A single co-site transmitter or adversary jammer can blind an AI-driven command system before it processes a single packet. AIMS fixes that — in under a microsecond, with no reference signal required.
The DoD’s vision for JADC2 and autonomous warfare depends on a continuous, high-quality data flow. In a clean lab environment, AI delivers. In a contested electromagnetic environment, it fails — not because the algorithms are wrong, but because the RF front end feeding them is overwhelmed.
Two distinct failure modes destroy data integrity before AI ever enters the picture:
The result: your AI investment delivers zero decision advantage precisely when it is needed most.
Developed over more than a decade and validated with the U.S. Navy, AIMS (Agile Interference Mitigation System) is a high-performance analog hardware solution that restores signal integrity where digital-only systems fail.
AIMS provides the clean RF environment that AI and machine learning algorithms require to function. It achieves levels of dynamic range and resilience fundamentally unattainable with conventional digital architectures — operating instantly, autonomously, and without requiring a reference sample of the interfering signal.
AIMS sits between the antenna and the receiver, acting as an adaptive front-end shield that protects both the radio hardware and the downstream AI processor from saturation and distortion.
AIMS continuously monitors the full spectrum, autonomously identifying threats — including frequency-hopping jammers and co-site transmitters — and deploying frequency-agile, extremely high-Q notch filters in response.
Programs requiring resilient RF transport to keep AI-driven command and control systems operational inside Electromagnetic Denial zones, where adversary jamming is deliberate and persistent.
Developers of unmanned platforms — air, ground, and maritime — that depend on clean sensor data and unbroken command links for safe, effective autonomous operation.
Integrators who must sustain high-speed data throughput while simultaneously operating high-power jammers in the same frequency environment.
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