ALMA SISTEMI SRL

Their core work

ALMA Sistemi is an Italian technology SME specializing in remote sensing, Earth observation, and geospatial data processing for environmental monitoring and risk assessment. They develop platforms and tools that apply satellite imagery and image processing — including AI-based methods — to real-world problems like structural stability monitoring, land movement tracking, coastal erosion, and utility management. The company also has a distinct line of work in plasma antenna technologies for navigation and communications, and has contributed to in-situ dating instrumentation for planetary and Earth science applications.

What they specialise in

How they've shifted over time

In the early period (2015–2018), ALMA focused on foundational technology development — plasma antennas for navigation (PALADIN, PATH) and structural stability monitoring using remote sensing and seismic risk assessment (STABLE). From 2018 onward, their work broadened significantly into applied geospatial intelligence: archaeology-focused remote sensing (RESEARCH), COVID-driven utility management (eUMaP), and AI-powered economic analysis from satellite imagery (EYE). The trajectory shows a clear shift from hardware-oriented R&D toward data-driven platforms and societal applications of Earth observation.

ALMA is pivoting from hardware R&D toward AI-powered geospatial platforms that serve societal needs — crisis management, economic monitoring, and environmental risk — making them a strong partner for applied Earth observation projects.

How they like to work

ALMA is overwhelmingly a project leader, coordinating 6 of their 8 H2020 projects — a remarkably high ratio for an SME. Their preferred funding vehicle is MSCA-RISE (6 projects), which means they build international research exchange networks rather than large industrial consortia. With 45 unique partners across 11 countries, they maintain a broad but not overly concentrated network, suggesting they actively seek diverse expertise for each new initiative rather than relying on a fixed set of partners.

ALMA has built a network of 45 distinct partners across 11 countries, primarily through MSCA-RISE staff exchange projects. This gives them unusually wide-reaching academic and research connections for a company of their size, with a likely emphasis on Mediterranean and European research institutions.

What sets them apart

ALMA is a rare SME that consistently leads international research consortia rather than joining as a junior partner — coordinating 75% of their projects. Their combination of plasma antenna engineering and remote sensing/geospatial AI is highly unusual; most companies specialize in one or the other. For consortium builders, they offer proven coordination experience, a ready-made network of 45+ partners, and the ability to bridge hardware development with data-driven environmental and societal monitoring applications.

Highlights from their portfolio

• IN TIME
  Their highest-funded project (EUR 358,800), developing in-situ dating instruments for both Mars and Earth applications — an ambitious cross-planetary science scope.
• EYE
  Represents their most forward-looking work: using satellite imagery, AI, and image processing to derive macroeconomic indicators, bridging space technology with economic analysis.
• eUMaP
  Directly addresses pandemic-era infrastructure challenges — a utilities management platform for quarantine scenarios covering energy, water, waste, and telecom networks.