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Mozilla researchers demonstrate indirect prompt injection attack on AI coding agents via GitHub repositories

By

Zeljka Zorz

3h ago· 2 min readenNews

Summary

Mozilla's Zero Day Investigative Network (0DIN) has disclosed a proof-of-concept attack that uses indirect prompt injection to compromise AI-powered coding agents like Claude Code. The attack works by embedding malicious instructions in a GitHub repository's README file, which the AI agent reads and executes — fetching and running a reverse shell payload from an external server. The repository itself contains no malicious code, making detection difficult. The attack exploits the trust AI coding agents place in repository content, bypassing traditional security measures.

Source

bskyMozilla researchers demonstrate indirect prompt injection attack on AI coding agents via GitHub repositorieshelpnetsecurity.com

Key quotes

· 3 pulled
A malicious GitHub repository can silently compromise a developer's machine without containing a single line of malicious code, security researchers at Mozilla's Zero Day Investigative Network (0DIN) warned.
The proof-of-concept attack targets AI-powered coding agents such as Claude Code, and uses indirect prompt injection to manipulate an AI agent into taking harmful actions the developer never explicitly authorized.
The executed malicious payload – a reverse shell in this case – is not in the repository. It's fetched and executed only at
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The PoC attack targets AI-powered coding agents and uses indirect prompt injection to manipulate them into taking harmful actions.

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