Nvidia Jetson and DGX Spark AI Computing Platforms
Tactical AI Computing Platforms

NVIDIA GPU AI computers are purpose-built to support demanding AI workloads across defense, counter-UAS, autonomous, and C4ISR applications where…

AI Autonomy & Sensor-Fusion Architecture for Next-Generation USV Fleets
Intelligent Autonomy & Sensor-Centric Architecture for Next-Generation USV Fleets
Unmanned Surface Vehicles (USVs) are rapidly evolving from remotely operated platforms into fully autonomous, multi-sensor, AI-enabled naval assets.…
7STARLAKE servers for ELINT Operations
The Role of Modern Hardware in ELINT Operations

Introduction

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Automated Guided Vehicle (AGV)
Automated Guided Vehicle (AGV)

 

7STARLAKE RPV20 Autonomous Robotic Patrol Vehicle ARPVs
The Next-Gen Autonomous Robotic Patrol Vehicle RPV20 for Defense and Smart Infrastructure
Defense forces and critical-infrastructure operators are turning toward autonomous ground systems to enhance situational awareness, operational…
7STARLAKE RedHawk RTOS Solution
7STARLAKE RedHawk™ RTOS Solutions
The convergence of ruggedized servers and RedHawk™ RTOS represents a significant step toward extending supercomputing-class capabilities to the field…
RedHawk™ on ARM Architecture
Introduction

RedHawk™ Linux, developed by Concurrent Real-Time, is a deterministic real-time…

RedHawk™ on X86 Architecture
Introduction

Modern warfare demands speed, precision, and reliability—especially in …

Airborne Modular Computer
Airborne Modular Computer (PCIe/104)
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Sensor Fusion AI Computing Solutions
Sensor Fusion AI Computing Solutions
This white paper provides an in-depth analysis of the IV320 and  AV710, NV200 and NV300 HPC systems, highlighting their advanced technical…
Tactical XEON-D GPU Workstation
Tactical XEON-D GPU Workstation
C5ISR (Command, Control, Communications, Computers, Cyber, Intelligence, Surveillance, and Reconnaissance) is essential in modern battlefield…