ELLIOT (2017-2019) was a SME Instrument Phase 2 project specifically targeting the integration of LED lighting into Internet of Things infrastructure, which LEDMOTIVE coordinated.
LEDMOTIVE TECHNOLOGIES SL
Barcelona SME building programmable IoT-connected LED systems for smart environments and scientific visual perception research.
Their core work
LEDMOTIVE TECHNOLOGIES is a Barcelona-based SME that develops intelligent, programmable LED lighting systems designed for integration into connected environments. Their core product line sits at the intersection of solid-state lighting and networked control — enabling LED luminaires to become active nodes in IoT infrastructure rather than passive light sources. In the ELLIOT project, they led the technical and commercial development of IoT-enabled LED technology as the solo SME Instrument Phase 2 grantee, which signals strong product-market readiness and EU validation of their commercial approach. They also contribute to academic research on visual perception, suggesting their technology is relevant not only for building automation but for scientific applications where precise, controllable light sources matter — such as psychophysics labs and material appearance research.
What they specialise in
Both ELLIOT and DyViTo (a vision and material perception research network) rely on controllable, calibrated light sources — pointing to LEDMOTIVE's capability to deliver precise spectral and intensity control.
Participation in DyViTo (2017-2022, MSCA-ITN), a Marie Curie training network on the dynamics of vision and material appearance, indicates LEDMOTIVE's technology is used as scientific instrumentation in perception research.
ELLIOT falls under the Energy pillar (P3) of Horizon 2020, connecting their LED IoT work to energy efficiency goals in building and infrastructure contexts.
How they've shifted over time
With only two projects, both starting in 2017, there is no meaningful chronological evolution to trace — LEDMOTIVE entered H2020 funding simultaneously in a commercial IoT track (ELLIOT via SME Instrument) and an academic research track (DyViTo via MSCA). This dual entry suggests they were already a technically mature company in 2017, seeking both market validation and scientific credibility at the same time. The absence of later H2020 projects may reflect a deliberate focus on commercializing ELLIOT outcomes rather than pursuing further EU funding rounds.
With no project timeline progression to analyze, the clearest signal is that LEDMOTIVE positions itself as both a commercial technology vendor (SME Instrument) and a scientific instrument supplier (MSCA partner) — a dual-track strategy that could make them a valuable industrial partner for future consortia needing real hardware in perception, lighting, or smart environment projects.
How they like to work
LEDMOTIVE has led one project independently as SME Instrument coordinator and joined one as a partner in a larger academic network, suggesting they are comfortable in both leadership and supporting roles. Their consortium exposure — 14 partners across 6 countries — is relatively broad for an SME with just two projects, indicating active engagement rather than passive participation. As a small technology company, they likely contribute a specific hardware or software component rather than administrative or management functions.
LEDMOTIVE has worked with 14 unique partners across 6 countries, a substantial network for a two-project SME, largely attributable to the multi-node structure of the DyViTo MSCA training network. Their geographic reach spans at least Southern and Western Europe, though Spain is their operational base.
What sets them apart
LEDMOTIVE occupies a rare niche as a Spanish SME that builds programmable LED systems precise enough to be used in academic vision science research — not just commercial lighting automation. This dual credibility (validated by both the competitive SME Instrument Phase 2 and a Marie Curie network) means they can speak the language of engineers, product developers, and neuroscientists alike. For consortium builders, they bring real hardware that is already in scientific use, which reduces integration risk compared to partnering with a pure research lab or a generic lighting supplier.
Highlights from their portfolio
- ELLIOTWon the highly competitive SME Instrument Phase 2 grant (EUR 836,742) as sole coordinator — a strong signal of commercial viability and EU confidence in their IoT LED technology.
- DyViToParticipation in a Marie Curie Innovative Training Network on vision and material perception shows LEDMOTIVE's technology is considered scientifically precise enough for fundamental psychophysics research.