Both SIADE (2014) and SIADE SaaS (2017) are explicitly built around a spatial decision support system for transportation planning.
TERRAIN TECHNOLOGIES SL
Spanish SME developing SIADE, a SaaS spatial decision support system for transportation planning, backed by two EU SME Instrument grants.
Their core work
Terrain Technologies is a Spanish software SME that develops spatial decision support systems for transportation planning. Their core product, SIADE, combines geographic information systems (GIS) with analytical tools that help planners and authorities model, evaluate, and optimize transport infrastructure decisions. They successfully progressed their product from a validated prototype (2014–2015) to a full cloud-based SaaS platform (2017–2020), indicating a commercially-oriented development path rather than basic research. Their work sits at the intersection of geospatial technology and transport policy, translating complex spatial data into actionable planning intelligence.
What they specialise in
All H2020 projects target transportation planning as the application domain, from initial concept through SaaS commercialization.
SIADE SaaS (2017–2020, €888K) explicitly reframes the platform as a cloud-based Software-as-a-Service product, showing deliberate commercial productization.
Spatial decision support inherently requires GIS capabilities; the SIADE system name and framing imply a geospatial analytical core across both projects.
How they've shifted over time
Terrain Technologies has maintained a tightly focused trajectory with no visible pivot — both projects are iterations of the same SIADE product. The 2014–2015 Phase 1 project was a feasibility and concept validation effort at €50K, while the 2017–2020 Phase 2 scaled to €888K for full product development and commercialization as a SaaS platform. The evolution is not thematic but commercial: from idea validation to market-ready software. No keyword data is available to confirm deeper technical shifts, so this reading is based solely on the project structure and funding scheme progression.
Terrain Technologies is on a classic SME commercialization arc — having completed Phase 2 funding by 2020, they are likely in active market deployment of SIADE SaaS, making them a potential technology provider rather than a research partner for future projects.
How they like to work
Terrain Technologies operates as a solo product company rather than a consortium builder — both H2020 projects record zero consortium partners, which is consistent with SME Instrument Phase 1 and Phase 2 grants that fund individual companies directly. They led both projects as coordinator, indicating confidence in driving their own agenda. Anyone engaging them should expect a vendor or technology-provider relationship rather than a co-development research partnership.
No consortium partners are recorded across their H2020 portfolio, suggesting Terrain Technologies has operated independently under the SME Instrument rather than building a collaborative network. Their footprint is essentially domestic — based in Gijón, Spain, with no documented international co-operation through EU projects.
What sets them apart
Terrain Technologies is one of relatively few SMEs that successfully completed both Phase 1 and Phase 2 of the SME Instrument for the same product, demonstrating validated commercial potential recognized by EU evaluators twice. Their niche — spatial decision support specifically for transportation planning, delivered as SaaS — is narrow enough to be distinctive and deep enough to be credible. For a consortium needing a ready-to-deploy geospatial transport analytics tool rather than a research prototype, they are a rare find.
Highlights from their portfolio
- SIADE SaaSAt €888K, this Phase 2 SME Instrument grant represents a full commercialization mandate for a geospatial transport planning platform — the largest and most operationally significant project in their portfolio.
- SIADEThe Phase 1 feasibility project that secured EU validation for the SIADE concept, directly enabling the much larger Phase 2 award three years later.