CEDI EDA, EU defence technology testing, BraveTech EU
CEDI and EU Defence Innovation: Legal Implications | CORVUS AI
EDA launches CEDI on 1 November 2026. CORVUS AI examines EU–Ukraine defence cooperation, military testing, export controls, IP and AI Act requirements.
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Reviewed by Oleksandr Sobovyi, Founder & CEO of CORVUS AI — editorial responsibility statement below.
A new institutional framework for European defence innovation
On 14 October 2026, the European Defence Agency (EDA) confirmed that the Centre for European Defence Innovation (CEDI) will become operational on 1 November 2026.
Established within EDA, the Centre is intended to strengthen cooperation between technology developers, armed forces and military testing facilities.
CEDI will build on the existing Hub for European Defence Innovation (HEDI), rather than create an entirely new framework from scratch.
The decision was approved by EU defence ministers at the EDA Steering Board meeting on 28 September 2026.
A central objective is to strengthen operational experimentation: testing emerging technologies under conditions that allow military users to assess their practical performance.
The significance lies in bringing technology development closer to operational military requirements.
However, EDA has not yet published a separate application procedure, eligibility criteria or access rules for companies seeking to participate directly through CEDI.
EU OPEX: The model is already being tested
From 21 September to 14 October 2026, EDA conducted its EU Operational Experimentation (EU OPEX) campaign at the Santa Margarida military training area in Portugal.
For the first time, EU OPEX was integrated into the Portuguese national military exercise ARTEX 26.
Participating companies tested several categories of defence technologies, including:
Unmanned aerial and ground systems;
Counter-unmanned aircraft technologies;
Loitering munitions;
Autonomous systems operating in demanding environments.
The campaign provided opportunities to assess technologies alongside military users under realistic operational conditions.
A further EU OPEX campaign is scheduled to take place in Switzerland in November 2026.
These activities demonstrate that the operational experimentation model already exists. CEDI is expected to provide a more structured institutional framework for its further development.
The EU–Ukraine dimension: BraveTech EU
The Portuguese campaign also hosted the second phase of BraveTech EU, a European–Ukrainian defence innovation initiative funded by the European Commission and implemented by EDA in cooperation with Ukraine's Brave1 platform.
Four of the six participating companies were selected to receive €300,000 each to further develop their technologies ahead of additional field testing in 2027.
The selected companies were:
EdgeX Robotics (Poland) — an unmanned ground platform.
Kova Labs (Finland) — autonomous navigation in challenging terrain.
Soraccel (France) — AI-enabled mission execution in GPS-denied environments.
Tempterno Defence (Estonia) — a cost-effective missile system with flexible launcher integration.
The total funding awarded to these four companies amounts to €1.2 million.
Importantly, BraveTech EU already has an established selection mechanism, combining DefTech Forges with subsequent operational experimentation.
This mechanism should not be confused with future participation arrangements under CEDI, which have not yet been announced.
For European and Ukrainian technology developers, the broader development is significant.
European defence innovation is increasingly connecting technology development, operational validation and practical military requirements within organised experimentation programmes.
Whether CEDI will expand or modify existing routes for Ukrainian participation remains to be confirmed.
CORVUS AI Analysis: Five Legal Questions Before Military Testing
Access to military experimentation facilities involves more than technical readiness.
Companies must establish whether their technologies can lawfully be transferred, tested, demonstrated and subsequently commercialised across jurisdictions.
Five legal questions deserve particular attention.
1. Export controls and cross-border technology transfers
Before transferring prototypes, software or technical documentation, companies must determine whether their products fall within military or dual-use control regimes.
Regulation (EU) 2021/821 establishes the EU framework for controlling exports, brokering, technical assistance, transit and certain intra-EU transfers of dual-use items.
Directive 2009/43/EC governs transfers of defence-related products within the European Union, alongside applicable national implementing legislation.
Cross-border transfers involving Ukraine require separate consideration of Ukrainian export-control legislation, relevant EU and national rules, and the destination country's requirements.
The legal assessment must cover not only physical prototypes but also controlled software, technical data and technology transfers.
2. Security requirements and access to military facilities
Participation in military testing may involve requirements concerning:
Access to military installations;
Personnel security;
Protection of confidential or classified information;
Handling and disclosure of testing data.
A formal personnel security clearance is not automatically required for every defence experiment.
The applicable requirements depend on the specific programme, testing environment and classification of the information involved.
3. Intellectual property and testing results
Operational experimentation can generate valuable technical information beyond the original technology.
Before testing begins, developers should establish contractual arrangements covering:
Background intellectual property;
Foreground intellectual property and technical improvements;
Telemetry and testing data;
Rights to use and disclose experimental results;
Licensing and third-party access.
The allocation of these rights can influence future commercialisation, partnerships and defence procurement opportunities.
4. Eligibility and partnership structures
Participation by Ukrainian and European legal entities must be assessed against the rules of each programme.
The establishment of CEDI does not, in itself, create an automatic right to participate.
Nor should companies assume that a European consortium is necessarily required.
Eligibility, ownership and control requirements, security conditions and partnership structures must be verified against the relevant programme documentation.
5. AI Act and military-purpose exclusions
Article 2(3) of Regulation (EU) 2024/1689 (AI Act) excludes AI systems from its scope to the extent that they are placed on the market, put into service or used exclusively for military, defence or national security purposes.
Where an AI system is also intended for civilian applications, the applicability of the AI Act requires a separate assessment.
Importantly, classification as a dual-use item under export-control legislation does not automatically determine whether the AI Act applies.
Export-control classification and AI Act applicability are separate legal assessments.
What Should Defence Technology Developers Do Now?
CEDI's planned launch on 1 November 2026 is an institutional milestone, not an application deadline.
Companies interested in European defence experimentation should focus on three areas of preparation.
First: Establish the regulatory status of the technology.
Identify applicable military and dual-use export controls, transfer restrictions and security requirements.
Second: Protect intellectual property and testing data.
Prepare contractual documentation addressing technology ownership, licensing, confidentiality and access to results.
Third: Identify the appropriate participation mechanism.
Assess existing EDA initiatives, including BraveTech EU, and determine whether a European partner or consortium is required for the relevant opportunity.
Companies should also monitor EDA's official announcements concerning CEDI's operational arrangements.
CORVUS AI Perspective
Military testing is an important step towards operational deployment, but technical validation alone does not establish legal readiness.
The ability to transfer technology lawfully, protect intellectual property and structure contractual relationships can determine whether successful experimentation leads to sustainable cooperation and future procurement opportunities.
CORVUS AI supports European and Ukrainian technology developers with export-control assessments, intellectual property protection, defence regulatory compliance and the legal structuring of cross-border technology partnerships.
Our focus is on helping companies move from technological readiness to legally defensible participation in European defence innovation programmes.
Disclaimer
This article has been prepared by CORVUS AI for general informational and educational purposes only. It is intended to make complex legal and regulatory developments easier to understand.
It does not constitute legal advice and does not create a professional adviser–client relationship. The information should not be relied upon as a substitute for advice based on the specific facts, circumstances and applicable law relevant to your organisation or project.
The article reflects our understanding of the law and regulatory framework as of the date of publication. Legislation, case law, regulatory guidance and administrative practice may subsequently change. While reasonable care has been taken in preparing this article, CORVUS AI does not warrant that the information is complete or remains current after the date of publication. We do not undertake to update this content.
To the fullest extent permitted by applicable law, CORVUS AI excludes liability for loss arising from reliance on this article. Nothing in this article constitutes an offer or solicitation to provide regulated legal services in any jurisdiction where doing so would be unlawful.
AI-assisted preparation: This article was prepared with the assistance of AI tools. Its legal analysis, conclusions and final text were subject to human review and editorial control and were reviewed and approved prior to publication by Oleksandr Sobovyi, Founder & CEO of CORVUS AI. CORVUS AI retains editorial responsibility for the published content.
For advice tailored to your organisation, project or specific circumstances, please contact CORVUS AI.
