Rasp Air-Gapped: Runtime Protection Without Network Dependence

Rasp Air-Gapped isn’t a theory. It’s a deployment model that strips attack surfaces down to the bone. Code runs where you need it, but nothing leaves the perimeter you define.

Air-gapped systems have one job: isolate. Rasp locks runtime protections inside that isolation. When combined, they create a shield that is not dependent on trust in the network. This is the difference between ordinary secure hosting and Rasp Air-Gapped—the latter survives failure of every other control.

Rasp monitors application behavior in real time. It stops injections, zero-days, and memory exploits without calling home. In an air-gapped environment, those protections stay local. No overhead from cloud calls. No side channels. No outbound logs. Everything is instrumented on-prem, inside sealed infrastructure.

Deployment is direct. Install the Rasp agent into your build. Configure policies with hardened defaults. Connect it to local orchestration. Rasp Air-Gapped integrates with containers, VMs, and bare metal. It works with critical workloads that compliance rules forbid from touching external networks.

Performance stays high because security logic runs inline. The air gap is physical, the protection is digital, and the two reinforce each other. Engineers can audit every piece of the runtime stack without chasing unknown dependencies.

Rasp Air-Gapped is used for environments that cannot afford a breach: defense systems, regulated finance cores, healthcare records, industrial control networks. In each case, the principle is the same—remove remote access, keep runtime protection close to the CPU.

If your current deployment still depends on external threat feeds or cloud policy servers, it is not truly air-gapped. Rasp Air-Gapped makes that independence possible without sacrificing active defense.

See Rasp Air-Gapped in action with hoop.dev. Build, deploy, and lock down your runtime—then watch it run live in minutes.