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Hardware-in-the-Loop (HWIL)
U.S. Army Space and Missile Defense Command conceives and matures leap-ahead concepts and technologies to ensure military forces are combat-ready for future wars. To ensure Warfighter effectiveness, both offensive and defensive systems are tested and assessed in environments that replicate operational conditions.
Documents
Track Opportunity
DueRadio Frequency Spectrum Dominance
The DoD desires the capability to detect and counter emerging threats in the electromagnetic spectrum (EMS), providing warfighters with an enhanced understanding of their battlefield environment. The RFSD aims to collect and analyze RF signals to compare against a baseline environment, and automatically alert warfighters to anomalous signals.
Rapid Assured Microelectronics Prototypes (RAMP)
The United States Navy and Air Force, in support of the Office of the Secretary of Defense (OSD), is developing integrated circuit (IC) hardware and workflow prototypes that promote the use of assurance principles, feature protections, and correlation.
Electromagnetic Spectrum Predictive Modeling Prototype
The DoD desires innovative prototype solutions for predictive models that utilize novel approaches to analyze, forecast and identify multi-domain capability gaps related to Electronic Warfare (EW), Information Warfare (IW), Electromagnetic Spectrum Operations (EMSO), Electromagnetic Warfare (EMW), and Cyber Warfare.
Integrated Environmental Control and Power (IECP)
The Army desires to prototype, test, demonstrate, and assess Integrated Environmental Control and Power (IECP) technologies and capabilities, both dual-use and defense specific, based on advanced vector drive controls for vapor compression technology and solid-gas absorption technology (open and closed cycle) that have been demonstrated to at least the proof-of-principle level.
- 2020
- 2019
- 2018
Autonomous Strategic Force Protection Fiber Optic Sensor Network Prototype
The DoD desires innovative prototype solutions for an Autonomous Fiber Optic Sensor Network (A-FOSN), a passive opto-acoustic fiber optics sensor system that measures the micro strain of sound waves on continuous wave laser light utilized in a buried fiber optic cable array for detecting intruders into U.S. Navy ports.