Portugal participa em seis projetos financiados pela call de 2020 do European Defence Industrial Development Programme (EDIDP), através de 11 empresas e entidades de I&D, com financiamento europeu que ascende a 32.7 milhões de euros.

A Comissão Europeia anunciou esta quarta-feira que são 26 os projetos apoiados pela última ronda de financiamento do EDIDP, o programa europeu que antecedeu o Fundo Europeu de Defesa.

A idD Portugal Defence felicita todas as entidades envolvidas nestas candidaturas que contribuirão para desenvolver a Economia de Defesa em Portugal.

O primeiro programa de trabalho do Fundo Europeu de Defesa, para 2021, foi publicado esta quarta-feira e está disponível aqui, com um total de 1.2 mil milhões de euros de financiamento. As candidaturas às 23 calls estão abertas até dezembro de 2021.

Consulte abaixo a lista dos projetos financiados com participação portuguesa:

Descrição do projeto

DISCRETION aims at designing and developing an optical software defined network solution for secure and resilient communication.

The communication technology project “Disruptive SDN secure communications for European Defence” (DISCRETION) aims at integrating and combining the technologies of software defined network (SDN) and quantum key distribution. This combined with legacy optical networks will build a highly secure, scalable and resilient network control architecture for advanced tactical operation services and create a degree of autonomy for European defence forces.

Participantes nacionais

  • DEIMOS ENGENHARIA; S.A (COORDINATOR)
  • ADYTA LDA
  • ALTICE LABS
  • INSTITUTO DE TELECOMUNICAÇÕES
  • INSTITUTO SUPERIOR TÉCNICO

Projeto PESCO relacionado

  • EU Cyber Academia and Innovation Hub (EU CAIH)

Mais informações AQUI

Descrição do projeto

e-COLORSS will prepare the ground for an improved European artillery system with a 155 mm cannon and rocket launcher mounted on a hybrid truck platform.

The project “European COmmon LOng Range indirect fire Support System” (e-COLORSS) proposes a significant step forward for European long-range artillery through a 155 mm cannon and a European rocket launcher. The vehicle will be based on a hybrid truck mounted platform, ensuring a very fast ammunition and charges resupply, and an interoperable, robust and secured communication system.

Participante nacional

  • OPTIMAL STRUCTURAL SOLUTIONS LDA

Projeto PESCO relacionado

  • Indirect Fire Support (EuroArtillery)

Mais informações AQUI

Descrição do projeto

FIRES will start the development of next generation 155 mm artillery projectiles and rockets based on common technological solutions.

The project “Future Indirect fiRes European Solution” (FIRES) aims at preparing the future generation of artillery 155 mm projectiles and rockets, integrating advanced concepts, promising technologies and innovations to the benefit of operational requirements. It will maximize commonalities and stimulate the harmonization of needs and cross-border cooperation to the benefits of economy of scales, reduced lifecycle costs as well as European strategic autonomy and security of supply.

Participante nacional

  • OPTIMAL STRUCTURAL SOLUTIONS LDA

Projetos PESCO relacionados

  • Materials and components for technological EU competitiveness (MAC‐EU) e Indirect Fire Support (EuroArtillery)

Mais informações AQUI

Descrição do projeto

MIRICLE will develop an innovative counter naval mine warfare solution.

The project “Mine Risk Clearance for Europe” (MIRICLE) addresses the main components of a stand-off mine warfare solution such as a mission system, communication network, Mine Countermeasures (MCM) vessel and robots, using artificial intelligence for supporting decision making. It will enable significant improvements to carry out all MCM missions. European navies, which have developed unique mine action capabilities including physical means, organizations, and a high level of operational excellence due to massive use of sea mines in the 20th century, will thus reinforce those MCM capabilities to keep pace with an ever evolving, complex and pervasive mine threat.

Participante nacional

  • SISTRADE SOFTWARE CONSULTING SA

Projetos PESCO relacionados

  • Maritime (semi‐) Autonomous Systems for Mine Countermeasures (MAS MCM)

Mais informações AQUI

Descrição do projeto

SEANICE will develop a next generation antisubmarine warfare system based on manned-unmanned platforms teaming.

The project “antiSubmarine warfare European Autonomous Networked Innovative and Collaborative Environment” (SEANICE) targets the next-generation Antisubmarine Warfare system based on teaming manned-unmanned platforms, and will set the groundwork for an advance antisubmarine warfare system. It will build from a realistic operational scenario representing a likely use-case of Antisubmarine Warfare protection of a Task Group in the next decade within the European framework. SEANICE will take advantage of new edge technologies that leverage the best collaborative way to execute manned and unmanned missions in an optimized combination to enhance detection, tracking and classification capabilities.

Participante nacional

  • CEIIA – CENTRO DE ENGENHARIA E DESENVOLVIMENTO (ASSOCIACAO)
  • GMVIS SKYSOFT S.A.
  • EDISOFT – EMPRESA DE SERVIÇOS E DESENVOLVIMENTO DE SOFTWARE S.A.

Projetos PESCO relacionados

  • Maritime Unmanned Anti‐Submarine System (MUSAS)

Mais informações AQUI

Descrição do projeto

SIGNAL aims to develop innovative payload to improve resilience in complex and/or saturated electromagnetic environments to be installed in small flexible platforms such as tactical drones.

The project “Photonics-bAsed SIGINT payloaD fOr Class II RPAS” (SIGNAL) covers the study, design, prototyping and testing of an innovative Electronic Support Measures (ESM) and Electronic Intelligence (ELINT) system capable of being installed in Class II RPAS systems with the complete information gathering capabilities. A major advantage of the solutions is that it can be installed on small flexible platforms that can be updated and deployed according to the threats and battlefield scenario evolution in order to ensure Information Superiority in complex and/or saturated electromagnetic environments.

Participante nacional

  • TEKEVER UAS

Mais informações AQUI

Consulte aqui a factsheet com os resultados das calls EDIDP 2020.