NATO DIANA: Sensing & Surveillance

United Kingdom · 2024 cohort

Develops plug-and-play cold-atom quantum sensors for precision navigation, gravity mapping, and subsurface detection.

Israel · 2024 cohort

Develops autonomous underwater robots for maritime surveillance and intelligence gathering.

United States · 2024 cohort

Develops wave energy converters and underwater power systems for persistent unmanned maritime sensing platforms.

Belgium · 2024 cohort

Develops software platforms for controlling maritime robots used in civil and security industries.

France · 2024 cohort

Develops electro-sensing technology giving subsea robots 360-degree detection and navigation in turbid waters.

United States · 2024 cohort

Develops neuromorphic computing and AI enabling fully autonomous robots in complex environments.

Netherlands · 2024 cohort

Develops a maritime radar system for seabed mapping and underwater situational awareness.

Netherlands · 2024 cohort

Develops underwater inspection and surveillance robots for subsea infrastructure monitoring.

Canada · 2024 cohort

Develops AI-driven maritime decision support systems for naval situational awareness.

Canada · 2024 cohort

Develops electro-optical and infrared sensor integration platforms for surveillance and reconnaissance.

Canada · 2024 cohort

Develops single-photon LiDAR sensors for long-range, high-resolution 3D imaging and detection.

Norway · 2024 cohort

Develops sonar and digital signal processing technology for underwater acoustic sensing and positioning.

Norway · 2024 cohort

Develops autonomous underwater vehicles and subsea robotic platforms for environmental and security sensing.

Greece · 2024 cohort

Develops advanced radar and sensing materials for enhanced surveillance and threat detection.

Norway · 2024 cohort

Develops underwater GPS and acoustic positioning systems for subsea vehicles and divers.

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.