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Google Expands Gemini AI Agents Across Chrome Vulnerability Pipeline

Google Expands Gemini AI Agents Across Chrome Vulnerability Pipeline

FIRST LOOK ATLAS OWASP MEDIUM Moderate risk · Monitor closely ▲ 6.2 BleepingComputer

Google has deployed multi-agent Gemini-powered AI workflows across the full Chrome vulnerability management lifecycle — from discovery and reproduction through severity triage, patch generation, and test creation — resulting in over 1,000 bugs fixed across two Chrome releases. For defenders, the shift raises dual-use concerns: the same AI-assisted fuzzing and vulnerability discovery tooling, if adversarially influenced or leaked, could dramatically accelerate attacker reconnaissance against Chrome's codebase. Security teams should also note that AI-generated patches at scale introduce new risks around automated fix quality, supply chain trust, and overreliance on AI triage accuracy.

FuzzingBrain V2 Discovers 29 Zero-Day Vulnerabilities

FuzzingBrain V2 Discovers 29 Zero-Day Vulnerabilities

ATLAS OWASP HIGH Significant risk · Prioritise patching ▲ 7.8 HN AI Security

Researchers have developed FuzzingBrain V2, a multi-agent LLM system capable of autonomously discovering and reproducing software vulnerabilities with a 90% detection rate on a competitive benchmark dataset. The system discovered 29 zero-day vulnerabilities across 12 open-source projects, all confirmed by maintainers, raising both defensive and dual-use concerns for the security community. While positioned as a defensive research tool, the automation of end-to-end vulnerability discovery at this scale represents a meaningful shift in the offensive capability landscape.

Firefox Vulnerabilities Discovered via AI-Assisted Fuzzing

Firefox Vulnerabilities Discovered via AI-Assisted Fuzzing

ATLAS OWASP HIGH Significant risk · Prioritise patching ▲ 7.2 Simon Willison

Mozilla used early access to Anthropic's Claude Mythos model to systematically discover and patch hundreds of previously unknown vulnerabilities in Firefox, including bugs over 15–20 years old. The effort demonstrates a step-change in AI-assisted vulnerability research, with April 2026 seeing 423 security fixes compared to a monthly baseline of 20–30. The same capability that empowered Mozilla's defenders also signals that adversaries with similar model access could industrialise exploit discovery against open-source software at scale.

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