Quantum technologies

Closed

Code: 34584 | Identifier Code: EDF-2024-LS-RA-DIS-QUANT-STEP | Programme name: 3564 | Start submission calls: 20/06/2024 | End submission calls: 05/11/2024

Quantum technologies count amongst the main emerging and disruptive technologies for defence capabilities. Within these quantum technologies, Quantum Sensing (QS) is one of the most mature domains and has the potential to notably impact defence operations. Nevertheless, significant technical challenges remain before operational systems can be developed. Further research is therefore needed in a range of QS domains such as quantum sensors for Positioning, Navigation and Timing (PNT), optronics and RF sensing. Besides, with the possible emergence of quantum computers, current technologies for secure communications face a risk of becoming compromised and need to be upgraded. There is therefore a need for research on technologies future-proof communication technologies such as quantum communication or quantum-resistant cryptography.

Secure waveform for satellite communications

Closed

Code: 34581 | Identifier Code: EDF-2024-DA-SPACE-EPW-STEP | Programme name: 3564 | Start submission calls: 20/06/2024 | End submission calls: 05/11/2024

This topic aims specifically at further developing a European interoperable protected waveform for satellite military communications that can be used by different EU nations individually or together in a joint operational context (EU, NATO, multi-nation missions). Such European Protected Waveform (EPW) should in particular target efficiency, security, affordability and interoperability of satellite communications. The EPW should be license-based and flexibly adapted according to the application, service or platform (fixed, on-the-move or on-the-pause) during peacetime or in operations.

Simulation and training for medical emergencies

Closed

Code: 34579 | Identifier Code: EDF-2024-DA-SIMTRAIN-STME-STEP | Programme name: 3564 | Start submission calls: 20/06/2024 | End submission calls: 05/11/2024

The topic aims to address the current operational challenges facing military medical personnel in the EU Member States (MS) and EDF Associated Countries, including in and out of areas of deployment.

Next generation rotorcraft

Closed

Code: 34575 | Identifier Code: EDF-2024-DA-AIR-NGRT | Programme name: 3564 | Start submission calls: 20/06/2024 | End submission calls: 05/11/2024

This topic is intended to lead to a step improvement in EU VTOL capability with a view to future EU/NATO rotorcraft programmes (EIS 2035/2040+). Moreover, developed technologies should also be used for upgrades of legacy platforms, where applicable.

Medium altitude long endurance RPAS

Closed

Code: 34572 | Identifier Code: EDF-2024-DA-C4ISR-MALE | Programme name: 3564 | Start submission calls: 20/06/2024 | End submission calls: 05/11/2024

MALE RPAS reconnaissance includes optical, infrared, radar and signal intelligence sensors and generates geoinformation data. The sensors for optical, infrared and radar reconnaissance are usual configuration parts of a MALE system. As signal intelligence is often classified for national eyes only, it would be preferable to develop a common pod design, which is suitable to contain the national electronics. The integration effort into the MALE system can be shared with a common pod design. This pod design is also a suitable baseline for additional future sensors.

The ultimate objective is to develop, produce and sustain a system that provides this critical defence capability to respond to future security challenges.

In addition, a strong European supply chain is intended to be developed at all levels to promote the European Defence Technological and Industrial Base (EDTIB) in the long term. The supply chain should not be a pre-determined black box, but is expected to be open to competitive suppliers in a largely open tendering process, with the suppliers for mission-critical or security-relevant systems intended to be EU-based.

Functional smart system-of-systems under an integral survivability approach for future naval platforms

Closed

Code: 34570 | Identifier Code: EDF-2024-DA-NAVAL-FNP | Programme name: 3564 | Start submission calls: 20/06/2024 | End submission calls: 05/11/2024

The specific objective of this topic is to define the common operational requirements of the System of Systems (SoS) framework and the essential elements of the next generation of European naval platforms. Such a SoS framework is expected to embrace the supporting infrastructure including interfaces, data, and common and specific services. It must identify the technological needs for the future development of European naval platforms with special attention on emerging technologies, promising solutions, and the increased resilience of naval vessels when facing the most sophisticated threats by near real-time evaluation of survivability.

Next-Generation Cooperative Cyber Range

Closed

Code: 34568 | Identifier Code: EDF-2024-DA-CYBER-NGCR-STEP | Programme name: 3564 | Start submission calls: 20/06/2024 | End submission calls: 05/11/2024

This topic aims to address the remaining challenge on design and development of solutions that deliver notable progress vis-à-vis the current state-of-the-art, including in view of wider technology landscape. This means that focus has to shift from creating cyber ranges that fulfil basic needs to cyber ranges that target next-level capability requirements. Therefore, the specific objective is about the use of cyber ranges for trainings and exercises. The proposed solutions, however, can benefit also other cyber range use-cases such as product development and penetration testing. Therefore, considerations of such use-cases may be taken into account for developing the solutions.

AI-based multifunctional aperture and transceiver

Closed

Code: 34566 | Identifier Code: EDF-2024-DA-C4ISR-AIMA-STEP | Programme name: 3564 | Start submission calls: 20/06/2024 | End submission calls: 05/11/2024

To cope with multi-dimensional warfighting environments, modern militaries need relevant situational awareness across all domains. They also need to be able to both operate cross-domain capabilities, such as any-sensor-to-any-shooter networking, and prevent the enemy from doing so. This requires communications systems that can perform ad hoc networking in all domains in dynamically evolving tactical situations. Currently, this is done with mobile ad-hoc networking (MANET) data links.

Today, MANET data links, ES receivers, jammers, BFT and IFF are separate pieces of equipment requiring decentralised control, separate installation space, power supply, cabling, antennas, etc. By combining these functionalities into a single autonomously controlled equipment, it would be possible to achieve better performance, higher reliability, lower weight and lower life cycle costs.

In addition to the aforementioned technological reasons for converged aperture, there is also a need for converged systems. The electromagnetic spectrum (EMS) is expected to continue to be contested, congested and constrained. This would require AI-based operation at the device and system of systems (fleet/network) level in order to coordinate actions of several systems with minimal detectability and platform losses.

Energy-independent and energy-efficient systems for military camps

Closed

Code: 34564 | Identifier Code: EDF-2024-DA-ENERENV-EEMC-STEP | Programme name: 3564 | Start submission calls: 20/06/2024 | End submission calls: 05/11/2024

The specific objective of this topic is to substitute the fossil fuel dependency reduction in military deployable camps (support and mobility) without any drop of operational performances, in a context of increasing electrical energy demand in the battlefield. Moreover, investigation on the return of experience of the demonstration stage, should include specifications of a whole concept of energy independent and efficient deployable camps. Furthermore, the ability to support the diminution of their fossil fuel consumptions while maintaining operational performances, avoiding logistics, security burden and reducing logistics footprint should be validated.

Multipurpose unmanned ground systems

Closed

Code: 34562 | Identifier Code: EDF-2024-DA-GROUND-UGS-STEP | Programme name: 3564 | Start submission calls: 20/06/2024 | End submission calls: 05/11/2024

The use of such UxV systems has a direct impact in reducing the exposure of human operators and soldiers to associated risks. Such systems can radically improve the efficiency and performance of the tactical unit to provide tactical/ operational superiority and offer robust and reliable solutions in very demanding conditions.

Thus, the aim of this topic is to develop an unmanned modular system of systems capable of supporting dismounted, mechanised and motorised infantry in all types of European geographic and operational land environments, including denied environments, in adverse light and weather conditions with evolving levels of autonomy and robustness.

The overarching goal of this topic is to contribute to the maturing, testing and verification of the Unmanned Ground Systems (UGS) capability, so that the technology is expected to be ready for integration into the European armed forces by 2030.

Renewable Energy financing mechanisms multi technology

Closed

Code: 34547 | Identifier Code: RENEWFM-2025-INVEST-MULTI | Programme name: 28521 | Start submission calls: 30/07/2024 | End submission calls: 04/03/2025

This call aims to provide support for renewable energy projects and targets ground mounted solar PV and onshore wind projects as a well established and low-cost renewable energy technology aimed at high reliability in terms of deploying fully operational renewable electricity (RES-E) capacities and generation volumes and thus assumes effective and quick project realization from awarded project applicants.

INNOVDEPLANT

Closed

Code: 34544 | Identifier Code: PPPA-2024-INNOVDEPLANT | Programme name: 2280 | Start submission calls: 25/07/2024 | End submission calls: 30/10/2024

Deployable antennas are a key element of satellites enabling them to receive and transmit data. They are relevant for all types of space applications such as navigation, Earth observation, science and defence. Technology deployed on space antennas may find applications also in the civil, terrestrial market.

The expected outcomes of this pilot project will allow EU to reduce the dependencies from non-EU countries for the critical space technologies relevant to reflectors and deployable antennas and accelerate time to market. The identification of novel non-dependent materials, techniques to re-use parts, materials from end-of-life assets and antennas for assembly and manufacturing on orbit will contribute to increase EU sovereignty and allow unrestricted access to key, critical space technologies.