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Mobile Data Center

The Mobile Data Center (MDC) is a self-contained, vehicle-borne command-and-control platform purpose-built for expeditionary air-defense operations. Its modular subsystems drop seamlessly into mini-trucks, armored personnel carriers, shelters, or tents—delivering datacenter-class computing and resiliency wherever the mission demands.

With the Mobile Data Center, defense forces gain a rapidly deployable, all-weather nerve center that fuses sensors, analytics, and decision support—delivering enterprise-grade performance at the tactical edge.

Expeditionary command-and-control platform

The Mobile Data Center (MDC) is a self-contained, vehicle-borne command-and-control platform purpose-built for expeditionary air-defense operations. Its modular subsystems drop seamlessly into mini-trucks, armored personnel carriers, shelters, or tents—delivering datacenter-class computing and resiliency wherever the mission demands.

All-weather tactical nerve center

With the Mobile Data Center, defense forces gain a rapidly deployable, all-weather nerve center that fuses sensors, analytics, and decision support—delivering enterprise-grade performance at the tactical edge.

Ruggedized, low-SWaP chassis

Lightweight construction meets IP-65 ingress protection and MIL-STD-810G shock, dust, humidity, and vibration standards—surviving the world’s harshest environments without performance loss.

Extended temperature envelope

Certified components operate and store across wide thermal ranges, enabling 24/7 availability from desert heat to arctic cold.

Redundant Ethernet fabric

An embedded, dual-path Layer 2 switch maintains data and sensor connectivity even if a link or module fails.

Integrated Communication Controller

Multi-bearer interfaces (HF/UHF/VHF, GSM/WCDMA, satellite, fiber, Ethernet) provide autonomic route selection and encryption, keeping command links online in contested RF conditions.

Pre-hardened Linux stack

Factory-configured OS and security baseline slash deployment time, while open-source tooling simplifies lifecycle sustainment.

Scalable compute & storage pods

Hot-swappable modules let crews expand processing or add specialized accelerators (GPU/FPGA) without re-cabling the platform.

Energy-efficient design

Optimized power distribution minimizes generator load and extends silent-watch operations when running on batteries.