SafeClaw by Authensor

SafeClaw is a security tool that acts as a gatekeeper for actions taken by AI agents. It makes sure that AI agents only perform actions that are safe and approved. Before an AI agent can write to a file, run a command, or send information over the network, SafeClaw checks if the action is allowed based on a set of rules. If an action seems risky, SafeClaw asks the user for permission before it happens. This way, nothing runs without the user's clear agreement.

Benefits

SafeClaw provides peace of mind by ensuring AI actions are safe. It stops potentially harmful actions from running without your knowledge. The tool supports popular AI platforms like Claude and OpenAI. It offers a free option and its client software is open-source, meaning its code is publicly available for review. SafeClaw keeps your sensitive information like API keys and files on your own computer, only sending basic information about the AI's actions to the system for checking.

Use Cases

SafeClaw is useful for anyone using AI agents for tasks that involve interacting with their computer or the internet. This includes developers testing AI code, users automating processes, or anyone concerned about the security of AI generated actions. It can be used to manage file operations, execute code, and handle network requests made by AI agents, ensuring these actions are controlled and monitored.

Vibes

SafeClaw is described as an open-source, safe-by-default AI agent that gates AI actions. Users can install it using simple commands, and it works by routing AI tool calls through its gateway for safety checks. The system allows actions to proceed, be denied, or require approval, with sensitive data remaining local.

Additional Information

SafeClaw features a browser dashboard for setup, task management, and policy editing. Its policy engine allows for detailed rule creation and simulation. An audit ledger records all actions for review, and analytics provide insights into AI usage and costs. For added security, it offers container mode, mobile notifications, and offline caching. The system is designed with a strong security model, including deny-by-default rules and protection against various online threats. Configuration files are stored locally, and the system defaults to denying actions if its control system is unavailable.