Defense & National Security
NATO DIANA, Airbus and the Rise of Dual-Use Space Innovation
Behind Applied Atomics' debut is a bigger story: a fast-maturing transatlantic pipeline for dual-use space technology. NATO's DIANA accelerator and Airbus's Launchpad residency are channeling deep-tech ventures toward defense and commercial markets at once. Here is how that ecosystem works and why a defense endorsement now matters as much as a funding round.
By BlacKnight Space Labs, Space Industry Analysis · · 7 min read
- NATO DIANA
- dual-use technology
- Resilient Space Operations
- Airbus Defence and Space
- Launchpad
- Applied Atomics
- transatlantic
- defense innovation
- space security
- deep tech
- UK Space Agency
When Applied Atomics emerged from stealth, two of its most striking credentials were not financial. The company had been selected by NATO DIANA for the alliance's Resilient Space Operations challenge, and by Airbus Defence and Space for the inaugural cohort of its Launchpad residency. For an early-stage startup, those endorsements are a different kind of currency than venture capital — a signal that the defense and industrial establishment sees strategic value in the technology. They also reveal a broader shift: a maturing transatlantic ecosystem deliberately engineered to pull dual-use space innovation from the lab toward both military and commercial markets.
What NATO DIANA Is
DIANA — the Defence Innovation Accelerator for the North Atlantic — is NATO's innovation engine, established to identify, accelerate, and deploy disruptive dual-use technologies across the alliance's member states. It operates through competitive challenges, each built around a critical defense and security problem, inviting innovators to develop deep-tech solutions with both commercial and military applications. The organization is headquartered in London, with a regional office in Halifax, Canada and a hub in Tallinn, Estonia, and it leverages a network of affiliated accelerator sites and test centers spread across the alliance. The model is intentionally dual-use: DIANA backs technologies aimed primarily at commercial markets but with clear defense and security relevance.
The Resilient Space Operations Challenge
Applied Atomics was selected for DIANA's Resilient Space Operations challenge — one of a set of focused problem areas the alliance identified as strategic priorities — from a record pool of more than 3,680 applicants worldwide. Resilient space operations is exactly the domain where in-space mobility matters most: the ability to reposition, sustain, and protect assets in a contested orbital environment depends on freedom of movement. Selection brings contractual funding, structured acceleration over a multi-month program, and access to NATO's test infrastructure, with the strongest performers eligible for follow-on phases that bring additional funding and support toward securing defense contracts.
Airbus Launchpad: An Industrial On-Ramp
If DIANA represents the defense-alliance track, the Airbus Launchpad represents the industrial-prime track. Opened at Airbus Defence and Space's Stevenage site in the UK and supported by funding from the UK Space Agency, the Launchpad is a residency scheme that gives startups, SMEs, and research groups no-cost access to laboratories, office space, and testing infrastructure, including robotics, AR/VR, and rapid-prototyping facilities. Applied Atomics was chosen as one of only three companies for the inaugural cohort, alongside Spintex and Stars Edge. Notably, the selections favored 'enabling' technologies — the components and capabilities larger integrators need to build spacecraft — rather than full-vehicle developers, underscoring that propulsion and mobility are seen as foundational infrastructure.
The Dual-Use Logic
Why are defense institutions and primes courting commercial space startups so aggressively? Because the same capabilities that serve commercial customers — efficient propulsion, satellite servicing, orbital logistics — are precisely what national-security missions require in an increasingly contested space domain. Dual-use technology lets governments tap the speed, cost discipline, and innovation of the commercial sector while startups gain anchor demand, credibility, and non-dilutive funding. For a company like Applied Atomics, the dual-use model means the Star Reacher Network can serve commercial orbital logistics and national-security mobility from the same underlying platform.
| Program | Backer | What It Provides |
|---|---|---|
| NATO DIANA | NATO (32 nations) | Challenge funding, acceleration, test access, defense pathway |
| Airbus Launchpad | Airbus + UK Space Agency | Free labs, offices, prototyping, prime relationship |
| Dual-use thesis | Government + industry | Anchor demand + commercial scalability |
What It Means for Space Startups
- Defense endorsements now serve as powerful third-party validation that can de-risk a company for private investors.
- Non-dilutive funding from accelerators and agencies stretches early-stage runway without giving up equity.
- Anchor government demand provides a credible early customer base for capital-intensive deep-tech hardware.
- A transatlantic footprint lets companies access UK, European, and US defense and commercial markets simultaneously.
- Enabling technologies — propulsion, mobility, servicing — are increasingly favored as strategic infrastructure.
Frequently Asked Questions
What is NATO DIANA?
DIANA, the Defence Innovation Accelerator for the North Atlantic, is NATO's innovation engine, established to identify, accelerate, and deploy disruptive dual-use technologies across the alliance's member states. It runs competitive challenges built around critical defense and security problems, providing selected companies with funding, structured acceleration, and access to a network of accelerator sites and test centers. It is headquartered in London with offices in Halifax and Tallinn.
What is the Resilient Space Operations challenge?
It is one of NATO DIANA's focused challenge areas, addressing the need to reposition, sustain, and protect space assets in a contested orbital environment. Applied Atomics was selected for this challenge from a record pool of more than 3,680 applicants. In-space mobility is central to resilient space operations because the ability to maneuver freely underpins the survivability and flexibility of orbital assets.
What is the Airbus Launchpad residency?
The Airbus Launchpad is a residency scheme at Airbus Defence and Space's Stevenage site in the UK, supported by the UK Space Agency. It offers startups, SMEs, and research groups no-cost access to laboratories, office space, and testing infrastructure such as robotics, AR/VR, and rapid prototyping. Applied Atomics was chosen as one of only three companies for the inaugural cohort, alongside Spintex and Stars Edge.
What does 'dual-use' mean in the space industry?
Dual-use technology is developed primarily for commercial markets but also has defense and security applications. In space, capabilities like efficient propulsion, satellite servicing, and orbital logistics serve commercial customers and national-security missions alike. The dual-use model lets governments harness commercial-sector innovation while giving startups anchor demand, credibility, and often non-dilutive funding — a structure that is increasingly central to early-stage space ventures.
Why do defense endorsements matter for early-stage space companies?
For a young deep-tech company, selection by a body like NATO DIANA or a prime like Airbus provides third-party validation that can de-risk the venture for private investors, non-dilutive funding that extends runway without giving up equity, and anchor government demand that establishes a credible early customer base. Increasingly, a defense endorsement carries weight comparable to a priced funding round in signaling a startup's potential.