360 launches the first comprehensive OpenClaw deployment guide on the entire network.

Recently, the open-source AI intelligent agent OpenClaw has quickly become popular on the internet, but it has also brought new security challenges. In response to these new security challenges, 360 Group has released the first domestic "OpenClaw Security Deployment and Practice Guide", providing systematic security references for government and enterprise organizations and individual developers. 360 pointed out that the closer the AI intelligent agent gets to being a "digital double", the greater its potential for destruction once controlled by an attacker, making it crucial to establish security mechanisms in the early stages of deployment. In the guide, 360 summarizes the various typical risks faced by current AI intelligent agents during deployment, including exposure of public network management interfaces, leakage of identity credentials such as API Keys, unauthorized access to underlying Shell tools, injection attacks of prompts, malicious poisoning of memory modules, risks of third-party skill plugin supply chains, and uncontrolled coordination of multiple intelligent agents. Among them, prompt injection and plugin supply chain attacks are considered the most easily overlooked but with significant harm as new attack methods. Once exploited, attackers may induce the intelligent agent to execute unexpected instructions or even control its behavior in the long term. In order to help enterprise teams and OPC entrepreneurs use AI intelligent agents while ensuring security, 360 proposes the principle of "control first, then improve" in the guide. For individual developers and small teams, the guide suggests avoiding running the intelligent agent directly with high privileges on the local machine, instead suggesting the use of containerization technology to build isolation environments and combining measures such as minimum privilege policies, key encryption injection, and prevention of tampering with critical configuration files to establish a secure operating foundation for OpenClaw, thereby effectively reducing risks without increasing complexity.