AI at the Tactical Edge
Artificial Intelligence is rapidly becoming a core element of defense systems across all mission environments including land, air, and sea. These applications require the highest possible performance deployable in the harshest conditions. AI will be critical in coping with the huge data flows being acquired from sophisticated sensor networks and converting this to actionable intelligence in real time. The latency involved in relying on remote datacenters is unacceptable in these situations. These systems are located in harsh environments but require the highest levels of reliability and security along with the latest in CPU, GPU, data ingest, and storage technology. The military theater of tomorrow is one that will demand “AI transportability” at every node.
Use Cases
Our products can be customized to deliver no-compromise AI performance in challenging environments with a wide range of cooling, power and ruggedization requirements. Learn about our solutions for land, sea and air.
C5ISR
Accelerate the flow of information across the battlefield with edge computing solutions that support real-time intelligence gathering, sensor fusion, communications, and mission execution.
C2
Turn raw data into actionable tactical decisions and provide commanders with a real-time picture of the battlefield using our hyperconverged compute infrastructure.
Modeling & Simulation
Enable full-scale, zero-latency training simulators using our mobile, transportable architectures packed with incredible server densities and ultra-high-speed memory fabric.
SIGINT & EW
Eliminate the data ingestion bottleneck with our low-latency PCIe switch fabrics that create a direct path from the sensor card to the storage array or GPU memory.
Autonomy
Run complex AI navigation models with our compact, lightweight form factors that are ruggedized to survive extreme shock and environmental stress.
IAMD
Defend against hypersonic tracking threats using localized sensor fusion. Our high speed PCIe architectures deliver data center compute for tactical inference at the contested edge.
Contact Us
Contact us to find the specific solution that meets your unique environmental and computational requirements.