Tomás Echeverría

Sandboxing MCP servers prevents malicious code from stealing credentials and accessing your files.

AI agents need stronger isolation than Docker containers were designed to provide.

Infrastructure that scales sandbox capacity to match hundreds of concurrent AI agents.

Production agents need snapshot and fork to avoid rebuilding state on every iteration.

Cold-start costs and idle compute now force teams to size pools deliberately instead of guessing.

Hardware isolation replaces software policy for untrusted AI-generated code.

Making the main executable randomizable closes the final gap in memory defenses.

Testing sandbox APIs requires adversarial strategies, not standard API methods.

RASP catches runtime execution threats that WAF can't see, but neither alone secures AI endpoints.

Catch infrastructure misconfigurations before sandbox code runs live.

AI-generated code fails security checks faster than DAST can scan deployments.