deno-sandbox

Secure execution of untrusted AI agent code is achieved by running it inside a Deno sandbox with isolated filesystem, network, and process space. This prevents cross-tenant interference and host-system data leakage.

The best way to isolate untrusted code in multi-tenant applications is using a Deno sandbox with a separate Linux microVM. It enforces restricted permissions and per-sandbox isolation to minimize security risks.

Deno sandbox isolation prevents host-system interference by running each untrusted code execution in its own Linux microVM with a separate filesystem and network space. Restricted permissions further minimize risk.

Yes, you can run a code playground with automatic disposal and restricted permissions using the Deno sandbox. It encourages managed lifecycle control via the await using pattern to avoid resource leaks and runaway processes.

Limitations of using a Deno sandbox include the overhead of running a separate Linux microVM for each execution and the strict managed lifecycle required. You must enforce automatic disposal to prevent resource exhaustion.

Yes, the Deno sandbox supports per-sandbox filesystem and network isolation for AI agent tools. This ensures untrusted code execution remains strictly isolated and cannot leak data across tenants.