FALCON
HYBRID COTS COMPUTER
Integrated with the latest high performance compute engines and graphics engines
MISSION READY HARDWARE
RAPTOR
VNX+ MISSION CRITICAL INTEGRATED SYSTEM
Compact, rugged embedded computing for mission critical aerospace and defense
NETSPYDER CA
ULTRA-SMALL MANAGED SFF ETHERNET SWITCH
Lightweight fanless conduction cooled high performance ruggedized network switch
UNICORN/RHINO SERIES
CONVECTION/CONDUCTION COOLED ATR
Constructed to provide optimize cooling for high density electronic systems
HERITAGE
BUILT ON
BUILT ON
PROVEN
ENGINEERING
Backed by Trident Infosol
Tekdense is founded on Trident Infosol’s proven defense engineering heritage-delivering rugged, SWaP-optimized compute platforms for mission-critical defense and aerospace programs
Learn more about our heritage →COMPUTE PLATFORMS
Tekdense delivers rugged, SWaP-optimized computing solutions built to
perform at the tactical edge—across airborne, ground, naval, and industrial mission environments
AVIATION & AIRBORNE
Mission SWaP-optimized computers for avionics and unmanned aircraft
TRANSPORTATION
High-performance compute for land mobility platforms
SPACE
Reliable platforms for extreme space missions
GROUND COMBAT
Rugged compute for vehicles and tactical systems
NAVAL & MARITIME
High-reliability compute for maritime platforms
SCIENTIFIC
High Performance compute for scientific applications
INDUSTRIAL IoT
Smart, resilient compute for industrial connectivity
MOBILITY
Reliable compute on the move
ENGINEERED FOR THE EXTREME
Rugged computing platforms engineered for integrated defense, aerospace, and harsh industrial applications
High Performance Computing
Advanced Intel and NVIDIA architectures enabling high-throughput processing for mission-critical systems
Rugged and Reliable
Qualified to MIL-STD standards, engineered for continuous operation in extreme environmental conditions
SWaP-C Optimized
Optimized for minimal size, weight, power, and cost while sustaining high-density compute performance
Modular & Customizable
Modular, compact system architecture supporting mission-specific configurations and future scalability