Defense & Sovereignty DefenseTech Prime • 6 min read

Operating Autonomous Microservice Meshes in Completely Disconnected Air-Gapped Environments

How a mission-critical defense contractor achieved modern GitOps continuous delivery, automated rollouts, and eBPF security observation inside secure, internet-isolated bunkers with zero external telemetry egress.

100%
Air-Gapped Zero-Telemetry Leak
FedRAMP
High & IL6 Architecture Ready
12 min
Full Cluster Bootstrap Time
0
External Dependencies Required
Corporate Towers
Air-Gapped Kubernetes Mesh // Classification: Top Secret Local Consensus Active

The Challenge: Modern DevOps in Internet-Free Bunkers

Air-gapped facilities cannot connect to public SaaS dashboards, external container registries, or third-party monitoring vendors. Most modern cloud platforms simply break without continuous phone-home licensing checks and SaaS dependencies.

The Solution: PulseFlow Enterprise Sovereign Control Plane

PulseFlow was packaged as a standalone, self-sufficient distribution bundled with local vector embeddings, embedded telemetry databases, and air-gapped license keys:

  • Offline Tarball Registries: PulseFlow provisions local mirrored Harbor registries with cryptographic verification.
  • Local Autonomous AI Agents: Self-healing models run on local quantized on-prem inference nodes without WAN access.
  • Hardware Cryptographic Dongle Attestation: TPM 2.0 security chips validate all binary digests before execution.
"PulseFlow is the only modern cloud platform that gave us modern GitOps velocity inside an air-gapped facility. It runs entirely offline without sacrificing any automated rollback intelligence."
— Commander R. Vance, Program Manager

Quick Facts

Environment
Air-Gapped Bare Metal + OpenShift
Compliance
DoD Impact Level 5/6, FedRAMP High

Have Sovereign Requirements?

Explore PulseFlow's air-gapped deployment packages for VPC and classified workloads.