Participated in 5G-Crosshaul (2015–2017), a project explicitly focused on integrated 5G fronthaul/backhaul transport, and followed this with NRG-5, which builds smart energy services on top of 5G mobile infrastructure.
VISIONA INGENIERIA DE PROYECTOS SL
Spanish engineering SME specialising in 5G network architecture and smart energy services over mobile infrastructure.
Their core work
VISIONA IP is a Spanish engineering firm specialising in telecommunications network architecture and design, with demonstrated expertise in 5G infrastructure — specifically the fronthaul and backhaul segments that connect base stations to core networks. Their work spans both the physical network layer and application-level services, as shown by their participation in projects combining 5G transport with smart energy management. As an SME, they likely serve as a focused technical contributor in large research consortia, bringing applied engineering competence to system integration and network design challenges. Their positioning at the intersection of 5G connectivity and energy service delivery suggests experience translating research-grade network concepts into deployable architectures.
What they specialise in
NRG-5 (2017–2019) targeted 'Smart Energy as a Service' enabled by 5G advances, positioning VISIONA IP in the convergence of energy management and next-generation connectivity.
Both projects are RIA-type consortium efforts in the ICT pillar, consistent with a firm contributing systems-level engineering and integration expertise rather than basic research.
How they've shifted over time
VISIONA IP's two projects run in close chronological sequence — 5G-Crosshaul (2015–2017) focused on the transport infrastructure itself, while NRG-5 (2017–2019) moved up the stack toward energy applications enabled by that infrastructure. This suggests a deliberate progression: first mastering the 5G network layer, then applying it to vertical use cases like smart energy. There is no data beyond 2019 in H2020, so whether this vertical-applications trajectory continued into other sectors (transport, health, industry) cannot be confirmed from available data.
VISIONA IP appears to be moving from core 5G network engineering toward application-layer verticals, with energy as the first proven domain — making them a candidate partner for any 5G-enabled IoT or smart infrastructure project.
How they like to work
VISIONA IP has participated exclusively as a consortium partner, never as project coordinator, across both of its H2020 projects. Despite having only two projects, they engaged with 43 distinct partners across 12 countries — a remarkably broad network for a small firm, suggesting they integrate well into large international consortia. This profile is consistent with a specialist technical contributor that brings defined engineering competence to well-defined work packages rather than taking on project management or leadership roles.
VISIONA IP has built a surprisingly wide collaboration footprint for its size, with 43 unique partners spanning 12 countries across just two projects. This points to participation in large, multi-partner European research consortia typical of ICT-pillar RIA projects.
What sets them apart
VISIONA IP occupies a specific niche at the junction of 5G telecommunications infrastructure and smart energy applications — a combination relevant to grid operators, telecom vendors, and smart city developers. As a lean SME, they can slot into large research consortia as a focused technical contributor without the overhead of a large institution. Their back-to-back 5G projects in the H2020 ICT pillar suggest depth of engagement with this technology from its early standardisation phases.
Highlights from their portfolio
- 5G-CrosshaulOne of the early H2020 projects to tackle integrated 5G fronthaul/backhaul transport, placing VISIONA IP at the ground floor of European 5G infrastructure research.
- NRG-5Bridges 5G mobile network advances with smart energy service delivery, demonstrating VISIONA IP's ability to apply telecommunications expertise to energy sector use cases.