Adaptive Neuro-Shield™ is a self-healing, frequency-adaptive composite designed for broadband electromagnetic attenuation. The platform spans 0.1 Hz through 100 GHz — a frequency range no single shielding material has previously addressed. At roughly half the areal density of copper-foil shielding, it is engineered for weight-critical defense, aerospace, telecom, industrial coatings, & medical applications where conventional EMI solutions cannot perform.
We are a single-inventor IP holder pursuing field-exclusive licenses, outright assignment, and consulting engagements.
We license each field separately to a single qualified partner — never bundled, never overlapping. Select your industry below to request a non-confidential teaser; full technical disclosure is available under signed mutual NDA.
Defense & Aerospace
Field-Limited Exclusive License
Broadband EMI/EMP shielding for UAV skins, avionics enclosures, cockpit coatings, and mission-critical electronics. Self-healing composite maintains integrity under thermal cycling, vibration, and mechanical stress. Frequency-adaptive damping extends from low-frequency neuro-relevant bands through 100 GHz radar/communications. Tunable response is engineered to pass friendly RF — including platform comms, GPS, IFF, and wearable medical telemetry — while attenuating hostile or interfering bands.
Durable, self-healing protective coatings with integrated EMI shielding and thermal-adaptive properties. Engineered for applications where conventional coatings are passive: building envelopes that reject ambient RF and stabilize interior signal environments, equipment housings that contain emissions from sensitive industrial controls, advanced paint systems for manufacturing facilities and healthcare environments where uncontrolled EMI degrades yield or interferes with sensitive instrumentation, and infrastructure hardening against directed-energy and EMP threats. Single-coat spray application; recoverable after mechanical damage.
Implantable and wearable shielding against biofrequency and RF interference. Selective 0.1–40 Hz damping for neural device housings; broadband RF protection up to 100 GHz in a flexible biocompatible-candidate matrix. Targets medical implants, EEG/ECG monitors, hearing aids, and wearable bio-shielding garments.
Frequency-adaptive shielding for next-generation wireless infrastructure. Real-time impedance tuning in the 240–380 MHz ENZ band. Sub-THz performance targeting 6G research roadmaps. Targets 5G/6G base stations, mmWave handsets, antenna isolation subsystems, and IoT smart-enclosure systems.
ANS Composite grants exclusive, field-limited exclusive, and non-exclusive licenses to qualified partners. Full technical specifications, Provisional Patent Application number, and draft license terms are available under mutual NDA. Qualified inquiries receive an expedient response.