NATO DIANA Communications and electromagnetic Companies

Türkiye · 2026 cohort

Develops resilient autonomous communications for tactical UAV operations in GNSS-denied environments.

United Kingdom · 2026 cohort

Develops modular, resilient battlefield communications using decentralised fibre-optic network architecture.

United Kingdom · 2026 cohort

Develops infrastructure-independent mesh communications hardened with post-quantum cryptography.

Belgium · 2026 cohort

Enables encrypted computing to process sensitive data in contested environments.

Denmark · 2026 cohort

Develops continuous-variable QKD hardware designed to integrate with existing fibre-optic infrastructure.

United States · 2026 cohort

Develops plasma-enhanced, electrically small antennas for resilient decentralised communications.

Germany · 2026 cohort

Provides resilient post-quantum 5G infrastructure for contested and disaster environments.

United Kingdom · 2026 cohort

Develops cognitive 5G/6G with integrated access, backhaul, and positioning, navigation & timing.

United States · 2026 cohort

Develops an ultra-small-form-factor, dual-port, dual- band S- and C-band MIMO antenna.

United Kingdom · 2026 cohort

Develops secure edge infrastructure for autonomous communication and AI coordination.

United Kingdom · 2026 cohort

Develops quantum-safe, decentralised multi-domain communications for space and defence missions.

Canada · 2026 cohort

Develops intelligent, adaptive and resilient 5G payload for mobile ad hoc networking.

Canada · 2026 cohort

Develops photonic beam-forming technology for secure, high-bandwidth free-space optical communications.

Poland · 2026 cohort

Develops automated vulnerability research and security assessment tools for defence software.

Germany · 2026 cohort

Develops hardware-enforced endpoint protection preventing remote cyber compromise.

Sweden · 2026 cohort

Develops diamond spin-based rugged sensors for navigation across land, sea and space.

United Kingdom · 2026 cohort

Combines AI with a quantum dynamic engine to analyse contested electromagnetic environments.

United States · 2026 cohort

Develops electromagnetic protection and countermeasures for 21st-century drone warfare.

Italy · 2026 cohort

Develops navigation technology for operation in contested electromagnetic environments.

Greece · 2026 cohort

Develops edge-point adaptive antenna beamforming for contested electromagnetic environments.

Spain · 2026 cohort

Develops LEO-based electromagnetic intelligence for sovereign situational awareness.

Estonia · 2026 cohort

Develops precision-engineered, rare-earth-free magnets for electromagnetic applications.

Luxembourg · 2026 cohort

Develops secure data-link solutions for contested and congested electromagnetic environments.

France · 2026 cohort

Develops light-based, unjammable connectivity for stealthy drone operations.

Poland · 2026 cohort

Develops secure, long-range radio communications for defence drones.

Italy · 2026 cohort

Develops OAM tunnel communications through jammed battlefields.

Canada · 2026 cohort

Develops quantum-resistant authentication and anti- spoofing for PNT systems. † Also selected in the 2025 cohort (Data & Information Security challenge).

United Kingdom · 2026 cohort

Develops wideband communications and sensor payloads for contested EM environments.

United States · 2026 cohort

Develops resilient, GNSS-free navigation for assured mobility in contested environments.

Norway · 2026 cohort

Provides a GNSS-denied test environment for harsh Arctic conditions and EW scenarios.