Apply for Market-Oriented Call on Photonics (Denmark)

Deadline: 17-Sep-2026

The ECS IA Resilience 2026 Market-Oriented Call on Photonics supports the development and industrialisation of advanced photonic technologies with strong market potential. The call focuses on high-performance photonic platforms, industrial-grade demonstrators, scalability, reliability, and integration-ready solutions, with Innovation Fund Denmark providing co-funding for eligible Danish participants.

Program Overview

The ECS IA Resilience 2026 Market-Oriented Call on Photonics supports collaborative innovation projects aimed at transforming advanced photonic research into market-ready technologies.

The programme focuses on reducing the gap between laboratory research and commercial production by supporting projects that develop scalable, reliable, and industrially relevant photonic solutions.

Supported projects should demonstrate future market products through:

• Industrial-grade prototypes.
• Advanced photonic platforms.
• Pre-commercial production approaches.
• Integration-ready technologies.
• High Technology Readiness Levels (TRLs).

Program Objectives

The call aims to:

• Accelerate development of advanced photonic technologies.
• Support industrial scale-up of photonics innovations.
• Strengthen commercialisation pathways.
• Develop reliable and scalable photonic platforms.
• Promote industry-ready technology solutions.
• Support European competitiveness in photonics.

Key Focus Areas

Advanced Photonic Technologies

The programme supports innovation in:

• High-performance photonic systems.
• Advanced optical technologies.
• Next-generation photonic platforms.
• Industrial applications of photonics.

Photonic technologies use light-based systems to process, transmit, and control information and are increasingly important for industries such as telecommunications, healthcare, manufacturing, and computing.

Industrial Scale-Up

Projects should focus on moving technologies closer to commercial deployment through:

• Manufacturing improvements.
• Production scalability.
• Industrial validation.
• Improved reliability.

High-Performance Photonic Platforms

Supported solutions should demonstrate:

• High technical performance.
• Improved efficiency.
• Reliability in industrial environments.
• Integration capability.

Research and Prototyping

Projects may include:

• Technology development.
• Prototype creation.
• Experimental validation.
• Performance testing.

Pre-Commercial Production

The call supports technologies moving toward:

• Market introduction.
• Pilot production.
• Industrial application.
• Commercial readiness.

Industrial-Grade Demonstrators

Projects should develop demonstrators that represent future commercial products.

Demonstrators should show:

• Practical usability.
• Scalability potential.
• Reliable operation.
• Integration readiness.

Technology Readiness Levels (TRLs)

Applicants should demonstrate progress toward higher Technology Readiness Levels.

Higher TRLs indicate technologies that are closer to:

• Real-world testing.
• Industrial adoption.
• Commercial production.

Why This Program Matters

Photonics technologies are essential for modern innovation and contribute to areas such as:

• Digital communication.
• Artificial intelligence systems.
• Advanced manufacturing.
• Medical technologies.
• Quantum technologies.
• Industrial automation.

The programme helps strengthen:

• European technology leadership.
• Industrial competitiveness.
• Innovation ecosystems.
• Market adoption of advanced technologies.

Who Is Eligible?

The call is open to Danish organizations participating in successful international collaborative projects.

Eligible applicants include:

• Universities.
• Companies.
• Industry organizations.
• Research and Technology Organizations (RTOs).
• Research organizations.

All Danish organizations directly involved in project activities can apply for co-funding from Innovation Fund Denmark.

Funding Information

Innovation Fund Denmark provides national co-funding for eligible Danish participants.

Funding Limits

For projects involving more than one Danish partner:

• Maximum national funding: €650,000 per project
• Maximum national funding: €650,000 per Danish partner

For projects coordinated by a Danish organization:

• Maximum national funding: €1,300,000 per project
• Maximum national funding: €650,000 per Danish partner

Minimum funding amount:

• €50,000 per partner

Additional information:

• EU co-funding is not included in these national funding limits.
• Funding applies to eligible Danish participants only.

Supported Project Activities

Projects may support:

• Photonic technology development.
• Industrial prototype creation.
• Demonstrator development.
• Testing and validation.
• Scale-up activities.
• Manufacturing readiness.
• Integration preparation.
• Commercialisation pathways.

How the Funding Works

The funding process includes:

1. Organizations participate in eligible ECS IA Resilience Photonics projects.
2. Successful Danish participants apply for national co-funding.
3. Innovation Fund Denmark evaluates applications.
4. Approved applicants receive funding support for project activities.

How to Apply

Applicants should:

1. Confirm eligibility as a Danish organization.
2. Participate in a qualifying international collaborative project.
3. Define technical objectives and expected market outcomes.
4. Prepare project and financial documentation.
5. Submit an application to Innovation Fund Denmark.
6. Demonstrate direct involvement in project activities.

Expected Outcomes

Supported projects are expected to deliver:

• Market-ready photonic technologies.
• Industrial-grade demonstrators.
• Improved scalability and reliability.
• Stronger photonics innovation ecosystems.
• Faster transition from research to commercial production.
• Increased European competitiveness.

Common Mistakes to Avoid

Applicants should avoid:

• Applying without participation in an eligible collaborative project.
• Failing to demonstrate commercial potential.
• Presenting technologies that are too early in development.
• Providing unclear industrial deployment plans.
• Not explaining scalability and integration readiness.

Tips for a Strong Application

Applicants can improve proposals by:

• Clearly explaining market applications.
• Demonstrating technology maturity.
• Highlighting industrial partnerships.
• Providing realistic scale-up strategies.
• Explaining reliability and integration requirements.
• Showing pathways toward commercial production.

Frequently Asked Questions (FAQs)

What is the ECS IA Resilience 2026 Market-Oriented Call on Photonics?

It is a funding opportunity supporting advanced photonic technologies that are close to market readiness and industrial deployment.

What types of technologies are supported?

The call supports advanced photonic platforms, industrial demonstrators, scalable photonic solutions, and integration-ready technologies.

Who provides funding for Danish participants?

Innovation Fund Denmark provides national co-funding for eligible Danish organizations involved in successful projects.

How much funding can Danish organizations receive?

Danish participants can receive up to €650,000 per partner, while Danish-coordinated projects may receive up to €1.3 million per project.

Who can apply for Danish co-funding?

Eligible applicants include Danish universities, companies, industry organizations, RTOs, and research organizations.

Is EU funding included in the national funding limits?

No. EU co-funding is separate and does not count toward the national funding limits.

What is the minimum funding amount?

The minimum national funding amount is €50,000 per partner.

Conclusion

The ECS IA Resilience 2026 Market-Oriented Call on Photonics supports the transition of advanced photonic research into commercially viable technologies. By funding scalable, reliable, and integration-ready solutions, the programme helps strengthen industrial innovation and accelerate the adoption of next-generation photonic systems in European markets.

For more information, visit Innovation Fund Denmark.