NATO DIANA's 2026 cohort is made up of 150 companies from 24 NATO countries, announced on 10 December 2025. They were picked for the 2026 Challenge Programme across ten challenge areas, 15 companies per area, and each one receives €100,000 of contractual funding. By our count of DIANA's official list, 104 of the 150 come from European Allies (counting Türkiye), led by the United Kingdom with 27.
Below: what DIANA is, how the cohort was chosen, which companies went on to the Mission Track, and the full list of all 150 companies with country and challenge area.
What is NATO DIANA?
DIANA, the Defence Innovation Accelerator for the North Atlantic, is NATO's accelerator for dual-use technology. It is headquartered in London, with a regional hub in Tallinn and a North American office in Halifax, according to its website.
DIANA and the NATO Innovation Fund were both launched under the NATO 2030 agenda, but they do different jobs. DIANA is run by NATO staff, runs a competitive accelerator and pays non-dilutive funding; the fund is an independent venture investor that takes equity, as the NATO Innovation Fund explains. We track the fund's deals in a separate piece on the NATO Innovation Fund portfolio.
The 2026 programme runs through 16 accelerator sites and more than 200 test centres across the 32 NATO nations, according to the NATO announcement. When the cohort was announced, James Appathurai was DIANA's interim managing director. DIANA's May 2026 release names Jyoti Hirani-Driver as managing director, while a June 2026 release calls her acting managing director.
How the 2026 cohort was selected
DIANA sets public challenges based on Allied priorities and selects companies through a competitive call. For the 2026 programme the call drew more than 3,600 proposals, according to DIANA; BetaKit reported "almost 3,700" submissions on 10 December 2025. The ten challenge areas were:
- Energy and Power
- Advanced Communication Technologies
- Contested Electromagnetic Environments
- Human Resilience and Biotechnologies
- Critical Infrastructure and Logistics
- Operations in Extreme Environments
- Maritime Operations
- Resilient Space Operations
- Autonomy and Unmanned Systems
- Data Assisted Decision Making
Funding. Each selected innovator receives €100,000 of contractual funding to keep iterating its solution during the accelerator programme. At 150 companies, that adds up to €15 million for the first phase (our arithmetic; DIANA has not published a total).
Phases. The programme started in January 2026 with 16 regional kick-offs across the Alliance. Companies get mentoring, access to test centres and contact with military end-users and investors. The strongest then compete for the Mission Track, an adoption-focused follow-on of five to seven months worth up to €300,000 in additional contractual funding.
Mission Track: the 15 companies that moved on
On 29 May 2026 DIANA named the first five Mission Track companies: Fieldmade (Norway), JET Connectivity (United Kingdom), Mesodyne (United States), SkyFi (United States) and Spacedrip (Estonia). It said up to ten more would follow in August.
The full group of 15, from ten NATO countries, was reported by The Defense Post on 7 September 2026, with each company receiving €300,000 in non-dilutive funding. The ten added names were Alias Robotics (Spain), BruhnBruhn Innovation (Sweden), CET, Cohesys (Canada), Deep Breathe (Canada), Hefring Marine (Iceland), Infrahex (Czechia), Oledcomm (France), Spaceflux (United Kingdom) and VIG-SEC Drone (Spain). CET matches Composite Energy Technologies (United States) on the cohort list. We could not open DIANA's own September release, so this list relies on The Defense Post.
Ten of the 15 Mission Track companies are European, close to Europe's share of the full cohort (104 of 150).
European companies in the 2026 cohort
Counting the country tags on DIANA's official list, European Allies supplied 104 companies. The United States had 24 and Canada 22. The European breakdown:
- United Kingdom: 27
- Germany: 9; Italy: 9
- France: 7; Spain: 6
- Netherlands, Norway and Sweden: 5 each
- Belgium, Estonia, Poland, Slovenia and Türkiye: 3 each
- Czechia, Denmark, Finland, Greece, Luxembourg and Portugal: 2 each
- Iceland, Latvia, Romania and Slovakia: 1 each
Two discrepancies are worth flagging. The list carries 25 different country tags, while DIANA's announcement says 24 countries. And it tags 22 companies as Canadian, while BetaKit counted 20 Canadian companies on announcement day.
Some European names to know:
- Delian Alliance Industries is in the Autonomy and Unmanned Systems challenge with low-cost GPS-denied navigation for drones. DIANA lists it under the United Kingdom; a 2025 NATO Innovation Fund release describes it as Greece-based.
- Kreios Space (Spain) is in Resilient Space Operations with air-breathing propulsion for very low Earth orbit. It is also a NATO Innovation Fund portfolio company.
- Fieldmade (Norway), with deployable additive manufacturing micro-factories, and Spacedrip (Estonia), with containerised water logistics, were among the first five Mission Track picks.
- Germany's nine entries span secure communications and cyber (Enclaive, VISS), AI (NeuralAgent, Aereus), batteries (TAURiON), exoskeletons (Auxsys) and medical and explosives detection technology (Herges Detection, Lysando, Hellstern medical).
For more European companies in these fields, see our directory and the autonomy and AI, space and ISR and maritime sector pages.
Full list: all 150 companies in the NATO DIANA 2026 cohort
This table follows DIANA's official 2026 cohort page, in its order (by challenge, then alphabetical). We dropped legal suffixes such as Ltd or GmbH and kept DIANA's country tags. The list was unchanged between January and late September 2026 apart from minor name edits.
| Company | Country | Challenge area |
|---|---|---|
| Arke Telekom | Türkiye | Advanced Communications |
| Atlas Innovative Technologies | United Kingdom | Advanced Communications |
| Beechat Network Systems | United Kingdom | Advanced Communications |
| Belfort | Belgium | Advanced Communications |
| Celare Quantum Communications | Denmark | Advanced Communications |
| DeployX | United States | Advanced Communications |
| Enclaive | Germany | Advanced Communications |
| JET Connectivity | United Kingdom | Advanced Communications |
| NanTenna | United States | Advanced Communications |
| Neuron Innovations | United Kingdom | Advanced Communications |
| Pan Galactic Corporation | United Kingdom | Advanced Communications |
| Qoherent | Canada | Advanced Communications |
| Tightbeam Photonics | Canada | Advanced Communications |
| Vidoc Security Lab | Poland | Advanced Communications |
| VISS | Germany | Advanced Communications |
| AegisX | Sweden | Autonomy and Unmanned Systems |
| Aerix Systems | France | Autonomy and Unmanned Systems |
| Alias Robotics | Spain | Autonomy and Unmanned Systems |
| Alpha Autonomy | Greece | Autonomy and Unmanned Systems |
| Arcani | United Kingdom | Autonomy and Unmanned Systems |
| Delian Alliance Industries | United Kingdom | Autonomy and Unmanned Systems |
| DroneTector | United Kingdom | Autonomy and Unmanned Systems |
| Hydrogen in Motion | Canada | Autonomy and Unmanned Systems |
| Mara | United States | Autonomy and Unmanned Systems |
| NeuralAgent | Germany | Autonomy and Unmanned Systems |
| Picogrid | United States | Autonomy and Unmanned Systems |
| Pliant Energy Systems | United States | Autonomy and Unmanned Systems |
| Robotto | Denmark | Autonomy and Unmanned Systems |
| Vizgard | United Kingdom | Autonomy and Unmanned Systems |
| Wave Sciences | United States | Autonomy and Unmanned Systems |
| AdamantQ | Sweden | Contested EM Environments |
| AmorphiQ | United Kingdom | Contested EM Environments |
| CX2 | United States | Contested EM Environments |
| Evolunar | Italy | Contested EM Environments |
| Fasmetrics | Greece | Contested EM Environments |
| FOSSA Systems | Spain | Contested EM Environments |
| LSMedical | Estonia | Contested EM Environments |
| Odysseus Space | Luxembourg | Contested EM Environments |
| Oledcomm | France | Contested EM Environments |
| Perf Drone Systems | Poland | Contested EM Environments |
| Rotonium | Italy | Contested EM Environments |
| SDQ Solutions Canada | Canada | Contested EM Environments |
| Slipstream Engineering Design | United Kingdom | Contested EM Environments |
| TERN | United States | Contested EM Environments |
| Testnor | Norway | Contested EM Environments |
| Connect Robotics | Portugal | Infrastructure and Logistics |
| Copsys Technologies | Canada | Infrastructure and Logistics |
| Canadian Strategic Missions Corporation (CSMC) | Canada | Infrastructure and Logistics |
| e-peas | Belgium | Infrastructure and Logistics |
| Ethicronics | United Kingdom | Infrastructure and Logistics |
| Fieldmade | Norway | Infrastructure and Logistics |
| Hydro Road | United Kingdom | Infrastructure and Logistics |
| INCAS | Romania | Infrastructure and Logistics |
| Incendia Canada | Canada | Infrastructure and Logistics |
| Knitronix | Italy | Infrastructure and Logistics |
| Niricson | Canada | Infrastructure and Logistics |
| PEK Automotive | Slovenia | Infrastructure and Logistics |
| Robotina | Slovenia | Infrastructure and Logistics |
| Safety Bolt | Sweden | Infrastructure and Logistics |
| Simularge | Türkiye | Infrastructure and Logistics |
| Aereus | Germany | Data-Assisted Decisions |
| Aktiver | United States | Data-Assisted Decisions |
| Blue Team Intelligence | Netherlands | Data-Assisted Decisions |
| C2GRID | Estonia | Data-Assisted Decisions |
| CulturePulse | Slovakia | Data-Assisted Decisions |
| Datambit | United Kingdom | Data-Assisted Decisions |
| Datifex | Canada | Data-Assisted Decisions |
| Exentech | Türkiye | Data-Assisted Decisions |
| GlobVision | Canada | Data-Assisted Decisions |
| Hightek | Italy | Data-Assisted Decisions |
| InovecTech | Czechia | Data-Assisted Decisions |
| NorthStar Earth & Space | Canada | Data-Assisted Decisions |
| SkyFi | United States | Data-Assisted Decisions |
| VIG-SEC Drone | Spain | Data-Assisted Decisions |
| XRF | Spain | Data-Assisted Decisions |
| Airloom Energy | United States | Energy and Power |
| Atom H2 | Spain | Energy and Power |
| Avju Solutions | Norway | Energy and Power |
| Boson Energy | Luxembourg | Energy and Power |
| Calyos | Belgium | Energy and Power |
| Exeger | Sweden | Energy and Power |
| Exonetik | Canada | Energy and Power |
| Flatlight | France | Energy and Power |
| Grengine | Canada | Energy and Power |
| Helicoid Industries | United States | Energy and Power |
| LUX | United Kingdom | Energy and Power |
| Novac | Italy | Energy and Power |
| SolarinBlue | France | Energy and Power |
| SolarSteam | Canada | Energy and Power |
| TAURiON Batteries | Germany | Energy and Power |
| Aboa Space Research | Finland | Human Resilience and Biotech |
| Auxsys | Germany | Human Resilience and Biotech |
| Avivo Biomedical | Canada | Human Resilience and Biotech |
| Beyond Blood Diagnostics | United Kingdom | Human Resilience and Biotech |
| Biocellis | France | Human Resilience and Biotech |
| Cohesys | Canada | Human Resilience and Biotech |
| Deep Breathe | Canada | Human Resilience and Biotech |
| Elitac Wearables | Netherlands | Human Resilience and Biotech |
| GutSee Health | United Kingdom | Human Resilience and Biotech |
| Herges Detection | Germany | Human Resilience and Biotech |
| Hourglass Medical | United States | Human Resilience and Biotech |
| LightOx | United Kingdom | Human Resilience and Biotech |
| Lysando Innovations Lab | Germany | Human Resilience and Biotech |
| New Platelet Company (NPC) | United Kingdom | Human Resilience and Biotech |
| ReBlood Rx | United States | Human Resilience and Biotech |
| Amphitrite | France | Maritime Operations |
| ClearDrop | France | Maritime Operations |
| Composite Energy Technologies | United States | Maritime Operations |
| Eye2Drive | Italy | Maritime Operations |
| Hefring Marine | Iceland | Maritime Operations |
| Hyperkelp | United States | Maritime Operations |
| Lux Bio | Canada | Maritime Operations |
| MAPS Messaging | Netherlands | Maritime Operations |
| Oceano Robotics | Netherlands | Maritime Operations |
| Orpheus Ocean | United States | Maritime Operations |
| Quantum Quest | Poland | Maritime Operations |
| StrateSea Technology | United States | Maritime Operations |
| Unplugged | Norway | Maritime Operations |
| Vatn Systems | United States | Maritime Operations |
| Victus Technologies | United States | Maritime Operations |
| Alchemy | Canada | Extreme Environments |
| Aviant AS | Norway | Extreme Environments |
| Chimera Energy | United Kingdom | Extreme Environments |
| Drone City | United States | Extreme Environments |
| FireSwarm Solutions | Canada | Extreme Environments |
| GBatteries Energy Canada | Canada | Extreme Environments |
| Hellstern medical | Germany | Extreme Environments |
| InfraHex | Czechia | Extreme Environments |
| Marble Aerospace | United Kingdom | Extreme Environments |
| Mesodyne | United States | Extreme Environments |
| Microbium | Slovenia | Extreme Environments |
| Seatom Technologies | Finland | Extreme Environments |
| Sinteg Systems | Netherlands | Extreme Environments |
| Spacedrip | Estonia | Extreme Environments |
| Volta Space Technologies | Canada | Extreme Environments |
| Adaptronics | Italy | Resilient Space Operations |
| Alba Orbital | United Kingdom | Resilient Space Operations |
| Applied Atomics | United Kingdom | Resilient Space Operations |
| BruhnBruhn Innovation | Sweden | Resilient Space Operations |
| Capsule Corporation | Italy | Resilient Space Operations |
| Deep Space Energy | Latvia | Resilient Space Operations |
| Ecosmic | Italy | Resilient Space Operations |
| Kreios Space | Spain | Resilient Space Operations |
| Mithril Technologies | United States | Resilient Space Operations |
| Neuraspace | Portugal | Resilient Space Operations |
| Space Power | United Kingdom | Resilient Space Operations |
| Space Solar | United Kingdom | Resilient Space Operations |
| Spaceflux | United Kingdom | Resilient Space Operations |
| Spectra Defence | United Kingdom | Resilient Space Operations |
| WarpWare (ATTX Inc.) | United States | Resilient Space Operations |
What comes next: the 2027 challenges
On 1 June 2026 DIANA launched six new challenges for its 2027 cohort, with proposals due by 3 July 2026. The 2027 accelerator programme starts in January 2027 and runs for six months, again with €100,000 of contractual funding per company. The six areas are Human Survivability; Multidomain Autonomy of Uncrewed Systems; Multidomain Sensing and Advanced Data Processing for Intelligence and Surveillance; Operational Resilience in Contested Environments; Responsive Logistics; and Scalable and Adaptable Countermeasures for Air Defence.
For founders, DIANA can lead to private capital. Finland's Kelluu completed two phases of the DIANA programme before the NATO Innovation Fund led its €15 million Series A in April 2026. The question for the 2026 cohort is how many of the 150 make the same jump to adoption contracts or venture rounds by the end of the programme.



