Nanometre Scale

Engineered at the nanometre scale to interact precisely with electromagnetic and thermal wavelengths across the relevant spectrum.

Coating Additive

Applied as an additive to existing coatings — no structural modifications required. Integrates into standard surface treatment processes on existing platforms.

Dual-Use

A single material system with both defence and civilian security applications. Adaptable across domains, platforms and operational requirements.

RCS Reduction

Reduces the radar cross-section of coated surfaces, decreasing the radar return signature of platforms, vehicles and structures across relevant frequency bands.

EM Radiation Reduction

Attenuates electromagnetic emissions from coated surfaces and enclosures, reducing the EM signature of platforms, vehicles and sensitive electronic systems in operational environments.

Thermal Signature Diffusion

Diffuses and manages thermal signatures, reducing infrared detectability of coated assets against IR-based sensing, targeting and surveillance technologies used across modern battlespaces.

Further Applications

The material system has potential across additional dual-use and defence applications currently under development. We are open to application-specific collaboration with Primes and procurement partners.

Defence-Native Development

Designed specifically for the requirements of Allied defence procurement — not adapted from civilian use. Requirements-led from the outset.

Patent Pending

The core nanomaterial system and methodology are covered by a patent pending filing, protecting the novel aspects of the technology as validation progresses.

NATO DIANA Selected

Selected for the NATO DIANA 2026 Accelerator Cohort — validating both the technology and the team against Allied defence and security requirements.

Allied Market Ready

Developed with Allied and NATO-aligned procurement frameworks in mind. Platform-agnostic and scalable across UK, European and transatlantic defence programmes.