ARX Compute Pods™

100kW+ High-Density GPU Pods with ArcGuard™ AI Safety

Bio-climatic modular sovereign AI data center pods engineered for 50kW–120kW+ per rack. Features ARX-CPC™ passive chimney pre-cooling, ARX-DCB™ ArcGuard™ sub-195µs AI arc-flash interruption, Ed25519-signed sub-metering, and ICD 705 SCIF shell.

Launch Live ApplicationWorkspace: packages/arx-arcguard-poc

Execution Runtime

Embedded RTU / Silicon Carbide (SiC) Hardware Controllers

Security Boundary

ICD 705 TEMPEST Shell / MIL-STD-188-125 HEMP Isolation

Network Egress

Ed25519 Signed Micro-RTU Enclave

Performance SLA

<195µs Arc-Flash Trip / <155ms Thermal Bypass CDU Reroute

Overcoming the Thermodynamic Wall & Arc Flash Hazard at 100kW+ Rack Density

Modern trillion-parameter AI models demand extreme power density (50kW–120kW+ per rack), making legacy mechanical air chillers thermodynamically inefficient and costly while risking catastrophic electrical arc flash fires within milliseconds.

ARX Compute Pods unify earth-tube pre-cooling with a 4.5m aerodynamic venturi chimney architecture (ARX-CPC™, USPTO #64/133,398) to eliminate parasitic chiller load, while ArcGuard™ utilizes 1MHz waveform sampling and AI multi-criterion hazard scoring to clear 3,000A DC busways in under 195 microseconds.

Verified Specifications

ARX-DCB™ ArcGuard™: <195µs SiC solid-state breaker interruption

ARX-CPC™: 3.5m earth-tube & aerodynamic chimney passive pre-cooling

ARX-MTM™: Per-rack kW/ultrasonic heat-flux Ed25519 signed invoices

ARX-SCIF™: 100dB–130dB attenuation across 10kHz–18GHz (ICD 705 / MIL-STD-188-125)

ARX-TBV™: 155ms CDU failover matrix restricting thermal spikes to <0.355°C