What are the EU defense priority areas for funding in 2027?

2027 will be an important transition year for European defence funding.

It is the final year of the current EU Multiannual Financial Framework, the final year of the current European Defence Fund cycle, and the year when several new defence-industrial and innovation instruments will be fully operational.

For companies, this creates a more complex funding landscape.

The question is no longer simply:

Which EDF calls should we apply for?

It is increasingly:

Which European defence priority does our technology support - and which funding instrument is designed for that stage of development?

The final EDF Work Programme for 2027 has not yet been adopted.

However, the direction of European defence funding is already becoming visible through the EDF multiannual perspective, the 2026 EDF Work Programme, EDIP, European Defence Projects of Common Interest, SAFE, AGILE and the broader Defence Readiness 2030 agenda.

Several capability areas are emerging particularly strongly.

Overview

1. 1Drones and Counter-Drone Systems
2. 2Air and Missile Defence
3. 3AI, Autonomy and Digital Defence
4. 4Electronic Warfare and Advanced Sensors
5. 5Space and Resilient Navigation
6. 6Cyber and Secure Communications
7. 7Maritime and Seabed Defence
8. 8Ground Combat and Long-Range Effects
9. 9Energy, Propulsion and Critical Components
10. 10Industrial Scale-Up and Production Capacity
11. 11Disruptive Technologies and New Defence Players
12. 12What This Means for SMEs
13. 13How to Prepare for 2027

Drones and Counter-Drone Systems

Unmanned systems are becoming one of the clearest priorities across European defence policy.

This includes much more than individual UAV platforms.

The emerging capability area covers:

• air, ground and maritime unmanned systems;

• counter-UAS;

• interceptors;

• autonomy;

• swarming;

• electronic warfare resilience;

• navigation in GNSS-denied environments;

• sensors;

• communications;

• command and control;

• AI-enabled mission systems.

  
  

The priority is visible across several EU instruments.

EDIP includes dedicated industrial reinforcement funding for unmanned and counter-unmanned systems, while drones and counter-drone capabilities are also one of the proposed European Defence Projects of Common Interest.

For companies, this means opportunities increasingly extend beyond R&D.

The ecosystem is moving towards development + testing + industrialisation + procurement + production scale-up.

Air and Missile Defence

Air and missile defence is another major capability priority.

The 2026 EDF programme already allocates substantial funding to technologies including high-end endo-atmospheric interception and capabilities for countering hypersonic glide vehicles.

At the same time, the European Commission has proposed air and missile defence as one of the major European Defence Projects of Common Interest.

Relevant technology areas can include:

• sensors;

• radar;

• tracking;

• interceptors;

• command and control;

• fire-control systems;

• electronic warfare;

• networked air defence;

• counter-hypersonic technologies;

• integration between different sensors and effectors.

For SMEs, the opportunity does not necessarily mean developing a complete air-defence system.

Specialist technologies that can become part of a larger integrated architecture may be equally relevant.

AI, Autonomy and Digital Defence

Artificial intelligence is increasingly moving from a horizontal technology into operational defence applications.

The 2026 EDF programme already supports AI-based tactical situational awareness using swarms of small robots and drones, as well as military multi-domain cloud services.

This direction is likely to remain important because future European defence systems increasingly depend on:

• AI-assisted decision-making;

• autonomous systems;

• sensor fusion;

• target recognition;

• mission planning;

• multi-domain data processing;

• human-machine teaming;

• distributed command and control;

• simulation and training.

  
  

The opportunity for technology companies is significant because many relevant capabilities originate outside the traditional defence industry.

Civilian AI, robotics and software companies may therefore have potential entry routes through defence adaptation programmes.

Electronic Warfare and Advanced Sensors

Modern military systems increasingly depend on their ability to detect, classify, track and operate in contested electromagnetic environments.

The EDF is already supporting advanced multidomain sensing and cognitive electronic warfare.

Relevant areas include:

• radar;

• RF sensing;

• electronic support measures;

• electronic countermeasures;

• EO/IR;

• acoustic sensing;

• sensor fusion;

• passive detection;

• signal processing;

• distributed sensor networks.

The important shift is towards integrated sensing architectures.

A sensor is increasingly valuable not only because of its individual performance, but because of how effectively it contributes information to a wider military system.

Space and Resilient Navigation

Space is becoming a core defence capability rather than a supporting infrastructure layer.

European priorities increasingly include:

• secure satellite communications;

• space-based ISR;

• space domain awareness;

• positioning, navigation and timing;

• navigation warfare;

• resilient PNT;

• integration of Galileo PRS;

• responsive space capabilities.

The 2026 EDF programme already includes integration of Galileo PRS receivers into weapon systems and NAVWAR operational centres.

For companies working in navigation, communications, electronics, sensing or software, the boundary between space and terrestrial defence systems will continue to become less distinct.

Cyber and Secure Communications

Digital connectivity creates military advantage, but also vulnerability.

European defence programmes therefore continue to invest in:

• secure tactical communications;

• cyber defence;

• quantum-secured networks;

• resilient communications;

• distributed military networks;

• data security;

• command-and-control infrastructure.

  
  

The objective is increasingly not simply to protect individual systems.

European forces need communications architectures that continue functioning under electronic warfare, cyberattack, infrastructure disruption and contested battlefield conditions.

Maritime and Seabed Defence

Protection of maritime infrastructure has become a much more visible European priority.

This includes:

• unmanned maritime systems;

• underwater surveillance;

• seabed monitoring;

• critical infrastructure protection;

• autonomous surface vessels;

• underwater sensing;

• sonar;

• maritime communications;

• data fusion.

  
  

The Commission has proposed maritime and seabed defence as another European Defence Project of Common Interest.

This makes the area relevant not only for traditional naval companies but also for robotics, autonomy, sensing, communications and AI companies.

Ground Combat and Long-Range Effects

Traditional military capabilities remain a major part of European defence funding.

The 2026 EDF programme includes major projects related to:

• future main battle tank systems;

• multiple rocket launchers;

• future military aircraft;

• ammunition-related technologies.

  
  

European defence funding is therefore not moving away from traditional platforms.

Instead, it is combining investment in conventional military capability with new technologies such as autonomy, AI, advanced sensors and networked operations.

This creates opportunities for companies that provide subsystems rather than complete platforms.

Energy, Propulsion and Critical Components

European defence policy is increasingly focused on the industrial dependencies behind military systems.

That means components themselves are becoming strategically important.

Relevant areas include:

• propulsion;

• energetic materials;

• explosives;

• electronic components;

• energy storage;

• high-performance power systems;

• specialised materials;

• critical raw materials;

• manufacturing technologies.

EDIP reinforces this direction by supporting European production capacity for strategic defence components and end-products.

For companies, this is an important distinction.

A business does not necessarily need to manufacture a complete defence platform to become strategically relevant.

Removing a critical supply-chain dependency can itself become a defence capability contribution.

Industrial Scale-Up and Production Capacity

One of the biggest changes in European defence funding is that production capacity itself is becoming fundable.

Traditional EU defence instruments focused heavily on research and development.

The new landscape increasingly includes:

• production lines;

• manufacturing equipment;

• industrial expansion;

• supply-chain resilience;

• production of critical components;

• industrial infrastructure;

• surge capacity.

  
  

EDIP is particularly important here.

Its industrial reinforcement actions support increases in European manufacturing capacity, while the Ukraine Support Instrument creates additional opportunities connected to Ukrainian defence production.

This means companies should increasingly distinguish between two questions:

Do we need funding to develop the technology?

and

Do we need funding to manufacture it at scale?

Different instruments may answer each question.

Disruptive Technologies and New Defence Players

2027 will also introduce another important mechanism.

The AGILE programme is expected to become operational from January 2027.

Its purpose is to accelerate emerging and disruptive defence technologies developed by SMEs, start-ups and other New Defence Players.

The programme is designed around mission-driven challenges and faster development and deployment cycles.

This matters because one of the persistent weaknesses of traditional defence funding is time.

A technology may evolve faster than a multi-year procurement or R&D programme.

AGILE represents an attempt to create a funding route better suited to technologies where development cycles are measured in months rather than years.

What This Means for SMEs

The European defence funding landscape is becoming broader.

But broader does not necessarily mean easier.

Companies need to understand where they fit.

If Your Main Need Is...	Relevant Route to Watch
Collaborative defence R&D	EDF
Defence innovation and technology adaptation	EUDIS / EDF innovation actions
Rapid disruptive technology development	AGILE
Industrial scale-up	EDIP Industrial Reinforcement Actions
Cooperation with Ukrainian defence industry	Ukraine Support Instrument / EU-Ukraine programmes
Large multinational capability development	EDPCI / Member State-led programmes
Large-scale procurement demand	SAFE / national and joint procurement mechanisms

The same technology may eventually move through several of these routes.

A company could begin with innovation funding, participate in an EDF development project, validate the technology with military users, scale production through an industrial instrument and ultimately enter national or joint procurement.

That is increasingly how the European defence ecosystem should be understood.

How to Prepare for 2027

Companies should not wait for every 2027 call to be published before deciding what they want to pursue.

Step	Objective	What to Do
Step 1 - Define Your Capability Area	Identify the European defence problem your technology addresses.	Do not start with the funding programme. Ask: Which European defence problem does our technology help solve?
Step 2 - Identify Your Development Stage	Determine what your company needs next.	Research; development; integration; testing; operational validation; industrialisation; production scale-up;procurement.
Step 3 - Map the Relevant EU Instruments	Connect your capability and development stage with potential funding routes.	Monitor EDF; EUDIS; AGILE; EDIP; Ukraine Support Instrument; EDPCI; SAFE-related procurement;national defence programmes.
Step 4 - Identify the System Around Your Technology	Understand where your technology fits within a larger defence capability.	Map the platform: sensors; communications; software; C2; effectors; integration requirements; end users.
Step 5 - Build Partnerships Early	Develop the network required for collaborative programmes before calls close.	Identify potential coordinators; system integrators; complementary SMEs; research organisations; testing organisations; industrial partners; potential end users.
Step 6 - Separate R&D from Industrial Scale-Up	Build different financing strategies for technology development and production.	R&D strategy: How do we develop and validate the technology? Industrial strategy: How do we manufacture it at an operationally relevant scale?
Step 7 - Track the Final 2027 Work Programmes	Convert strategic preparation into specific applications once final opportunities are published.	Track final calls; budgets; eligibility conditions; topic descriptions; deadlines; consortium requirements.

The most important development for 2027 is not one particular call.

It is the structure emerging around European defence funding.

Europe is gradually connecting:

R&D → innovation → testing → industrialisation → production → procurement.

That creates a much broader opportunity landscape than the European Defence Fund alone.

For companies, the challenge is to understand where their technology sits in the European capability architecture, what stage it has reached and which instrument can move it to the next one.