All news with #remote code execution tag

⚠️Microsoft released out-of-band updates to fully remediate a critical deserialization vulnerability in Windows Server Update Service (WSUS), tracked as CVE-2025-59287. The initial Oct. 14 fixes were incomplete, prompting emergency patches for multiple Windows Server versions. Exploits in the wild were reported after a public proof-of-concept was published, allowing remote code execution as SYSTEM on affected servers.

🔒 A large-scale campaign is exploiting outdated GutenKit and Hunk Companion WordPress plugins to achieve remote code execution by chaining unauthenticated or missing-authorization REST endpoint flaws (CVE-2024-9234, CVE-2024-9707, CVE-2024-11972). Wordfence observed 8.7 million blocked attempts across October 8–9. Attackers host a malicious ZIP plugin on GitHub that installs backdoors, and often drop the vulnerable wp-query-console plugin to gain RCE. Administrators should update affected plugins and scan for indicators of compromise immediately.

⚠️ Microsoft released an out-of-band security update to address a critical WSUS remote code execution vulnerability, CVE-2025-59287 (CVSS 9.8). The flaw stems from unsafe deserialization of AuthorizationCookie objects at the GetCookie() endpoint, where AES-128-CBC-encrypted cookie payloads are decrypted and deserialized via BinaryFormatter without type validation, enabling SYSTEM-level code execution on servers running the WSUS role. Microsoft published updates for supported Windows Server releases and recommends installing the patch and rebooting; short-term mitigations include disabling the WSUS role or blocking TCP ports 8530 and 8531.

⚠️Microsoft confirmed attackers are exploiting a critical Windows Server Update Service vulnerability tracked as CVE-2025-59287, a remote code execution flaw that affects servers running the WSUS Server role when configured as an update source for other WSUS servers. The bug can be abused remotely with low complexity and no user interaction to run code as SYSTEM, raising wormable concerns. Microsoft released out-of-band patches for all affected Windows Server versions and advised immediate installation or temporary disabling of the WSUS Server role; public proof-of-concept code and active scanning have been observed in the wild.

⚠ Microsoft released an out-of-band security update (October 23, 2025) to remediate a critical Windows Server Update Service (WSUS) remote code execution vulnerability, CVE-2025-59287, after a prior fix proved incomplete. The flaw affects WSUS on Windows Server 2012, 2016, 2019, 2022, and 2025 and could allow an unauthenticated actor to execute code with SYSTEM privileges. CISA urges organizations to identify affected WSUS servers, apply the update and reboot, or temporarily disable the WSUS Server Role or block inbound TCP ports 8530/8531 as mitigations until the patch is installed.

⚠️ Microsoft has released out-of-band security updates to remediate a critical WSUS vulnerability tracked as CVE-2025-59287. The flaw affects only Windows servers with the WSUS Server Role enabled and allows remote, unauthenticated attackers to execute code as SYSTEM in low-complexity attacks without user interaction. Microsoft published cumulative KB updates for all affected Server builds and requires a reboot; administrators who cannot patch immediately are advised to disable the WSUS role or block TCP ports 8530/8531 as temporary mitigations.

⚠️ CISA warns that attackers are exploiting a critical flaw (CVE-2025-61932) in Motex's Lanscope Endpoint Manager, enabling unauthenticated remote code execution via specially crafted packets. The issue affects client components in versions 9.4.7.2 and earlier; Motex has released patched client builds and noted managers do not require updates. No mitigations are available—install the vendor updates; CISA added the flaw to its KEV with a Nov. 12 remediation deadline for federal agencies.

⚠️ AutomationDirect's Productivity Suite and several Productivity PLC models contain multiple high-severity vulnerabilities — including relative path traversal (ZipSlip), a weak password recovery mechanism, incorrect permission assignment, and binding to an unrestricted IP address. Exploitation could allow remote attackers to read, write, or delete files, execute arbitrary code, or gain full control of projects. AutomationDirect has released updates (Productivity Suite v4.5.0.x and newer) and recommends applying the latest firmware and implementing network isolation and firewall/NAC controls if immediate upgrades are not possible.

🔒 Researchers at Forescout’s Vedere Labs have disclosed two vulnerabilities in TP-Link Omada and Festa VPN routers that enable command injection and potential unauthorized root access. The flaws are tracked as CVE-2025-7850 (critical, CVSS v4.0 9.3) and CVE-2025-7851 (high, CVSS v4.0 8.7) and stem from an incomplete 2024 fix that left debug functionality and alternate attack paths. TP-Link has published firmware updates; Vedere Labs urges immediate patching and additional mitigations including WAFs, disabling remote admin, and improved monitoring.

🛡️ Cisco Talos Incident Response observed a surge in attacks exploiting public-facing apps in Q3 2025, driven chiefly by ToolShell chains targeting on-premises Microsoft SharePoint servers. Rapid automated scanning and unauthenticated RCE vulnerabilities led to widespread compromise, highlighting the need for immediate patching and strict network segmentation. Post-compromise phishing from valid accounts and diverse ransomware families, including Warlock and LockBit, continued to impact victims.

⚠️ CISA has added a critical defect in Motex LANSCOPE Endpoint Manager to its Known Exploited Vulnerabilities catalog after observing active exploitation. Tracked as CVE-2025-61932 (CVSS v4: 9.3), the flaw affects on-premises Client program and Detection Agent components and allows arbitrary code execution via specially crafted packets. Motex released patches for multiple 9.3/9.4 builds, and federal agencies are advised to remediate by November 12, 2025.

🛡️ Researchers at Edera disclosed a critical boundary-parsing flaw called TARmageddon (CVE-2025-62518) in the async-tar family and many forks, including the widely used tokio-tar. The desynchronization bug can smuggle extra archive entries during nested TAR extraction, enabling file overwrites that may lead to Remote Code Execution or supply-chain compromise. Administrators should patch affected forks, consider migrating to the patched astral-tokio-tar ≥0.5.6, and scan Rust-built applications for exposure.

🚨 A high-severity logic flaw in the abandoned async-tar Rust library and its forks allows unauthenticated attackers to inject archive entries and achieve remote code execution when nested TARs with mismatched ustar and PAX headers are processed. Edera, which named the issue TARmageddon and tracked it as CVE-2025-62518, explains the parser can jump into file content and mistake it for headers, enabling extraction of attacker-supplied files. The bug also affects the widely used but abandoned tokio-tar fork (7M+ downloads), while several active forks have already been patched. Developers are advised to upgrade to patched forks such as astral-tokio-tar or remove the vulnerable dependency immediately.

⚠️ Symantec reports that hackers linked to China exploited the ToolShell vulnerability (CVE-2025-53770) in on-premise Microsoft SharePoint servers to target government agencies, universities, telecommunications providers, and financial firms across four continents. The zero-day, disclosed on July 20, was used to plant webshells and enable remote code execution. Attackers deployed DLL side-loading to load a Go backdoor named Zingdoor, later chained to ShadowPad, KrustyLoader, and the Sliver framework, and performed credential dumping and PetitPotam abuse to escalate to domain compromise.

⚠️Researchers disclosed a high-severity vulnerability (CVE-2025-62518, CVSS 8.1) in the async-tar Rust library and forks such as tokio-tar that can enable remote code execution via file-overwrite attacks when processing nested TAR archives. Edera, which found the issue in late August 2025, attributes the problem to inconsistent PAX/ustar header handling that allows attackers to 'smuggle' additional entries by exploiting size overrides. Because tokio-tar appears unmaintained, users are advised to migrate to astral-tokio-tar v0.5.6, which patches the boundary-parsing vulnerability affecting projects like testcontainers and wasmCloud.

🔒 TP-Link has published firmware updates to address four security flaws in its Omada gateway devices, including two critical command injection vulnerabilities that could allow arbitrary command execution on the device OS. The issues are tracked as CVE-2025-6541, CVE-2025-6542, CVE-2025-7850 and CVE-2025-7851, affecting multiple ER, FR and G-series models. Users are urged to install the patched builds promptly and verify device configurations after upgrading.

⚠️ TP-Link has disclosed two command injection vulnerabilities affecting Omada gateway devices that allow execution of arbitrary OS commands. One issue, CVE-2025-6542 (CVSS 9.3), can be exploited remotely without authentication; the other, CVE-2025-6541 (CVSS 8.6), requires access to the web management interface. Thirteen models are listed as impacted and TP-Link has released firmware updates to address the flaws; administrators are urged to apply patches and verify configurations after upgrading.

⚠️ The latest releases of Cursor and Windsurf IDEs embed outdated Chromium and V8 engines that contain at least 94 known, patched vulnerabilities. Ox Security researchers demonstrated a proof‑of‑concept exploiting CVE-2025-7656 (a Maglev JIT integer overflow) to crash Cursor, and warn that similar flaws could enable denial‑of‑service or arbitrary code execution in real attacks. Attack vectors include deeplinks, malicious extensions, poisoned README previews or documentation; the two IDEs together serve an estimated 1.8 million developers. Cursor dismissed the DoS finding as out of scope and Windsurf did not respond to inquiries.

🔒 A critical authentication bypass in Raisecomm RAX701-GC devices permits SSH sessions without completing user authentication, potentially granting unauthenticated root shell access. The flaw is tracked as CVE-2025-11534 with a CVSS v3.1 score of 9.8 and CVSS v4 score of 9.3, exploitable remotely with low attack complexity. Affected firmware versions include 5.5.27_20190111, 5.5.13_20180720, and 5.5.36_20190709. CISA recommends isolating affected devices from the internet, placing control networks behind firewalls, and using secure remote access methods such as updated VPNs while contacting vendor support.

⚠️ Oxford Nanopore Technologies MinKNOW sequencing software contains multiple remotely exploitable vulnerabilities (highest CVSS v4 8.3) that can permit unauthorized access, data manipulation, and denial-of-service on affected devices. Attackers can discover devices via network scanning, exploit authentication that trusts host IPs, and reuse tokens stored in world-readable temporary files to gain persistent access or redirect sequencing output. Oxford Nanopore advises upgrading to versions later than 24.11; CISA recommends minimizing network exposure, isolating control networks, and using secure remote access methods while applying other mitigations.