NATO DIANA: Critical Infrastructure & Logistics

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.

Canada · 2026 cohort

Develops remote monitoring for Micro Modular Reactors (MMRs) and critical energy infrastructure.

Portugal · 2026 cohort

Develops autonomous drone systems transforming logistics capabilities in challenging environments.

Canada · 2026 cohort

Addresses corrosion and biofouling challenges in marine infrastructure.

Belgium · 2026 cohort

Provides ICs for energy-autonomous sensors for infrastructure monitoring and logistics.

United Kingdom · 2026 cohort

Develops software to verify hardware integrity and authenticity across defence supply chains.

Norway · 2026 cohort

Enhances military readiness through on-demand part production close to the point of need.

United Kingdom · 2026 cohort

Develops terrain and road stabilisation technology for critical infrastructure.

Romania · 2026 cohort

Delivers energy-efficient, out-of-autoclave moulds for UAV composite structures.

Canada · 2026 cohort

Develops an AI-powered environmental detector that wirelessly coordinates emergency response.

Italy · 2026 cohort

Develops monitoring systems for civil and military large infrastructure health.

Canada · 2026 cohort

Develops non-destructive testing technology to make critical infrastructure safer.

Slovenia · 2026 cohort

Develops last-mile logistics platforms for challenging terrain and defence operations.

Slovenia · 2026 cohort

Delivers secure, rugged and autonomous power and battery management for military deployments.

Sweden · 2026 cohort

Develops smart bolt technology securing infrastructure and extending its operational lifetime.

Türkiye · 2026 cohort

Applies physics-informed AI for reliable defence production simulation and quality assurance.