Edge AI Compute for DDIL Operations and Theater Headquarters
C-17 transportable. T-SCIF deployable at delivery. ICD 705 roadmap. Cryptographic sovereignty where the warfighter operates.
Outcomes that buyers in defense care about
- Deploy 50 to 250 kW per rack at the tactical edge
- Maintain compute through denied, degraded, intermittent, and limited links
- Hold all cryptographic keys; zero vendor access to plaintext
- Modular expansion to roughly 2 MW across 8 units in theater
What is pushing the decision
The modules that carry the load in defense
Sovereign Thermal Management Unit
Immersion cooling eliminates CRAC; 44.5% less power and 60% less water versus air or DTC cooled equivalents. CPU and GPU immersed in dielectric fluid reduces noise 80%, eliminates dust, cuts maintenance, and extends server life 2x.
OSI L1
Passive RF Intelligence Layer
Continuous passive wireless spectrum monitoring; TEMPEST pathway.
OSI L1-L2
Sovereign Network Isolation Layer
Hardware Zero Trust microsegmentation and network cloaking across all four physical and data link layers; NSA CSfC Certificate 4969 lineage; FIPS 140-2 validated.
OSI L1-L4
Hardware Telemetry Engine
Neuromorphic edge processing; hardware anomaly detection at the silicon layer.
OSI L1
Edge Inference Module
On-device BYOM LLM inference; zero cloud API dependency; air-gap capable.
OSI L6
Auditable Reasoning Intelligence Module
Fact-verified AI reasoning; no hallucinations; isolated per-tenant models; sovereign audit ledger for every inference.
OSI L6
ERVault for Defense
The Defense white paper covers deployment timeline, compliance mapping, and ROI summary in 12 to 18 pages. We email the PDF the moment you submit.