NATO DIANA 2025 Cohort

Sweden · 2025 cohort

Develops advanced power regulation and energy management technologies.

Czechia · 2025 cohort

Develops novel atomic-scale energy technologies for portable and distributed power applications.

Sweden · 2025 cohort

Develops next-generation circuit breaker and power protection technology for smart energy systems.

United Kingdom · 2025 cohort

Develops wireless inductive power transfer systems for secure military equipment charging.

United Kingdom · 2025 cohort

Develops hydrogen production and purification technology for resilient, clean energy supply.

United States · 2025 cohort

Develops lightweight, high-energy-density battery solutions for portable and mobile military power.

Sweden · 2025 cohort

Develops intelligent power management systems for energy-efficient defence platforms.

Germany · 2025 cohort

Develops airborne wind energy systems using autonomous flying turbines for remote power generation.

Italy · 2025 cohort

Develops offshore renewable energy integration systems for resilient maritime power.

United States · 2025 cohort

Develops pulsed power energy storage and conversion technology for directed-energy applications.

United Kingdom · 2025 cohort

Develops clean energy generation and storage solutions using advanced chemical processes.

Netherlands · 2025 cohort

Develops spherical motor and actuator technology for compact, multi-axis robotic and aerospace applications.

United States · 2025 cohort

Develops autonomous, AI-driven edge computing and energy systems for remote field operations.

United States · 2025 cohort

Develops terahertz-frequency electronics for high- speed communications and sensing.

Norway · 2025 cohort

Develops engineering and monitoring solutions for remote defence installations and critical infrastructure.

Poland · 2025 cohort

Develops autonomous robotic systems for critical infrastructure defence and logistics operations.

Germany · 2025 cohort

Develops in-space propulsion and manoeuvring systems for small satellites in contested environments.

Germany · 2025 cohort

Develops advanced imaging and vision solutions for defence and aerospace applications.

Sweden · 2025 cohort

Develops novel propulsion systems for unmanned maritime vehicles and underwater platforms.

United States · 2025 cohort

Develops robotic systems for critical infrastructure inspection and maintenance in extreme environments.

Canada · 2025 cohort

Develops collision avoidance and obstacle detection systems for unmanned aerial vehicles.

Italy · 2025 cohort

Develops fluid-driven wire robotics for flexible manipulation in confined and complex environments.

United Kingdom · 2025 cohort

Develops additive manufacturing solutions for on- demand production of critical defence components at the operational edge.

United Kingdom · 2025 cohort

Develops autonomous underwater systems and robotics for offshore infrastructure inspection and defence.

United States · 2025 cohort

Provides advanced materials testing and characterisation services for qualification of critical defence system components.

Poland · 2025 cohort

Develops high-efficiency, miniaturised power management electronics for mobile and distributed defence platforms.

Canada · 2025 cohort

Develops sovereign space launch services using hybrid rocket propulsion for small satellites.

Estonia · 2025 cohort

Develops secure, resilient drone and autonomous system solutions for defence logistics operations.

France · 2025 cohort

Develops AI-powered cybersecurity threat detection for military and critical infrastructure networks.

Denmark · 2025 cohort

Develops quantum random number generators and quantum cryptography hardware for secure communications.

Slovenia · 2025 cohort

Develops DNA-based data storage and molecular biology tools for secure, high-density information encoding.

Netherlands · 2025 cohort

Develops quantum-inspired computing technologies for enhanced data processing and cryptography.

United States · 2025 cohort

Develops AI-powered talent intelligence and training optimisation software for defence workforce.

Norway · 2025 cohort

Develops AI fact-checking and information verification tools to detect misinformation.

Poland · 2025 cohort

Develops software-defined radio access network (SD- RAN) solutions for resilient, secure mobile communications.

United States · 2025 cohort

Develops distributed, encrypted data management software for secure sharing across untrusted networks.

Country not publicly verified · 2025 cohort

Develops language processing and translation solutions for cross-alliance communication.

Canada · 2025 cohort

Develops quantum-secure communications and cryptography products protecting against future quantum attacks.

Poland · 2025 cohort

Develops quantum-resistant encryption solutions for securing defence communications infrastructure.

Sweden · 2025 cohort

Develops federated machine learning solutions for collaborative AI training without sharing sensitive data.

Canada · 2025 cohort

Develops quantum-resistant authentication and anti- spoofing technology for PNT systems. † Also selected in the 2026 cohort (Contested Electromagnetic Environments challenge).

Germany · 2025 cohort

Develops hardware security modules and trusted platform modules for secure defence electronics.

France · 2025 cohort

Develops advanced navigation and positioning technologies for GPS-denied environments.

Canada · 2025 cohort

Develops AI-driven simulation and training platforms for defence personnel cognitive enhancement.

Canada · 2025 cohort

Develops tactical intelligence and query language tools for real-time battlefield data analysis.

United Kingdom · 2025 cohort

Develops portable sensors for acute radiation syndrome detection to support medical resilience.

France · 2025 cohort

Develops rapid diagnostic systems for point-of-care medical testing in austere environments.

United Kingdom · 2025 cohort

Imperial College London spin-out developing brain- computer interfaces to decode brain signals for pilot and surgical training.

Canada · 2025 cohort

Develops wearable, wireless ultrasound devices for non-invasive cardiac monitoring in field settings.

France · 2025 cohort

Develops pulsed electromagnetic field therapy devices for accelerating physical trauma recovery.

Türkiye · 2025 cohort

Develops advanced medical training simulators for field medic preparation.

France · 2025 cohort

Develops wearable exoskeleton and assistive robotics to enhance soldier physical performance.

United States · 2025 cohort

Develops neurotechnology applications for cognitive enhancement in military contexts.

Canada · 2025 cohort

Develops wearable, portable dialysis technology for life- sustaining care in remote environments.

Netherlands · 2025 cohort

Develops genomic and biological tools for personalised health monitoring and performance optimisation.

United States · 2025 cohort

Develops electronic nose technology for rapid detection of chemical and biological hazards.

Country not publicly verified · 2025 cohort

Develops biosensor and biotechnology platforms for real-time health and environmental monitoring.

United States · 2025 cohort

Develops AI-powered decision support and medical triage tools for emergency and combat casualty care.

United Kingdom · 2025 cohort

Develops AI-enhanced ground-penetrating radar systems for subsurface detection of threats.

France · 2025 cohort

Develops AI-powered sensor fusion and scene understanding for enhanced surveillance applications.

Finland · 2025 cohort

Develops electro-optical sensing and detector technologies for precision surveillance.

Croatia · 2025 cohort

Develops electromagnetic sensors and monitoring systems for detecting EM threats.

Finland · 2025 cohort

Develops hydrogen-powered unmanned aerial systems (UAS) for persistent surveillance of critical infrastructure.

United States · 2025 cohort

Develops advanced sonar and acoustic sensing systems for underwater surveillance and mine detection.

United Kingdom · 2025 cohort

Develops satellite-based multispectral and hyperspectral sensing for ISR applications.

Greece · 2025 cohort

Develops LIDAR systems for remote atmospheric sensing and airspace surveillance.

Slovakia · 2025 cohort

Develops micro-wire magnetic field sensors for structural health monitoring and EM sensing.

United States · 2025 cohort

Develops small satellite platforms for persistent Earth observation and communications intelligence.

United Kingdom · 2025 cohort

Develops advanced sensor and detection technologies for border security and military surveillance.

Portugal · 2025 cohort

Develops space radar and signal intelligence systems for space situational awareness.

Finland · 2025 cohort

Develops wind energy and sensor integration platforms for persistent, low-power remote monitoring.

United Kingdom · 2025 cohort

Develops AI-powered search and rescue technology using computer vision to detect people in water.