The US Army has distinguished SRC as one of the six winners in its FUZE xTech competition, an initiative aimed at promoting technological innovation within the military. This recognition stems from SRC’s innovative artillery-shell-delivered modular electronic and cyber warfare system, known as Silent Impact. The program operates in collaboration with the Joint Innovation Outpost and the 101st Airborne Division, focusing on elevating emerging technologies for military applications.
Silent Impact is engineered for stratospheric deployment, operating at altitudes between 6 to 31 miles (10-50 kilometers). This capability allows it to execute long-range electromagnetic effects in environments where traditional systems struggle with limited reach. Kevin Hair, President and CEO of SRC, highlighted that this recognition underscores the company’s commitment to developing mission-relevant capabilities that correspond with the evolving needs of the Army.
The Silent Impact system functions by delivering cyber electromagnetic attack payloads. This innovative technology blends electronic warfare—specifically, the jamming or spoofing of radio frequencies—with cyber warfare tactics, such as network infiltration, aiming to disrupt enemy systems effectively. The payload is delivered through a standard 155mm artillery shell, which deploys in-flight using parachutes. This design not only allows the system to remain airborne for extended periods but also enables it to operate effectively after landing.
In addition to its offensive capabilities, Silent Impact also offers non-traditional intelligence, surveillance, and reconnaissance (ISR) functions. The system can detect and exploit adversary networks in contested environments, thereby enhancing situational awareness and operational effectiveness.
As part of the next phase in the FUZE xTech program, SRC is set to showcase Silent Impact to the 101st Airborne Division and Department of Defense stakeholders during the upcoming “Week of the Eagles” at Fort Campbell, Kentucky. This demonstration is a precursor to future US Army experimentation events, allowing SRC to highlight the potential applications of their technology in real-world scenarios.
The FUZE xTech program aims to identify and accelerate dual-use technologies that enhance soldier readiness and mission effectiveness. It further seeks to facilitate industry engagement with Army stakeholders while establishing pathways for operational transition. Through initiatives like this, the Army continues to explore innovative solutions that will bolster its capabilities in an increasingly complex operational landscape.
