Defense communications operate across crowded spectrum and rely on receivers that can work with existing electronic warfare and tactical radio systems.
At the Army C5ISR NetModX23 assessment, Infleqtion demonstrated its quantum RF receiver in open-air tests with EW and SINCGARS systems.
Modern military networks need broad spectrum awareness, receiver sensitivity, and interoperability without multiplying hardware for each frequency band.
HF-SHF
Demonstrated sensitivity range
2
Existing system types integrated
Quantum Spectrum was tested at Joint Base McGuire-Dix-Lakehurst and integrated with a leading electronic warfare sensor and SINCGARS tactical radio.
Coverage - Sensitivity from HF through SHF.
Integration - EW sensor and tactical radio.
Setting - Rural open-air tests and demonstrations.
The evaluation demonstrated receiver sensitivity across a broad spectrum range and interoperability with two established military system types.
The assessment moved Quantum Spectrum beyond a laboratory concept by testing how a quantum RF aperture and receiver can fit within modern defense communications infrastructure.
Case Study
Real-world applications demonstrating quantum advantage
AI & ML
Context Dense, dynamic RF environments produce high-throughput data that is difficult to interpret, store, and transmit quickly enough for mission-critical decisions. Overview…
National Security
Context Traditional RF receivers face constraints in tuning range, interference resilience, sensitivity, and the amount of hardware required across frequency bands. Overview…
Talk with our team about the quantum systems and software that fit your mission, infrastructure, or research priorities.
