Dynamic, identity-aware, and secure Sandbox auth

As AI language models and frameworks like OpenCode and Claude Code continue to evolve, they are increasingly deployed in sandboxed environments to ensure security, speed, and control when interacting with various digital platforms. Sandboxes offer a secure space where potentially untrusted agents can operate without compromising the host machine, and they can quickly load and restore states. A notable advancement in sandbox technology is the introduction of outbound Workers, which act as programmatic egress proxies to facilitate secure and observable connections to external services, enhancing authentication capabilities. Traditional authentication methods for agentic workloads, such as API tokens and workload identity tokens, have limitations in security and integration flexibility, leading to the development of more dynamic solutions like custom proxies. Outbound Workers enable a zero-trust model by injecting credentials during requests without exposing them to the workload, and they integrate seamlessly with the Cloudflare Developer Platform, allowing for dynamic and flexible access controls across services. This approach minimizes latency and enhances observability, providing a robust framework for managing authentication and authorization in sandboxed environments.