Spanish tech SME applying IoT sensors, drones, and Copernicus earth observation to forest fire detection and space-grade signal processing.
AD TELECOM SL is a Spanish technology SME based in Badalona specializing in signal processing and smart sensor systems applied to environmental monitoring and space applications. Their most concrete work is DANTE — a digital alarm network combining IoT sensors, cameras, drones, and earth observation data (Copernicus) to detect forest fires in rural areas in real time. They also explored reprogrammable digital signal processing instruments for space-grade applications under the SPACE-DSP project, suggesting a background in telecoms and signal engineering that they have since redirected toward environmental safety. As a small, commercially-minded company, they consistently frame their work around deployable solutions with measurable near-term impact.
DANTE (2018) built a digital alarm network integrating IoT, cameras, image processing, drone supervision, and Copernicus satellite data specifically for early fire detection in rural areas.
SPACE-DSP (2015) developed a reprogrammable general-purpose instrument for digital signal processing in space applications, coordinated solely by the company.
DANTE's architecture relied on smart network design connecting IoT sensors, cameras, and control room infrastructure for real-time rural area supervision.
DANTE explicitly incorporated Copernicus satellite data and drone-based earth observation into its fire detection pipeline, referencing ESA and ESNC in project keywords.
AD TELECOM SL entered H2020 in 2015 with a space technology focus, developing reprogrammable digital signal processing instruments for space-grade applications under SPACE-DSP. By 2018, they had pivoted decisively toward applied environmental monitoring — specifically forest fire detection — using IoT, cameras, drones, and Copernicus earth observation data in the DANTE project. The connecting thread across both projects is sensor data acquisition and signal processing in demanding conditions, but the shift from space instruments to ground-based smart networks reflects a clear commercial reorientation toward faster, nearer-term market applications with immediate ROI.
AD TELECOM SL is moving toward commercially deployable environmental monitoring solutions, with an explicit emphasis on near-term ROI, making them most likely to seek future collaborations around wildfire safety infrastructure, smart rural sensor networks, or Copernicus-based earth observation applications.
AD TELECOM SL has acted exclusively as project coordinator in both H2020 projects, leading their own innovation efforts rather than joining as a partner in larger consortia. Both projects were SME Instrument Phase 1 feasibility studies — a format specifically designed for solo company applications — meaning they have no recorded consortium partners in the H2020 database. This pattern suggests they function best as an autonomous technology developer with a defined product concept, rather than as a team player embedded in a large research network.
AD TELECOM SL has no recorded consortium partners across their two H2020 projects, consistent with the solo-application structure of the SME Instrument Phase 1 scheme they used in both cases. Their H2020 collaboration footprint is effectively self-contained, with no documented cross-border or cross-sector partner relationships.
AD TELECOM SL is one of the few Spanish SMEs combining a signal processing and space technology background with applied IoT and earth observation for environmental safety — a niche that sits at the intersection of telecoms engineering and environmental monitoring. Their DANTE project's keyword "immediate ROI" is a telling signal: this is a commercial engineering company oriented toward deployable products, not academic research outputs. For consortia needing a small, technically grounded partner with fire detection or smart sensor system expertise in Southern Europe, they offer a specific capability that research institutes and large industrial players rarely match in focus or agility.
