ESA’s Xtend 5G project to develop an independent hybrid satellite connectivity system

November 18th, 2024: ESA is working with Forsway, a provider of cost-efficient hybrid satellite terrestrial solutions and equipment for broadband connectivity, to develop a two-way/ hybrid satellite connectivity systemCo-funded through ESA’s Space for 5G/6G & Sustainable Connectivity programme, along with the support from the Swedish National Space Agency (SNSA), the system will be built with the aim of combining satellite and ground infrastructure capabilities.

Link to ESA (European Satellite Agency) article page

Link to ESA article in Swedish

The project, called Xtend 5G, will develop a hybrid connectivity solution, providing a main connectivity source or act as an emergency backup for critical systems. The system will also provide seamless connectivity for European governmental users, emergency services, and critical infrastructure sectors.

Xtend 5G will enable connectivity for the hardest-to-reach communities via satellite, serving traditionally underserved communities and markets, removing complexities in regions which have limited existing connectivity infrastructure and unused operator bandwidth. The development of dual-use, holistic, and highly resilient connectivity enables Europe to hone its expertise, creating a brighter, more connected future for citizens, as well as a more globally competitive European connectivity ecosystem.

The system aims to provide connectivity anywhere, anytime, with the ability in work in an open or closed network with full system control. Additionally, the system will be interoperable with any security solutions which will be compatible with it.

The project works towards the objectives of ESA and its Space for 5G/6G programme by supporting private innovation in ground segments for future European satellite systems. Through collaborations with companies like Forsway, ESA drives the increase in regional connectivity for people and businesses, increasing societal and economic opportunities.

Tobias Forsell, CEO at Forsway, said: “We are thrilled to launch this exciting partnership with ESA and SNSA. The new communication system will be a highly beneficial tool for security, government organisations, the energy sector and others demanding secure, robust, and fast communication where full control over the connectivity ecosystem is crucial. Xtend 5G can be employed in an open or closed network format.”

“To meet strict requirements of government and public agencies, we will offer a highly customisable and fully secure solution to address their needs. Additionally, Xtend 5G will provide a robust backup connection for critical infrastructure installations that may be vulnerable due to geographical location.

Antonio Franchi, ESA Head of the 5G/6G Non-Terrestrial Network (NTN) Programme Office, said: “We believe hybrid communication technologies that integrate satellite, 5G NTN and mobile networks will play an important role in future connectivity ecosystems. We are pleased to support Forsway in this unique project with funding, guidance and expertise.”

Georgios Ziaragkas, ESA Ground Segment Engineer, said: “ESA is proud to support Forsway in developing and building next-generation connectivity systems, enhancing the daily lives of people and businesses. Partnering with Forsway and the Swedish National Space Agency enables ESA to drive innovation for a stronger, more competitive European industry.”

The ‘Space for 5G/6G & Sustainable Connectivity’ programme, which sits within ESA’s Advanced Research in Telecommunications Systems (ARTES), is advancing 5G and 6G technologies to support the digital transformation of Europe by integrating satellite and ground networks. This fusion of terrestrial and non-terrestrial networks will revolutionise how we live, work and communicate in terms of smart mobility, global coverage, security and network resilience. The programme aims to promote the standardisation of seamless global connectivity for various industries and applications, including telemedicine, tele-education, and autonomous vehicles, airplanes and ships.