NATO DIANA: Secure Information Sharing

United Kingdom · 2024 cohort

Develops hardware security modules and trusted computing solutions for secure military communications.

Luxembourg · 2024 cohort

Develops optical inter-satellite links for high-speed, secure free-space data transfer.

United Kingdom · 2024 cohort

Develops photonic integrated circuits and optical components for high-bandwidth, secure communications.

Czechia · 2024 cohort

Develops drone identification and tracking modules for secure, transparent airspace management.

Switzerland · 2024 cohort

Develops photonic computing chips using light to process data at ultra-low power for secure edge computing.

United Kingdom · 2024 cohort

Develops quantum-secure communications technology for resilient defence and government networks.

Finland · 2024 cohort

Develops robotic solutions for mapping, inspection, and logistics in defence and industrial environments.

United States · 2024 cohort

Develops a zero-trust, end-to-end encrypted mesh network for secure information sharing across untrusted channels.

Italy · 2024 cohort

Develops quantum key distribution protocols based on optical quantum communications for satellite-based secure links.

Bulgaria · 2024 cohort

Develops secure RISC-V SoCs with multi-band radio and neuromorphic AI for communication in EW environments.

Denmark · 2024 cohort

Develops drone-based satellite antenna testing systems using unmanned aerial vehicles as satellite simulators.

Türkiye · 2024 cohort

Develops quantum cryptography and nanosatellite- based quantum communication systems using quantum entanglement.

Poland · 2024 cohort

Develops smart, electronically-steerable antennas for unmanned platforms to mitigate jamming.

United Kingdom · 2024 cohort

Develops SoC solutions combining post-quantum cryptography with quantum random-number generators for secure IoT.

Canada · 2024 cohort

Develops ultra-directional radio systems providing narrow, high-frequency beams for covert military communications.

Lithuania · 2024 cohort

Develops optical reading and identification technology for secure access control systems.