Both SIMPLE projects (2015 and 2017-2019) are explicitly dedicated to building and commercialising a SpaceFibre implementation and test platform.
INGENIARS SRL
Italian space-tech SME building commercial test equipment for SpaceFibre onboard spacecraft communication networks.
Their core work
INGENIARS is a Pisa-based space technology SME that designs and builds test equipment for SpaceFibre — a high-speed serial communication standard used inside spacecraft. Their core product, the SIMPLE system (SpaceFibre IMPLementation design test Equipment), allows spacecraft engineers to develop, validate, and test SpaceFibre-based onboard networks before flight. They progressed from a feasibility study in 2015 to a full commercial product by 2019, following the ESA SME Instrument path. In practical terms, they sell specialist hardware and software tools to space system integrators, satellite manufacturers, and research institutions that need to verify SpaceFibre compliance.
What they specialise in
SIMPLE Phase 2 (EUR 639,051) covers the full design-through-testing cycle of SpaceFibre network equipment, implying expertise in spacecraft data bus verification workflows.
The company successfully navigated both the SME Instrument Phase 1 (feasibility) and Phase 2 (market development) funding tracks, demonstrating experience translating prototype hardware into a commercial product.
Designing and implementing a SpaceFibre test platform inherently requires low-level embedded hardware and firmware engineering for space-grade environments.
How they've shifted over time
INGENIARS has a very focused and linear trajectory: both projects address exactly the same technology (SpaceFibre test equipment) at successive stages of commercial maturity. In 2015 they validated the concept at Phase 1 scale (EUR 50,000 feasibility); by 2017–2019 they had moved into a full Phase 2 development and go-to-market effort (EUR 639,051). There is no observable pivot in topic or sector — this is a company that identified a narrow but real gap in the space test equipment market and committed to it across both projects. The absence of keywords in the data makes it impossible to detect any secondary technical shifts within this trajectory.
INGENIARS appears to be deepening their position as a specialist vendor for SpaceFibre test tools; any future collaboration is most likely to involve space system integrators, satellite primes, or ESA-funded projects that require onboard network verification capabilities.
How they like to work
INGENIARS has coordinated both of their H2020 projects independently, with no registered consortium partners — a pattern typical of SME Instrument projects, which are designed to fund a single company's commercial development rather than a research consortium. This means they are accustomed to owning full project responsibility but have not demonstrated experience working within multi-partner consortia. A future collaboration would likely see them contribute as a specialist supplier or technology provider rather than a consortium integrator.
INGENIARS has no registered H2020 consortium partners, which is consistent with the solo-applicant structure of the SME Instrument scheme they used. Their practical network — subcontractors, ESA contacts, space industry clients — is not visible in CORDIS data.
What sets them apart
INGENIARS occupies a very narrow and defensible niche: commercial test equipment specifically for SpaceFibre, a protocol that has few vendors worldwide. Being based in Pisa places them within reach of ESA's Italian facilities and Italy's space manufacturing cluster, which includes major primes and integrators. For any consortium that needs a verified SpaceFibre test capability — particularly in satellite payload development or onboard data handling — INGENIARS represents one of the few SMEs in Europe with a dedicated commercial product in this area.
Highlights from their portfolio
- SIMPLEThe Phase 2 project (EUR 639,051, 2017–2019) is notable as a rare example of a small Italian SME successfully scaling a highly specialised space hardware product through the full SME Instrument funding path.
- SIMPLEThe Phase 1 feasibility project (2015) demonstrates that INGENIARS had sufficient market evidence and technical readiness to secure competitive EU funding for a niche space test equipment concept from the very start.