The V2X Resiliency Program Initiative™ (VRPI) brings integrated, smart, secure, and energy-efficient technologies and capabilities to the military installation of the future. As part of our converged environment program, VRPI combines engineering and digital integration programs to ensure that future installations directly benefit the warfighter. Solutions created under VRPI include a 5G testbed, Internet-of-Things hub, and the Installation of the Future, which integrates power generation, power distribution, building automation, wastewater treatment, and lighting.
The M5 RIPSAW is a 5th generation unmanned vehicle featuring robotic control, hardened wireless connection, scalable armor, and 360-degree perception for advanced tactical support.
The RS2-H1 is a hybrid diesel-electric ground vehicle, capable of zero-turn radius, offering modular mission integration, offloading power capabilities, and "follow-me" autonomous control.
SNC’s tactical solutions include rugged hardware and open architecture software built for interoperability with other tactical and special operations systems.
UCARS provides automatic launch and recovery of UAVs under shipboard conditions, with stabilization equipment to manage adverse weather and maintain superior control.
SNC’s Launched Effects platform is designed for penetration of enemy defenses, supporting ISR missions and Precision Fires with adaptable and cost-effective solutions.
SNC leads in the development and integration of unmanned aerial and system technologies, supporting comprehensive command/control and counter-UxS capabilities across domains.
This component provides the capability to select a route or designate an area to survey. The algorithm determines an optimum flight plan to keep the unmanned aerial vehicle (UAV) within defined airspace restrictions, avoid terrain, and gather the designated imagery based on pertinent characteristics (i.e. dwell time, image overlap, object detection size, etc.). The component outputs a STANAG 4586 compliant flight plan and a series of payload commands that can be sent to the UAV for execution.
USVs by Serco facilitate marine investigations with open architecture for sensor integration, real-time remote control, and visual display capabilities.
Lightweight and portable AUVs designed by Serco for efficient underwater surveys, featuring communication systems, basic navigation sensors, and optional payload modules for enhanced capabilities.
The Pocket Laser Rangefinder PLRF 25C offers snipers/spotters, marksmen and forward observers reliable and high-class performance for combat operation. It masters the most extreme conditions and allows enhanced connectivity: RS232, multi-point Bluetooth®, GPS.
Combat proven, the Sigma 95 inertial and hybridized navigation system family ensures the required performance and accuracy for the most advanced military fighters, combat helicopters, UAVs and tactical aircraft.
