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Intel has disclosed several high-severity vulnerabilities in its PROSet/Wireless WiFi Software for Windows, all of which could allow an unprivileged, unauthenticated attacker to cause a denial of service on affected systems. The vulnerabilities, identified as CVE-2025-35971, CVE-2025-35963, CVE-2025-30255, and CVE-2025-33029, are present in device drivers operating in Ring 2 and affect software versions prior to 23.160. Exploitation does not require user interaction or special internal knowledge, and can be performed via adjacent network access, potentially impacting system availability and, in some cases, integrity.
Intel has released security updates to address these vulnerabilities and recommends that users update to the latest version to mitigate risk. The vulnerabilities are rated as high severity with a CVSS 4.0 base score of 8.3, and their exploitation could result in significant disruption to wireless connectivity on affected devices. No remote exploitation is possible, but the low complexity of the attack increases the urgency for patching in enterprise environments relying on Intel wireless solutions.
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2 events from the most recent confirmed update back to the earliest known activity.
For CVE-2025-30255, Intel stated that affected Windows installations before version 23.160 should be updated. The flaw was described as an out-of-bounds write in Ring 2 device drivers that could allow an adjacent, unauthenticated attacker to cause denial of service.
Intel published security advisory INTEL-SA-01398 covering multiple denial-of-service vulnerabilities in Intel PROSet/Wireless WiFi Software, including CVE-2025-30255, CVE-2025-33029, CVE-2025-35963, and CVE-2025-35971.
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Intel disclosed multiple vulnerabilities in Linux kernel-mode Ethernet drivers for its **700 Series**, **800 Series**, and **I350 Series** network adapters, warning that authenticated local users could exploit the flaws for **privilege escalation**, **information disclosure**, or **denial of service**. The most severe issue listed in `INTEL-SA-01296` is **CVE-2025-24325**, rated **CVSS 4.0 9.3 Critical**, affecting some Intel 800 Series Ethernet drivers before version `1.17.2`; Intel said the advisory covers eight CVEs tied to improper input validation, insufficient control flow management, exceptional-condition handling, and integer overflow. A separate advisory, `INTEL-SA-01335`, covers Intel 700 Series and I350 Series Linux drivers, including 700 Series flaws such as **CVE-2025-24486**, **CVE-2025-21086**, and **CVE-2025-25273**, which can expose vulnerable kernel code paths in the `i40e` driver and potentially lead to root-level compromise on affected Linux systems. Intel said affected 700 Series driver versions earlier than `2.28.5` and I350 Series driver versions earlier than `5.19.2` should be upgraded, while 800 Series deployments should move to `1.17.2` or later; fixes are also available through the **Intel Ethernet Adapter Complete Driver Pack** version `30.0.1` or later. The impacted hardware spans widely deployed enterprise and cloud platforms, including Intel **I710**, **X710**, **XL710**, **XXV710**, **V710**, **X722**, and multiple Xeon- and Atom-based systems. Intel said the vulnerabilities were discovered internally and released under coordinated disclosure after mitigations became available, and public reporting indicated no proof-of-concept exploit had been released for the highlighted 700 Series issues at the time of publication.
Jun 29, 2026
Several critical vulnerabilities have been disclosed affecting a range of widely used software frameworks and hardware platforms. Notable issues include a critical flaw in the Apache bRPC framework (CVE-2025-59789) that exposes high-performance systems to crash risks, a high-severity unauthenticated XXE vulnerability in GeoServer (CVE-2025-58360) enabling file theft and SSRF, and a critical SQL injection vulnerability in Devolutions Server (CVE-2025-13757) that allows authenticated attackers to steal all stored passwords. Additional disclosures include a proof-of-concept exploit for a Windows Administrator Protection elevation of privilege vulnerability (CVE-2025-60718), a critical boot process compromise in Snapdragon 8 Gen 3 and 5G modems (CVE-2025-47372), and a flaw in Apache Kvrocks that allows privilege escalation via the 'RESET' command. A separate high-severity vulnerability (CVE-2025-61618) was identified in Unisoc T8100/T9100/T8200/T8300 chipsets, affecting Android devices and allowing remote denial of service through improper input validation in the NR modem. These vulnerabilities collectively highlight the ongoing risk posed by both software and hardware flaws, with several enabling remote code execution, privilege escalation, or denial of service. Organizations using affected products should prioritize patching and mitigation efforts to reduce exposure to these critical threats.
Jun 29, 2026
A series of critical and high-severity vulnerabilities have been disclosed affecting a wide range of software products, including network devices, workflow automation platforms, document management systems, and developer tools. Notable issues include command injection flaws in TRENDnet TEW-800MB routers (CVE-2025-15136, CVE-2025-15137), remote code execution vulnerabilities in Xspeeder SXZOS (CVE-2025-54322), Eigent (CVE-2025-68952), StreamVault (CVE-2025-66203), n8n (CVE-2025-68668), and Yealink T21P_E2 phones (CVE-2025-66738). Additional vulnerabilities involve authentication bypasses in IBM API Connect (CVE-2025-13915) and Eaton UPS Companion (CVE-2025-59887), a session token capture flaw in M-Files Server (CVE-2025-13008), prototype pollution in apidoc-core (CVE-2025-13158), and a blind SQL injection in Cloudlog (CVE-2024-44065). Several of these vulnerabilities allow for remote exploitation, with some exploits already publicly available. Vendors have responded with patches for many of the affected products, such as Eigent, StreamVault, lmdeploy, and n8n, while some issues remain with public exploits and no vendor response, as seen with TRENDnet. The vulnerabilities present risks ranging from arbitrary code execution and privilege escalation to unauthorized access and data exposure. Organizations using the affected products are strongly advised to review the relevant advisories, apply available patches, and implement recommended mitigations to reduce the risk of exploitation. The diversity and severity of these vulnerabilities underscore the importance of timely vulnerability management and monitoring for emerging threats across the software supply chain.
Jun 29, 2026