Hardware · Enclave
Sovereign Bare Metal
TEMPEST-aware racks, HSM clusters, and GPU enclaves that never join public cloud control planes.
CloudCAN designs sovereign compute enclaves for defense and public-sector missions—on-prem, classified-ready stacks with cryptographic isolation and offline AI inference.
$ cloudcan harden --mode=airgap --clearance=sovereign
[OK] External egress interfaces sealed
[✓] HSM-backed key ceremony complete
[OK] Offline model weights attested
[✓] Radar telemetry bus encrypted (AES-256-GCM)
$ status — AIR-GAPPED // ZERO-LEAK
▸ awaiting operator input
Zero Leak
Egress Policy
Physically air-gapped planes
99.999%
Mission Uptime
Redundant sovereign nodes
< 5ms
Local Inference
On-prem GPU enclaves
[ Flagship Architecture Matrix ]
Full-stack engineering mapped to your industry's physical and digital control planes.
Hardware · Enclave
TEMPEST-aware racks, HSM clusters, and GPU enclaves that never join public cloud control planes.
Firmware · Crypto
Radar, SIGINT, and IoT buses terminate in mutual-TLS meshes with rotating session keys and offline CRL updates.
Software · AI
Offline MLOps: signed model artifacts, red-team eval harnesses, and human-in-the-loop release gates for mission AI.
[ Live Systems Telemetry ]
A rotating radar sweep scans a secure perimeter while cryptographic hex nodes pulse lock status—[STATUS: AIR-GAPPED // ZERO-LEAK].
[ De-Siloing Protocol ]
Modernize classified and FOUO systems without exposing them to SaaS sprawl. We bridge legacy C2 and records platforms into sovereign edge fabrics.
| Legacy Monolith | CloudCAN Bridge | Modern Edge Plane |
|---|---|---|
| Siloed C2 / SCADA consoles | One-way diode + protocol adapters | Unified mission data fabric |
| Air-gapped USB update rituals | Signed offline transfer kits | Attested model & patch pipelines |
| Vendor lock-in analytics stacks | Sovereign inference runtimes | On-prem LLM / CV mission kits |
| Paper / shared-drive compliance | Immutable evidence vaults | Automated ATO evidence packs |
[ Sovereign Security ]
Built for environments where a single egress event is unacceptable.
[ 12-Week Engagement Framework ]
Phase 01 · Weeks 1–4
Threat model, systems inventory, edge topology design, CI/CD scaffolding, and zero-trust network blueprints signed off by principal engineers.
Phase 02 · Weeks 5–8
Firmware, middleware, and API surfaces land on production-grade hardware. Observability, failover, and sovereign data planes go live in staging.
Phase 03 · Weeks 9–12
Chaos and load validation, compliance evidence packs, runbooks, and full knowledge transfer to your internal platform team.
Initiate discovery with CloudCAN’s defense engineering principals. We scope air-gap topology, crypto keying, and offline AI readiness.