Blast Radius Zero: Sandboxed AI Execution

We design Blast Radius Zero as a robust, production-grade security framework engineered to neutralize runtime risks associated with autonomous AI agents and automated execution loops. Addressing critical challenges in agent safety, the platform implements sandboxed code execution environments, advanced proxy filtering, and secure browser isolation mechanics. Built around the core philosophy that "an agent that only chats is a demo; an agent that executes safely is a product," Blast Radius Zero enforces rigorous runtime boundaries. It integrates seamlessly with the withnative/native local-first engine and Model Context Protocol (MCP) server backbone, empowering developers to supervise, customize, and orchestrate agent workflows with complete data and context ownership. The architecture completely decouples the reasoning control plane from the data execution plane. Agent-driven tasks run inside ephemeral, disposable Docker containers hosted on Vultr infrastructure. By enforcing strict lifecycle discipline (destroying and resetting environments immediately after each task), aggressive resource capping (CPU/RAM thresholds and TTL limits), absolute secret hygiene (stripping long-lived credentials from sandboxes), and real-time WebSocket telemetry loops, Blast Radius Zero guarantees a zero-trust containment zone. It transforms vulnerable, prompt-engineered agent prototypes into secure, production-ready execution pipelines.