Intelligence, Surveillance and Reconnaissance
Turn increasing volumes of sensor data into actionable intelligence
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Modern airborne, maritime, and ground-based ISR platforms collect vast volumes of high-definition video, synthetic aperture radar (SAR), hyperspectral, and Signals Intelligence SIGINT data. Moving and exploiting this information in real time requires server-class compute density and multi-gigabit network throughput, all packaged within tight platform SWaP-C constraints.
Relying on constrained RF downlinks to send raw data back to base introduces severe delays. Mission success requires processing and exploiting sensor streams locally, right at the tactical edge.
Concurrent delivers high-performance 3U VPX computing architectures that combine Intel® Xeon® 6 server-grade processing, high-speed 100GbE switching, and adaptive AMD Versal® FPGA acceleration. Aligned with the SOSA® Technical Standard, our modular systems provide the bandwidth, security, and processing power required to deploy advanced multi-sensor exploitation quickly and reliably.
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Explore how we can help bring faster, trusted decision-making into your platform.
Built for high-throughput sensor processing
ISR operations depend on the ability to ingest, route, and analyse massive data streams from complex sensor suites rapidly enough to support automated target tracking, onboard analytics, and immediate tactical decision-making.
Our rugged systems and architectures enable:
High-throughput sensor and mission data processing directly on board the platform
High-speed optical integration across wideband radar, electro-optical, and infrared sensor payloads
AI-enabled sensor exploitation and automated target recognition (ATR) to reduce analyst workload
Secure Red/Black network separation across shared high-speed switching hardware
Adaptive FPGA acceleration for high-rate digital signal processing and front-end sensor filtering
SOSA® aligned modularity that simplifies cross-fleet deployment and future capability insertions
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Featured products
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Kratos (TR NAx)
Rugged SOSA aligned compute-intensive plug-in card with a 32/20-core Intel Xeon 6 processor, 256GB DDR5, 100GBASE-KR4 data plane and Gen 5 PCIe expansion, handling the most demanding data-centric mission workloads.
VPX
3U SOSA Aligned VPX
3U VPX Rugged & R&D Platforms
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Iris (FR 361)
Rugged 3U VPX Layer 2/3+ Ethernet switch plug-in card with separate 100Gbps data plane and control plane switching, aligned to SOSA, CMOSS and OpenVPX, for high-bandwidth mission-critical networking.
VPX
Ethernet, Switches and Networking
3U VPX Ethernet Switch
3U SOSA Aligned VPX
3U VPX Rugged & R&D Platforms
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New wave Design V6065
High-bandwidth optical I/O and FPGA acceleration 3U VPX module for sensor ingest, pre-processing, and data distribution at the edge.AMD Versal® Premium Adaptive SoC with FPGA fabric, ARM cores, and XMC expansion.
A high-performance architecture for ISR
Combining Kratos, IRIS, and the New Wave Design V6065 creates a high-performance 3U VPX architecture engineered to ingest, route, and exploit massive volumes of sensor data at the edge.
The V6065 integrates AMD Versal® Premium adaptive SoC technology with up to 300G of optical I/O and XMC expansion, delivering the FPGA acceleration needed for front-end sensor filtering and wideband digital signal processing. IRIS provides 10G, 40G, and 100G Ethernet switching across a dual-enclave architecture, routing massive data streams between payloads while maintaining hardware-enforced Red/Black network security separation. Handling the exploitation layer, Kratos delivers Intel® Xeon® 6 server-grade compute, 256GB DRAM, and PCIe Gen 5 connectivity to run intensive onboard analytics and automated target tracking without latency bottlenecks.
Together, these building blocks provide a high-bandwidth, open-systems pipeline from optical sensor ingest to server-grade compute, helping defence programmes turn raw sensor streams into actionable edge intelligence while maintaining strict SWaP-C and schedule control.
Talk to us about your ISR requirements
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