Enterprise strategies for running agents behind mandatory proxy controls. In high-stakes environments, ungoverned egress is not an option. Data sovereignty requirements, intellectual property protection, and internal risk policy all demand that outbound traffic flows through a single enforceable checkpoint.
Defining Air-Lock
Air Lock is a controlled connectivity model, not open internet access. Agents run in isolated containers while requests are funneled through a policy proxy with explicit allowlists. This preserves operational flexibility while keeping every external call observable and governable.
"If it bypasses policy enforcement, it is not production-safe."
Wiring the Runtime
Secure deployment starts with hardened execution defaults: dropped capabilities, constrained memory, read-only root filesystems, and explicit proxy environment variables. The runner enforces these settings at launch so agents cannot silently bypass network and safety policy.
Operating in Restricted Environments
When external access is limited, simulation routing keeps workflows testable. Known domains can be redirected to local mocks, allowing teams to validate behavior without touching live systems. This makes safety tests repeatable before production deployment.
Conclusion
Air Lock is not just a proxy setting; it is an architectural control plane. With the right enforcement patterns, teams gain the benefits of advanced agents without surrendering governance.