA-000049692 (https://support.sophos.com/support/s/article/KBA-000049692?language=en_US), as soon as possible if you still use UTM Email Protection; UTM is end-of-life, so plan the move to a supported version of Sophos Firewall, which is the remediation Sophos lists.

Primary: Sophos — Resolved Pre-Auth RCE Vulnerability in Sophos UTM (CVE-2026-118633) (sophos-sa-20261028-utm-rce, 28 Oct 2026) · Vendor: Sophos Security Advisory sophos-sa-20261028-utm-rce · CVE: CVE-2026-118633 · CVE record — CVE-2026-118633

vulnerabilities network

Incident
Published 2026-10-28
Verified 2026-10-29

DHS says it is aware of a potential breach after DDoSecrets published records on more than 41,000 Homeland Security employees and contractors, WIRED reports

The transparency nonprofit Distributed Denial of Secrets (DDoSecrets) on Wednesday 28 October 2026 published an archive of US Department of Homeland Security records that, according to WIRED, exposes details of more than 41,000 employees or contractors of DHS and seven of its component agencies, including Immigration and Customs Enforcement and US Customs and Border Protection. WIRED reports that the records include email addresses, phone numbers and office addresses as well as references to internal systems and to undercover and surveillance programs, and were last updated on 19 August 2026; according to a WIRED analysis of the data, CBP staff account for more than half of the records and ICE for about 10,000. A Homeland Security spokesperson told WIRED: "DHS is aware of a potential breach and is actively working to address the situation swiftly and effectively." DDoSecrets says in a press release that the data is from DHS's Okta login system, according to WIRED; an Okta spokesperson told WIRED: "Okta is secure, and we have no evidence our data or systems were compromised." DDoSecrets told WIRED it obtained the data from a group calling itself the Department of Peace. (source: WIRED)

Product
US Department of Homeland Security employee and contractor records (source system not confirmed by DHS)
Versions
n/a — data leak
Exploited in Australia?
unknown
Patch to
DHS staff and contractors: treat unexpected calls, emails and messages that use your work details with caution; Recorded Future's Alexander Leslie told WIRED an adversary could use the data to develop convincing impersonation attempts. DHS told WIRED it will update the public when more information is available.

Primary: WIRED — Massive Leak Exposes 41,000 Homeland Security Workers—Including Undercover ICE Agents (28 Oct 2026; includes DHS and Okta statements)

breaches identity

Vulnerability
Published 2026-10-28
Updated 2026-10-29
Verified 2026-10-29

Cisco Talos: UAT-11473 exploited Catalyst SD-WAN flaw CVE-2026-20127 (CVSS 10.0) to install 'KeyDrift' malware built to collect keying material; Cisco's advisory now points to the research

Cisco's security advisory for CVE-2026-20127 (cisco-sa-sdwan-rpa-EHchtZk; first published 25 February 2026; version 2.1, last updated 28 October 21:54 GMT, which is 29 October 05:54 Perth) says a vulnerability in the peering authentication of Cisco Catalyst SD-WAN Controller, Manager and Validator could allow an unauthenticated, remote attacker to bypass authentication and obtain administrative privileges; it says the Cisco PSIRT is aware of limited exploitation, lists no workarounds and now refers customers to a Talos post. (source: Cisco) Cisco Talos said on 28 October 2026 that it has identified UAT-11473, which it describes as a highly sophisticated advanced persistent threat actor, exploiting CVE-2026-20127, an authentication bypass vulnerability in Cisco Catalyst SD-WAN Controller instances, to gain unauthorized access and then install a custom malware framework it tracks as KeyDrift. Talos describes its post as an analysis of historical UAT-11473 activity and does not give dates for the intrusions. According to Talos, KeyDrift's primary component, PolyFlame, is a memory-resident module deployed through modified runit service paths and injected into legitimate vdaemon processes, where it can act as a TinyShell-style backdoor or as an intermediate command-and-control relay; another component, LittleFilch, hooks SSL_read inside vdaemon, extracts keying material for a list of predefined edge nodes (which Talos assesses as OMP-distributed AES-256 IPsec data-plane key material) and stages it RSA-encrypted in /var/tmp/vdaemon.bin for exfiltration. Talos says observed targeting spans space and satellite services, defense and aerospace technology, and policy research, and assesses with high confidence that UAT-11473's operating infrastructure overlaps considerably with Volt Typhoon's 'Silent Train' covert access network (see the Silent Train card). Talos published Snort rules 67387 through 67416 (Snort 2) and 7:44 through 7:73 (Snort 3) for the KeyDrift artifacts; SIDs 65938 and 65958 already cover the CVE itself. (source: Cisco Talos) CISA has listed CVE-2026-20127 in its Known Exploited Vulnerabilities catalog since 25 February 2026. (source: CISA KEV)

Product
Cisco Catalyst SD-WAN Controller (formerly vSmart), Manager (formerly vManage) and Validator (formerly vBond)
Versions
First fixed releases (Cisco advisory, as of 29 Oct): earlier than 20.9 → migrate to a fixed release; 20.9 → 20.9.8.2; 20.11 → 20.12.6.1; 20.12 → 20.12.5.3 / 20.12.6.1; 20.13, 20.14 and 20.15 → 20.15.4.2; 20.16 and 20.18 → 20.18.2.1. Cisco says releases earlier than 20.9 and the 20.11, 20.13, 20.14 and 20.16 releases have reached End of Software Maintenance.
CVSS
(Cisco, CVSS 3.1; Critical)
Exploited in Australia?
unknown
Patch to
Upgrade to the first fixed release in Cisco's table (no workarounds). Talos recommends applying Cisco's patches, following Cisco's Catalyst SD-WAN hardening guide and monitoring for post-compromise activity; if you find signs of unauthorized activity, activate incident response and open a Cisco TAC request. File locations Talos names for KeyDrift include a modified sshd run script under etc/sv/sshd/, a fake service under /etc/sv/aaamgr/, libdssl.so, libcommon.so, /tmp/system-vdaemon, /var/tmp/vdaemon.bin and /var/tmp/vdaemon.conf.

Primary: Cisco Security Advisory — Cisco Catalyst SD-WAN Controller Authentication Bypass Vulnerability (cisco-sa-sdwan-rpa-EHchtZk; first published 25 Feb 2026, v2.1 updated 28 Oct 2026 GMT) · CVE: CVE-2026-20127 · Cisco Talos — Inside KeyDrift: Analyzing historical UAT-11473 activity on Cisco SD-WAN (28 Oct 2026) · CISA — Known Exploited Vulnerabilities Catalog (CVE-2026-20127, added 25 Feb 2026)

vulnerabilities network

Vulnerability
Published 2026-10-28
Updated 2026-10-29
Verified 2026-10-29

VMware ESX CVE-2026-41709 (Broadcom: Low, CVSS 2.7) insufficient logging lets a malicious admin act without being logged — In CISA KEV since 28 Oct

CISA added CVE-2026-41709, a Broadcom VMware ESX insufficient logging vulnerability, to its Known Exploited Vulnerabilities (KEV) catalog on 28 October 2026 based on evidence of active exploitation; the KEV entry gives US federal agencies a due date of 11 November and lists known ransomware campaign use as 'Unknown'. Broadcom's advisory VMSA-2026-0006 (issued 29 July 2026, updated 19 August) says VMware ESX contains an insufficient logging vulnerability that a malicious administrator could exploit to perform certain operations without them being logged; Broadcom rates it Low severity with a maximum CVSSv3 base score of 2.7 and credits Ian Barton of CrowdStrike for reporting it. Broadcom lists no workaround. The same advisory also covers the critical vCenter flaws CVE-2026-59309 and CVE-2026-59310 (see the CVE-2026-59310 card). CISA's alert does not say who exploited the flaw or how. UPDATE (29 Oct 2026, Perth; CrowdStrike): In a blog post dated 28 October on its 2026 Legal Threat Landscape Report, CrowdStrike says the China-nexus adversary it tracks as WARP PANDA deployed several forms of malware in victims' VMware vCenter environments in multiple intrusions at US-based entities, including targets in the legal sector, and that in several of these cases, and as late as early 2026, it exploited CVE-2026-41709, which CrowdStrike calls an ESXi command logging bypass vulnerability, as a zero-day. CISA's KEV entry does not name an actor. (source: CrowdStrike)

Product
Broadcom VMware ESX (also in VMware Cloud Foundation, vSphere Foundation and Telco Cloud Platform)
Versions
Fixed (Broadcom VMSA-2026-0006 response matrix, as of 29 Oct): ESX 9.1.x.x → ESXi-9.1.0.0-25370933; ESX 9.0.x.x → ESXi-9.0.2.0100-25595025; ESX 8.0 → ESXi80U3j-25429389; VMware Cloud Foundation 5.x → 5.2.4 (Async Patching Guide KB88287); VMware Telco Cloud Platform 5.0.x, 5.1.x → KB449886.
CVSS
(Broadcom, CVSSv3; Low)
Exploited in Australia?
unknown
Patch to
Update ESX to the fixed builds in Broadcom's VMSA-2026-0006 response matrix (ESXi-9.1.0.0-25370933, ESXi-9.0.2.0100-25595025, ESXi80U3j-25429389; VCF 5.2.4); no workaround. Because the flaw lets an administrator act without being logged, restrict and review ESX administrator access.

Primary: Broadcom — VMSA-2026-0006: VMware ESX, vCenter, Workstation, and Fusion updates address multiple vulnerabilities (CVE-2026-59309, CVE-2026-59310, CVE-2026-47876, CVE-2026-41703, CVE-2026-41709) · Vendor: Broadcom Security Advisory 38017 (VMSA-2026-0006) · CVE: CVE-2026-41709, CVE-2026-59309, CVE-2026-59310 · CISA — CISA Adds Two Known Exploited Vulnerabilities to Catalog (28 Oct 2026) · CrowdStrike — CrowdStrike 2026 Legal Threat Landscape Report: eCrime Leads Attacks, China Activity Intensifies (28 Oct 2026)

vulnerabilities cloud

Incident
Published 2026-10-28
Updated 2026-11-01
Verified 2026-11-01

Japan Airlines says hackers accessed reservation data of about 92,000 customers through its IT provider Amadeus, including passport numbers for about 2,000, according to The Record

Japan Airlines (JAL) said one of its IT providers suffered a data breach that leaked the personal records of more than 90,000 customers, according to The Record (28 Oct 2026). The Record reports that JAL published a notice on Wednesday (28 October) saying Amadeus IT Group, the company that runs its flight reservation, ticketing and check-in systems, informed it last week that hackers accessed a 'portion of customer reservation data' for Japan Airlines and Japan Transocean Air flights; in total 92,000 customers were affected, with names, reservation codes and flight information accessed, and for about 2,000 customers passport numbers, frequent flyer numbers, email addresses and phone numbers were also taken. According to The Record, JAL said the breach never affected flight operations and credit card numbers were not compromised, and that it will contact affected customers individually, including reminders to watch for phishing emails, fraudulent phone calls and websites impersonating the JAL Group. ITmedia NEWS (28 Oct) reports that JAL and Japan Transocean Air (JTA) said Amadeus reported the unauthorised access to them on 23 October; that the traces of outside access cover part of the reservation records for JAL and JTA flights from 10 August 2023 to 23 September 2026; that for the about 2,000 customers the items accessed also include nationality, ticket number and seat number; that no leak of credit card numbers or passwords has been confirmed; that Amadeus has already completed the necessary security measures and, as of 28 October, no misuse of the information had been confirmed; and that a dedicated inquiry line opens on 29 October (our translation from Japanese). Correction (31 Oct 2026): removed the Cathay Pacific notice (Personal data security incident involving a third-party service provider) as a source, with the update and the title, product and advice wording that came only from it, because this desk could not read that page in full; every fact on this card now comes from The Record and ITmedia NEWS. (source: The Record) Updated (01 Nov 2026): Star Flyer, which uses the Amadeus passenger service system through All Nippon Airways (ANA), said on 30 October (first posted 29 October) that it received an updated report from ANA that an unauthorised third party accessed reservation information for Star Flyer-operated flights within the system, and that there are indications certain personal information of its customers may have been accessed. Star Flyer lists the information that shows signs of access as customer name, booking reference number, travel date, flight routing, cabin class, email address, phone number, frequent flyer number, airline, flight number, e-ticket number and seat number, among other related details, for certain customers who made reservations with Star Flyer from 28 July 2025 to 23 September 2026. Star Flyer said the incident did not involve credit card numbers or account passwords, that it has been informed the compromised authentication credentials have been revoked and monitoring substantially enhanced, and that it is still verifying the number of people affected and will contact customers directly once their details are verified. (source: Star Flyer)

Product
Amadeus passenger service system (reservations, ticketing, check-in) used by Japan Airlines and Japan Transocean Air
Versions
n/a — data breach
Exploited in Australia?
unknown
Patch to
JAL and JTA customers: expect individual contact from the airline; be wary of phishing emails, phone calls and fake websites impersonating the airline (JAL advice, per The Record). Star Flyer customers: Star Flyer will contact affected customers directly once their details are verified, and asks customers to be cautious of phishing emails, phone calls, websites or social media advertisements claiming to be from Star Flyer (Star Flyer). Airlines and travel firms using Amadeus: check with Amadeus whether your reservation data is in scope.

Primary: The Record — Japan Airlines warns of data breach as country grapples with multiple cyber incidents (28 Oct 2026) · ITmedia NEWS — JALの予約システムに不正アクセス　約9万人分の予約情報が漏えい　一部ではパスポート番号も (28 Oct 2026, Japanese) · Star Flyer — Notice Regarding Unauthorized Access to the Passenger Service System Provided by Amadeus (30 Oct 2026)

breaches

Incident
Published 2026-10-28
Updated 2026-10-29
Verified 2026-10-29

Coinbase says a security incident at analytics vendor Amplitude affected contact data of a small subset of Coinbase customers; it found no evidence of unauthorised access to Coinbase systems

Coinbase said in a post on its Coinbase Support account on X at 10:49 am Perth time (AWST) on 28 October 2026 (02:49 UTC): 'Coinbase has not had a data breach. Amplitude, an analytics vendor, experienced a security incident which impacted a small subset of Coinbase customer contact data, among other Amplitude customers.' In the same post Coinbase said it had found no evidence of unauthorized access to Coinbase systems, that customer funds were not impacted, and that it is notifying impacted customers and regulatory agencies in accordance with its legal obligations. (source: Coinbase Support on X) Decrypt (28 Oct) reports that Coinbase did not say how many customers were affected, what kinds of contact data were exposed or when the incident took place, and did not name the other Amplitude customers affected. (source: Decrypt) Correction (29 Oct 2026): the post's time is now given in Perth time from the post's own timestamp, each statement is credited to the post or to Decrypt, and wording not in either source was removed. (source: Coinbase Support on X)

Product
Amplitude (analytics vendor to Coinbase)
Versions
n/a — third-party data incident
Exploited in Australia?
unknown
Patch to
Coinbase customers: expect phishing that uses leaked contact details; Coinbase says it is notifying impacted customers. Organisations using Amplitude: check for vendor notices and review what customer data you send to analytics tools.

Primary: Coinbase Support on X — statement on Amplitude security incident (28 Oct 2026) · Decrypt — Coinbase Customer Data Hit in Analytics Vendor Breach, Funds ‘Not Impacted’ (28 Oct 2026)

breaches

Incident
Published 2026-10-28
Updated 2026-10-29
Verified 2026-10-29

Lumen Black Lotus Labs: Volt Typhoon used 'Silent Train', rotating chains of hacked routers, IoT and enterprise devices, to hide at least four confirmed zero-day campaigns against management platforms including N-able N-central, Cisco Catalyst SD-WAN and VeloCloud Orchestrator

Lumen's Black Lotus Labs has published research, reported by BleepingComputer on 28 October 2026, on what it calls Silent Train, a covert framework it attributes to the China state-sponsored group Volt Typhoon. Black Lotus Labs says it has tracked Silent Train for three years, first observing consistent activity in November 2023, shortly before the initial takedown of the KV-botnet, and that the work led to hundreds of victim notifications. It describes Silent Train as rapidly rotating chains of compromised SOHO, IoT and enterprise devices that are exploited on demand, used against selected targets, cleaned up after each operation and continuously refreshed: sessions began from virtual private servers outside the US and were daisy-chained through compromised non-US devices before pivoting within the US to reach targets. It observed more than 27 device classes used, from TP-Link routers and Netgear Orbi devices to Fortinet appliances and CyberPanel servers, with device types reserved for fixed roles (Intelbras modems only as overseas relays, Netgear Orbi devices as US-based hops that interacted with victims). By early 2025, compromised enterprise platforms were kept in the chains for one to three months, making Silent Train a hybrid framework. Black Lotus Labs says its monitoring helped uncover at least four confirmed and one likely zero-day campaigns against network and endpoint management systems, SD-WAN orchestrators and other control-plane infrastructure: Versa Director (which it documented in mid-2024), N-able N-central (a chain of then-undisclosed flaws assigned CVE-2025-8875 and CVE-2025-8876), Cisco Catalyst SD-WAN (CVE-2026-20127, exploited from late 2025 and continuing well after Cisco's February 2026 disclosure), VeloCloud Orchestrator (a zero-day later designated CVE-2026-16812) and, assessed with moderate confidence, Quest KACE (more than 30 victims; activity declined after Quest's October 2025 security updates). Post-incident analysis found in-memory webshells, credential harvesting, abuse of native platform features and, in several cases, erased or altered logs. Victims included telecommunications providers, government, defense contractors, satellite and mission-critical communications services, universities, MSPs, IT firms and critical infrastructure; Hawaii, California and Texas were the most targeted regions. Activity was concentrated on weekdays between 09:00 and 22:00 China Standard Time. BleepingComputer (28 Oct) also reported the research. Correction (29 Oct 2026): the 28 October date is now credited to BleepingComputer's report. (source: BleepingComputer)

Product
Network and endpoint management and SD-WAN platforms (Versa Director, N-able N-central, Cisco Catalyst SD-WAN, VeloCloud Orchestrator, Quest KACE); SOHO, IoT and enterprise devices used as relays (TP-Link, Netgear Orbi, Intelbras, Fortinet, CyberPanel and others)
Versions
n/a — threat research; CVEs named by Black Lotus Labs: CVE-2025-8875, CVE-2025-8876 (N-able N-central), CVE-2026-20127 (Cisco Catalyst SD-WAN), CVE-2026-16812 (VeloCloud Orchestrator)
Exploited in Australia?
unknown
Patch to
Patch internet-facing management and control-plane platforms first (endpoint and network management, SD-WAN orchestrators, out-of-band platforms); restrict admin interfaces to VPNs, jump hosts or dedicated management networks; centralise logs with longer retention; hunt for unusual admin logins, API use, remote file transfers and config changes outside normal hours; follow CISA and NCSC guidance on Volt Typhoon (Black Lotus Labs recommendations).

Primary: Lumen Black Lotus Labs — Silent Train: uncovering Volt Typhoon's operational framework for zero-day exploitation and strategic access · CVE: CVE-2025-8875, CVE-2025-8876, CVE-2026-20127, CVE-2026-16812 · BleepingComputer — Volt Typhoon hides zero-day attacks using 'Silent Train' framework (28 Oct 2026)

breaches network

Advisory
Published 2026-10-28
Verified 2026-10-29

US Treasury (OFAC) sanctions 10 individuals and one entity over North Korean IT worker schemes, including Russian money launderers Vitold Obertas and Ilya Boykov and the Russia-based First Financial and Technical Development Center

The US Treasury Department's Office of Foreign Assets Control (OFAC) said on 28 October 2026 that it had sanctioned 10 individuals and one entity for their roles in North Korean (DPRK) government-run IT worker schemes that defraud US businesses and generate revenue for North Korea's weapons of mass destruction and ballistic missile programs. Treasury says Russian national Vitold Viktorovich Obertas is an intermediary for illicit DPRK financial transactions, including for Amnokgang Technology Development Company (designated by OFAC on 12 March 2026), and has since January 2025 conducted nearly $2 million worth of cryptocurrency conversions and at least $1.25 million in other currency transactions for DPRK officials. Russian national Ilya Aleksandrovich Boykov has since 2024 supported Limited Liability Company Alis (designated in March 2024) by exchanging and converting an equivalent of $3.5 million in cryptocurrency transactions and providing logistical support. Kim Ki Hyok leads a Russia-based delegation of Alis IT workers and has transferred cryptocurrency for it valued at nearly $500,000 since 2024; Kim Hyo Dong leads a separate Russia-based Chinyong-subordinate delegation and has facilitated the transfer of over $100,000 in financial assets. The First Financial and Technical Development Center (FFTDC), a DPRK-controlled entity in Russia, was designated for exporting North Korean workers; Treasury says its IT workers use 'Super Intelligence (SI) tools' and complex cryptocurrency transfers, and that six Russia-based DPRK IT workers (Kim Kyong Ju, Ri Thae Chol, So Hyon Jin, Han Yu Song, Kim Sung Gwan and Hyon Se Il), also designated, collectively generated over $750,000 for it since 2025. Treasury says DPRK IT workers have also used their access to corporate networks to deploy malware, exfiltrate sensitive data and steal proprietary information, and that the United States is joined this month by Australia and the European Union in designating individuals and entities supporting the DPRK. The Record (28 Oct) also reported the action.

Product
Employers of remote IT contractors: sanctions and insider risk from North Korean (DPRK) IT workers
Versions
n/a — US sanctions designations (OFAC, 28 Oct 2026)
Exploited in Australia?
unknown
Patch to
Screen counterparties and payees against the OFAC SDN list; follow the US government advisories on DPRK IT workers referenced by Treasury when hiring remote IT staff, and check contractors' identity documents and payment destinations.

Primary: U.S. Department of the Treasury — Treasury Sanctions Facilitators of DPRK IT Worker Fraud Targeting U.S. Businesses (28 Oct 2026) · The Record — US sanctions Russians, North Koreans for laundering IT worker earnings (28 Oct 2026)

breaches identity

Incident
Published 2026-10-28
Updated 2026-11-02
Verified 2026-11-02

FBI seizes the domain of 'bulletproof' hosting provider Virtualine, accused of facilitating money laundering and the distribution of child sexual abuse material, according to The Record

The FBI seized the domain of Virtualine, a 'bulletproof' hosting provider accused of facilitating a range of cybercrimes including money laundering and the distribution of child sexual abuse material, The Record reported on 28 October 2026. According to The Record, the Justice Department said on Tuesday that a court authorised the seizure of virtualine.net, a service operating under names including Secury, Massgod, Spamhouse, Lanedo and Omegatech, and the site has been replaced by a seizure notice. Citing court records, The Record says Virtualine advertised on cybercrime forums, offering hosting for 'all illegal/black hat activities' including phishing, carding and spam. The Record reports that in January, about a month after Virtualine allegedly provided an IP address to a forum used to sell sexually explicit images of minors, the company received complaints from authorities in Germany, Canada and Australia, as well as the National Center for Missing and Exploited Children and a victim's attorney, and that instead of ending service it helped the forum's operators build another site, according to the Justice Department. The Record says the FBI's Washington Field Office led the investigation with help from authorities in Germany, the Netherlands and Britain and private-sector partners OverRIPE and Lumen, and that the Justice Department did not identify Virtualine's operators or announce criminal charges at the time of the seizure. Correction (02 Nov 2026): removed The Hacker News as a source. (source: The Record)

Product
Virtualine bulletproof hosting (virtualine.net)
Versions
n/a — law-enforcement action
Exploited in Australia?
unknown
Patch to
No action for most readers; this is a law-enforcement domain seizure.

Primary: The Record — FBI seizes ‘bulletproof’ hosting site accused of facilitating child abuse, money laundering (28 Oct 2026)

breaches