Anthropic finds 14 high-severity Firefox flaws using Claude AI

Anthropic has discovered 14 high-severity security vulnerabilities in Firefox using its new Claude AI tools. The company states that AI enables faster detection of such issues. This finding was reported in a TechRadar article published on March 9, 2026.

Anthropic, an AI research firm, utilized its Claude tools to identify a significant number of security flaws in the Firefox browser. According to the report, these tools uncovered 14 bugs classified as high-severity within just a few weeks.

The discovery highlights the growing role of artificial intelligence in cybersecurity. Anthropic notes that "AI is making it possible to detect severe security vulnerabilities at highly accelerated speeds." This approach allows for quicker identification compared to traditional methods, potentially improving software safety across platforms.

Firefox, developed by Mozilla, is a widely used open-source web browser. While specific details about the vulnerabilities were not outlined in the source, their high-severity rating indicates potential risks to user data or system integrity if exploited.

This event underscores advancements in AI-assisted vulnerability hunting, demonstrating how machine learning can accelerate the process of securing digital environments. No further actions by Mozilla or Anthropic regarding patches were mentioned in the available information.

Verwandte Artikel

Mozilla engineers using Anthropic's Mythos AI to patch 271 Firefox security vulnerabilities in a high-tech lab.
Bild generiert von KI

Mozilla patches 271 Firefox vulnerabilities with Anthropic's Mythos AI

Von KI berichtet Bild generiert von KI

Mozilla has patched 271 security vulnerabilities in Firefox 150 using early access to Anthropic's Mythos Preview AI model. Firefox CTO Bobby Holley described the tool as every bit as capable as the world's best security researchers. The foundation says the AI helps defenders gain an edge in cybersecurity.

Mozilla says AI tools including Anthropic's Mythos Preview helped identify and resolve 423 security issues in Firefox over one month.

Von KI berichtet

Anthropic has limited access to its Claude Mythos Preview AI model due to its superior ability to detect and exploit software vulnerabilities, while launching Project Glasswing—a consortium with over 45 tech firms including Apple, Google, and Microsoft—to collaboratively patch flaws and bolster defenses. The announcement follows recent data leaks at the firm.

Building on its January Cowork feature, Anthropic has launched a research preview for Claude Code and Cowork tools, enabling Pro and Max subscribers' Claude AI to directly control Mac desktops—pointing, clicking, scrolling, and navigating screens for tasks like opening files, using browsers, developer tools, and app interactions such as Google Calendar and Slack. Safeguards address security risks, amid competition from tools like OpenClaw.

Von KI berichtet

Anthropic has launched Claude Opus 4.7, a new AI model designed to assist developers with complex coding tasks. The company emphasized its improved instruction-following and memory capabilities. This release follows the earlier announcement of the more advanced Claude Mythos Preview.

Criminals have distributed fake AI extensions in the Google Chrome Web Store to target more than 300,000 users. These tools aim to steal emails, personal data, and other information. The issue highlights ongoing efforts to push surveillance software through legitimate channels.

Von KI berichtet

Mozilla has introduced Thunderbolt, a new AI client designed for users and businesses to run self-hosted AI infrastructure without depending on cloud services. The tool builds on the open-source Haystack framework to create a sovereign AI client compatible with various APIs. It emphasizes data control, security, and cross-platform support.

 

 

 

Diese Website verwendet Cookies

Wir verwenden Cookies für Analysen, um unsere Website zu verbessern. Lesen Sie unsere Datenschutzrichtlinie für weitere Informationen.
Ablehnen