Both HERMES projects (2016 Phase 1, 2017–2020 Phase 2) are entirely focused on building a high-efficiency real-time multithreading engine.
TAITUS SOFTWARE ITALIA SRL
Italian software SME that built a real-time multithreading engine for space applications through the EU SME Instrument program.
Their core work
Taitus Software Italia is an Italian software SME specializing in high-performance real-time computing software for space applications. Their core product, the HERMES engine, addresses multithreading efficiency in space-grade computing environments — a technically demanding niche where software must operate reliably under strict timing and resource constraints. They developed HERMES through the EU's competitive SME Instrument program, progressing from a Phase 1 feasibility study to a full Phase 2 development and commercialization project, indicating a product-driven company rather than a research consultancy. Their work sits at the intersection of embedded systems software, parallel computing, and space-qualified engineering.
What they specialise in
HERMES was explicitly designed for space applications and funded under the H2020 Space pillar (P2-SPACE), confirming domain specialization.
Real-time multithreading for space-grade systems implies work on constrained, high-reliability embedded computing environments.
How they've shifted over time
Taitus's entire H2020 track record is a single technology trajectory: the HERMES real-time multithreading engine, taken from concept (Phase 1, 2016) through full product development (Phase 2, 2017–2020). There is no observable pivot or broadening of focus within the H2020 period — the company pursued one well-defined technical goal with discipline. Without data beyond 2020, it is not possible to confirm whether they have since expanded into adjacent domains such as edge computing, satellite onboard software, or commercial real-time operating systems.
Taitus appears to be a product company on a deliberate commercialization path — if HERMES reached the market post-2020, potential collaborators in satellite software, space systems integration, or defense computing may find a mature, tested component rather than a research prototype.
How they like to work
Taitus operated exclusively as project coordinator and worked without consortium partners in both projects — this is typical of the SME Instrument program, which funds individual companies rather than consortia. This means they have no recorded history of collaborative EU partnerships and are unlikely to be experienced consortium participants. A prospective partner should expect to be working with a focused product team, not a research network.
Taitus has no recorded consortium partners across its two H2020 projects, both of which were solo SME Instrument grants. Their H2020 network footprint is effectively zero — they built their EU funding history independently.
What sets them apart
Taitus is one of the few Italian software SMEs to have successfully completed both phases of the SME Instrument (now EIC Accelerator) for a space computing product — a competitive achievement that signals strong technical credibility and business case validation by EU evaluators. Their specialization in real-time multithreading specifically for space environments is a narrow niche with few direct competitors among SMEs. For consortia building space onboard software, data processing pipelines, or satellite payload systems, Taitus offers a tested software component with EU-backed development history.
Highlights from their portfolio
- HERMESThe Phase 2 project (€812,393, 2017–2020) represents a full SME Instrument commercialization grant — one of the more competitive EU funding instruments — confirming that independent evaluators judged both the technology and the business case as credible.
- HERMESThe Phase 1 project (2016) demonstrates a disciplined go-to-market process: feasibility first, then scale — a pattern that distinguishes product-focused SMEs from ad-hoc research participants.