Topic
OpenClaw
Hermes Emerges as Modular Harness for Practical AI Security Testing
AI Security
Cybercriminals Weaponize OpenClaw AI Agent in ClawHavoc Campaign to Distribute Infostealers
AI SecurityIsraeli Firm Reveals First Known AI-Led Breach of Taiwanese Government Systems
AI SecuritySecuring OpenClaw and Hermes AI Agents on One VPS: Hardening Lessons from Docker, SSH, and Prompt Injection Risks
A detailed case study examines the challenges of running OpenClaw and Hermes AI agents together on a single VPS, connected via an SSH channel with forced commands. The author deployed OpenClaw as an orchestrator handling Telegram messages and Hermes as an executor for heavy tasks inside its own Docker sandbox. Multiple security misconfigurations were discovered, including Docker publishing ports directly to 0.0.0.0, ufw being removed during iptables-persistent installation, and repeated resets of gateway.bind to lan. The built-in security audit revealed a critical issue where Telegram groups allowed arbitrary command execution without an allowlist. Additional risks included context file injection that could propagate through the ACP bridge and UID conflicts caused by cloud image defaults. The experience highlights that AI agents require strict least-privilege controls because they interpret arbitrary text as potential instructions.
OpenClaw AI Assistant Compromised via WhatsApp: Three Critical Vulnerabilities Allowed Credential Theft, Sandbox Escape, and Arbitrary Code Execution on Host
Security researchers discovered three high-severity vulnerabilities in OpenClaw that could let attackers steal credentials, escalate privileges, and execute arbitrary code on the host system running the AI assistant. Two flaws rated 8.8 on the CVSS scale stemmed from incomplete command filtering that failed to block dangerous inputs, while a third issue rated 8.4 enabled sandbox bypass by mounting parent directories such as /home or /var. The weaknesses potentially exposed sensitive data in ~/.ssh, ~/.aws, and ~/.gnupg, and even allowed attackers to reach the Docker socket for full host escape. Notably, the attack could be triggered remotely through an external WhatsApp message without any prior system access, according to researcher Chinmohan Nayak. All issues were patched in OpenClaw version 2026.6.6, and users are urged to update immediately while tightening sandbox and tool permissions.