📋 Executive Summary
I would start any search for european active projects with CORDIS, because the phrase sounds like one neat category while the EU funding system is actually spread across several programmes and databases. The sharpest practical distinction is this: CORDIS is the core repository for EU research and innovation projects, but it is not a universal index of every live EU-funded activity. A Digital Europe deployment, an Erasmus+ Teacher Academy, a CAP Operational Group, and an external-action project may all be “active” at the same time while living in different official systems. That fragmentation matters when a reader is trying to find partners, verify a project claim, compare budgets, or identify work that is still underway.
As of August 2026, Horizon Europe itself carries an indicative 2021–2027 budget of €93.5 billion, and CORDIS provides project factsheets, participant data, results, reports, deliverables, and publications for the framework programmes (European Commission, 2026a; CORDIS, 2026a). The practical lesson is not simply to search more. It is to search the right layer of the EU system, then verify dates and project evidence before treating a result as current.
That verification step is especially important in digital programmes, where a project can sit at the intersection of data spaces, AI, infrastructure, and security. Our related coverage of European AI cybersecurity policy shows why policy direction and technical implementation increasingly move together in Europe.
Why “Active” Is Harder Than It Sounds
“Active” is a time condition, not a funding category. A search engine result can surface a project page years after the grant has ended, while a project website may continue publishing outcomes long after formal funding closes. Conversely, a newly signed grant can be active even before substantial public deliverables appear. The safest check is therefore the formal start date and end date in an official record, followed by a second check for recent reporting, pilots, events, or deliverables.
CORDIS makes this easier for Horizon projects because its fact sheets separate total project cost from EU contribution and connect projects to programmes, topics, calls, coordinators, participants, and results. That structure also exposes a common research mistake: comparing a total budget on one site with an EU contribution on another as if they were the same number. They are not. A funding field must be read in context before it becomes a usable statistic.
There is a second complication. The European Commission itself points users to the Funding & Tenders Portal as the main platform for EU-funded projects and results, while its project-results directory also routes specialist users to CORDIS, Erasmus+, CAP, LIFE, cohesion-policy tools, and other programme-specific databases (European Commission, 2026b). The “best database” therefore depends on what kind of project the reader is trying to find.
Where to Search First: Five Official EU Databases
A good search workflow begins with programme fit. The table below separates the main tools by the job they do best, rather than treating them as interchangeable search engines.
| Database | Best for | What it exposes | Main limitation |
| CORDIS | Horizon Europe, Horizon 2020, earlier framework R&I | Dates, participants, topics, reports, deliverables, publications, results | Not a universal database for every EU funding programme |
| Funding & Tenders Portal | Open calls, grant records, partner search, proposal documents | Programme information, calls, deadlines, eligibility, projects and results | Less editorially readable than CORDIS for deep project browsing |
| Erasmus+ Project Results | Education, training, youth and sport | Ongoing and completed projects, partners, submitted outcomes | Beneficiary-supplied project content can vary in depth |
| EU CAP Network | Agriculture, forestry, rural innovation, Operational Groups | Projects, practice abstracts, good-practice material, Horizon multi-actor work | Sector-specific rather than broad R&I coverage |
| EEAS Projects | EU external action and international cooperation | Projects by region and sector with filtering | Not designed as the primary research-grant database |
For most readers researching European active projects in technology, science, AI, robotics, climate, health, or engineering, CORDIS is the first stop. For current calls, proposal documents, grant management, and partner search, the Funding & Tenders Portal is more useful. Erasmus+ has its own results platform for ongoing and completed education, training, youth, and sport projects. The EU CAP Network is stronger for agricultural innovation and rural Operational Groups, while the EEAS project directory covers EU-supported work worldwide across development, governance, connectivity, climate, migration, and related external-action priorities.
Five Live Projects That Show the Range
The five examples below were checked against official or project-hosted records available in August 2026. They are not a ranking. They are a cross-section designed to show how “active” projects differ by programme, implementation model, evidence trail, and expected output.
| Project | Programme | Verified duration | Verified scale / funding | Primary focus |
| deployEMDS | Digital Europe | Nov 2023–Oct 2026 | 16 use cases in 9 implementation sites | Common European mobility data space |
| EvoRoads | Horizon Europe | 1 May 2024–30 Apr 2027 | €4.992m total; 7 validation locations | AI-enabled road infrastructure safety |
| COAST-SCAPES | Horizon Europe | 1 Sep 2025–31 Aug 2029 | €8.834m total; €8.566m EU contribution | Climate-resilient coastal landscapes |
| BlueLightS | Horizon Europe | 1 Jan 2024–30 Jun 2027 | €3.001m total; 9 experimentation countries | Blue education and school networks |
| AIDEA | Erasmus+ Teacher Academies | 1 Jan 2026–31 Dec 2028 | Consortium across 8 European countries | AI literacy and teacher education |
1. deployEMDS: Mobility Data Becomes Infrastructure
deployEMDS is a Digital Europe deployment project running from November 2023 through October 2026. Its project site says the initiative supports a common European mobility data space through interoperable, trustworthy, and accessible data sharing. Sixteen use cases across nine implementation sites cover Barcelona, Budapest, Flanders, Île-de-France, Lisbon, Milan, Sofia, Stockholm, and Tampere (deployEMDS, 2026).
The significant point is architectural. Mobility data is not useful merely because it exists; it has to move across organisations under shared technical and governance rules. That makes the project relevant to readers following edge computing and cloud architecture, because transport systems increasingly combine local processing, distributed infrastructure, common data models, and central services.
2. EvoRoads: AI-Enabled Road Safety in Seven Locations
EvoRoads is a Horizon Europe Research and Innovation Action that started on 1 May 2024 and ends on 30 April 2027. CORDIS lists a total cost and EU contribution of €4.992 million. The project develops data-driven safety assessment, dynamic monitoring of cyber-physical road infrastructure, AI-supported analytics, connectivity services, predictive maintenance tools, and low-cost smart signs. Validation is planned across seven locations in Spain, Italy, Latvia, and Romania (CORDIS, 2026b).
Its relevance goes beyond road engineering. Projects like EvoRoads sit inside the broader move from fixed automation toward sensor-rich, software-defined physical systems. That is the same shift visible in robotics manufacturing in 2026, where digital twins, machine perception, and human-machine coordination are moving from demonstrations into operating environments.
3. COAST-SCAPES: Climate Resilience Across Land and Sea
COAST-SCAPES began on 1 September 2025 and is scheduled to run until 31 August 2029. CORDIS lists a total project cost of €8.834 million and an EU contribution of €8.566 million. Coordinated by Universitat Politècnica de Catalunya, the project develops climate-resilience solutions for coastal landscapes using indicators, early-warning systems, nature-based solutions, governance models, and cross-sector collaboration (CORDIS, 2026c).
This project is useful because it shows that an EU research grant is often as much an implementation and governance experiment as a technical one. Coastal resilience requires ecological modelling, finance, infrastructure constraints, regional decision-making, and community adoption to work together. A promising technical intervention that cannot fit local governance or maintenance capacity is not a complete resilience solution.
4. BlueLightS: Blue Education as a Measurable System
BlueLightS started on 1 January 2024 and runs through 30 June 2027. Its CORDIS record lists a total cost of €3.001 million and an EU contribution just under €3 million. The project aims to strengthen blue education, increase the number of blue challenges implemented in schools, expand participation in the European Blue School network, and test a framework across nine experimentation countries (CORDIS, 2026d).
The reporting record makes the project more useful than a simple mission statement. By June 2025, CORDIS reported that the project had mapped more than 200 blue-education initiatives, developed a maturity model, established a digital hub, and supported school-level experimentation. Those intermediate outputs matter because they show movement from concept to operating practice rather than only a promised end-state.
5. AIDEA: Teacher AI Literacy With a Verified 2028 End Date
AIDEA, the AI-Driven Educators Academy, is supported under Erasmus+ Teacher Academies. The University of Jyväskylä lists the project duration as 1 January 2026 to 31 December 2028 and says the consortium spans eight European countries. The Academy focuses on three strands: teaching about AI, teaching with AI, and teaching for AI. Planned outputs include a modular European training curriculum, open educational resources, an AI-powered learning hub, piloting, and peer-learning activities (University of Jyväskylä, 2026).
AIDEA also makes the governance problem explicit: fairness, transparency, bias, data protection, inclusion, and human oversight are treated as part of teacher competence rather than as an afterthought. That is closely related to the practical governance questions in our guide to synthetic data in AI, where technical usefulness does not remove obligations around source data, privacy, or downstream decisions.
One verification finding is worth surfacing. The official university project page ends AIDEA on 31 December 2028. That is more precise than secondary descriptions that round the initiative into a “2026–2029” window. When dates matter for partnership or funding decisions, the grant-holder or official programme record should win over a summary page.
What These Projects Reveal About EU Innovation
Across these European active projects, Europe is funding systems rather than isolated features. Mobility data needs governance and interoperable infrastructure; road safety joins AI with sensors and maintenance; climate resilience couples modelling with regional decisions; education projects combine training, networks, measurement, and responsible AI practice.
That systems focus creates a practical opportunity for software engineering teams. Many consortia need more than a novel algorithm. They need data engineering, APIs, interoperability, identity and access management, MLOps, evaluation, observability, secure deployment, simulation, digital twins, and long-term maintenance. The engineering work is often where a research concept becomes a service that public bodies or companies can actually operate.
It also raises a maturity question. A project can look impressive on a grant page yet still struggle if governance, data quality, engineering discipline, or operations are weak. Our coverage of the AI adoption maturity model is useful here because it separates technical ambition from the organisational capabilities required to sustain AI in production.
International participation is another signal. When the EU concluded Horizon Europe association negotiations with Australia in June 2026, Commissioner Ekaterina Zaharieva said, “We can tackle the challenges of tomorrow only together” (European Commission, 2026c). That consortium logic rewards complementary capabilities across institutions and countries.
How to Evaluate a Project Before You Rely on It
When evaluating European active projects, use five passes. First, verify programme and dates. Second, identify the coordinator and participant mix. Third, read the objectives and work packages closely enough to understand what is actually being built or tested. Fourth, inspect public deliverables, reports, publications, pilots, datasets, events, or procurement activity. Fifth, separate current outputs from future promises.
For partnership scouting, add role fit and timing. A project near its end may still be useful for results or networking but is unlikely to add a consortium partner. Earlier-stage projects may expose open calls, pilots, subcontracting, follower networks, or ecosystem activity, so check the project site after verifying the grant record.
For funding discovery, reverse the workflow. Do not start from an active project and assume its funding topic is still open. Move from the project’s programme and topic into the Funding & Tenders Portal, then inspect current calls and deadlines. Projects are evidence of what the EU has funded; calls are the source of truth for what can still be applied for.
The Future of European Active Projects in 2027
The 2027 landscape will be shaped by two overlapping timelines. Horizon Europe remains the EU’s current research and innovation framework through 2027, while the Commission has already proposed a successor Horizon Europe programme for 2028–2034 with a proposed €175 billion budget. That proposal is not final policy, because interinstitutional negotiations are still required, but it signals continued emphasis on competitiveness, critical technologies, and large strategic research programmes (European Commission, 2026a).
Within the current framework, the 2025–2027 strategic plan continues to prioritise the green transition, digital transition, and a more resilient, competitive, inclusive, and democratic Europe. Its biodiversity commitment targets 10% of the Horizon Europe budget for 2025–2027, while digital activities remain a major cross-programme priority. These directions suggest that data infrastructure, AI, cybersecurity, climate adaptation, advanced mobility, and applied education will continue to generate cross-disciplinary projects rather than isolated technology grants.
The more important change may be operational. As projects mature, evaluators and users will have more evidence to judge whether pilots scale, whether data spaces interoperate, whether AI systems can be governed in production, and whether public-sector or educational deployments survive after grant funding. In 2027, “active” will matter less as a label than the quality of execution visible behind it.
Takeaways
- CORDIS is the best first database for Horizon research projects, but it should not be treated as the only EU project directory.
- Formal start and end dates are the cleanest way to establish whether a project is still within its funded implementation period.
- Project budgets must be read by field: total cost and EU contribution are different measures and should not be mixed.
- Live examples show EU funding converging on systems problems that combine software, data, governance, infrastructure, and real-world deployment.
- Public deliverables and implementation evidence are stronger signals of project maturity than an ambitious abstract alone.
- For partnership scouting, timing and consortium role fit matter as much as topic similarity.
- For new funding, use current call documents and deadlines rather than assuming an older project topic remains open.
Conclusion
Finding European active projects is not difficult. Finding the right project, confirming that it is still active, and understanding what its record actually proves requires more discipline. CORDIS gives research and innovation users the strongest central evidence base, while the Funding & Tenders Portal, Erasmus+ results platform, EU CAP Network, and EEAS project directory fill important programme-specific gaps.
The five projects examined here show why that verification matters. Mobility data, road safety, coastal resilience, blue education, and teacher AI literacy all sit under different implementation models, yet each depends on a combination of technical work, governance, partners, measurable outputs, and time-bound funding. The most useful research habit is therefore simple: verify the official record first, then follow the project into its live evidence. That approach produces better partner lists, better funding intelligence, and fewer errors than relying on search snippets or secondary roundups.
Frequently Asked Questions
What are active EU projects?
The phrase usually refers to ongoing projects funded or supported through European Union programmes. For research and innovation, CORDIS is the main project repository. Other active work may appear in the Funding & Tenders Portal, Erasmus+ results platform, EU CAP Network, EEAS project directory, LIFE databases, cohesion-policy tools, or programme-specific sites.
How do I find active Horizon Europe projects?
Use CORDIS Projects & Results and filter by Horizon Europe, topic, country, organisation, or keywords. Open the project fact sheet and check its formal start and end dates. Then review available reports, deliverables, publications, participant pages, or the project website for evidence that implementation is current.
Where can I find open EU funding calls and deadlines?
Use the EU Funding & Tenders Portal for current calls, topic documents, eligibility rules, deadlines, proposal templates, and partner-search functions. An active project page can help identify a relevant programme or topic family, but the call portal is the authoritative place to confirm whether a new application opportunity is actually open.
Can non-EU organisations join Horizon Europe projects?
Yes, participation is possible under Horizon Europe rules, but funding eligibility depends on the country, call, and association status. The Commission continues to change association arrangements, so applicants should verify the current country rules in the specific call documentation before building a consortium or budget.
How can I find EU projects related to AI, robotics, cloud, or cybersecurity?
Start in CORDIS with technical and application terms together, such as “robotics manufacturing,” “AI safety,” “data spaces,” “cloud-edge,” “cyber-physical infrastructure,” or “cybersecurity.” Add programme, country, and date filters. Then use related project topics and participant profiles to expand the search rather than relying on a single keyword.
How do I know whether an EU project is genuinely active?
Check the official start and end dates first. Then look for recent reporting, deliverables, publications, pilot activity, events, open calls, or project news. A website that is still online is not proof of an active grant, and a search snippet can be stale. Formal dates plus recent evidence provide the strongest practical confirmation.
Methodology
This article was researched on 15 August 2026 using European Commission, CORDIS, programme, and project-holder sources. Status was checked against formal dates and public implementation evidence. Database descriptions were validated against official CORDIS, Funding & Tenders, Erasmus+, EU CAP Network, EEAS, and Commission pages. Internal links were limited to live, relevant PerplexityAI Magazine articles and distributed across the body.
Known limitations: EU databases do not expose every programme in the same structure, some project sites publish total budgets while others emphasise EU contribution, and a formal project end date does not prove that every work package is progressing on schedule. The analysis therefore treats “active” as being within the official implementation period and looks for public evidence where possible, rather than claiming real-time operational status for every consortium activity.
This article was drafted with AI assistance and reviewed by the Perplexity AI Editorial Team. All data, citations, and claims have been independently verified against primary sources.
References
CORDIS. (2026a). Projects & results. European Commission. https://cordis.europa.eu/projects
CORDIS. (2026b). EvoRoads: Evolutionary Solutions for Realising a Holistic Safe System Approach for All Road Users (Grant agreement 101147850). European Commission. https://cordis.europa.eu/project/id/101147850
CORDIS. (2026c). COAST-SCAPES: Rethinking coastal landscapes with climate-resilient interventions (Grant agreement 101213138). European Commission. https://cordis.europa.eu/project/id/101213138
CORDIS. (2026d). BlueLightS: EnLIGHTening future Schools to deliver BLUE Sustainability in Europe (Grant agreement 101113043). European Commission. https://cordis.europa.eu/project/id/101113043
deployEMDS. (2026). Towards a common European mobility data space. https://deployemds.eu/
European Commission. (2026a). Horizon Europe. Directorate-General for Research and Innovation. https://research-and-innovation.ec.europa.eu/funding/funding-opportunities/funding-programmes-and-open-calls/horizon-europe_en
European Commission. (2026b). Results and information on EU-funded projects. https://commission.europa.eu/strategy-and-policy/eu-budget/performance-and-reporting/results-project_en
European Commission. (2026c, June 9). The European Union and Australia successfully conclude Horizon Europe negotiations. https://research-and-innovation.ec.europa.eu/news/all-research-and-innovation-news/european-union-and-australia-successfully-conclude-horizon-europe-negotiations-2026-06-09_en
Erasmus+. (2026). Erasmus+ project results. European Commission. https://erasmus-plus.ec.europa.eu/projects
EU CAP Network. (2026). Projects. European Union. https://eu-cap-network.ec.europa.eu/projects/search_en
European External Action Service. (2026). Projects. European Union. https://www.eeas.europa.eu/filter-page/projects_en
University of Jyväskylä. (2026). AIDEA: AI-Driven Educators Academy. https://www.jyu.fi/en/projects/aidea-ai-driven-educators-academy
