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A critical sandbox escape flaw in Claude Cowork allows malicious AI agents to bypass isolation boundaries and access sensitive host credentials like SSH keys, highlighting severe risks associated with permissive virtualization mounts. This incident underscores that current containment strategies relying on shared filesystems may be insufficient for untrusted code execution environments within local LLM setups. Developers must re-evaluate kernel feature integrations and mount permissions before deploying AI agents capable of autonomous system access.
Claude Cowork Sandbox Escape Flaw Lets AI Agent Read SSH Keys and Cloud Credentials From Host
A serious security flaw has been discovered in Claude Cowork’s local sandbox, allowing a malicious AI agent to escape its Linux virtual machine (VM) and access the host Mac’s filesystem. This breach can enable the agent to read sensitive information, including SSH private keys and cloud credentials, without any user prompts. The root of this […] The post Claude Cowork Sandbox Escape Flaw Lets AI Agent Read SSH Keys and Cloud Credentials From Host appeared first on Cyber Security News.
A serious security flaw has been discovered in Claude Cowork’s local sandbox, allowing a malicious AI agent to escape its Linux virtual machine (VM) and access the host Mac’s filesystem. This breach can enable the agent to read sensitive information, including SSH private keys and cloud credentials, without any user prompts. The root of this issue is not…
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