Central to AtlantOS, EuroSea, ONION, Euro-Argo RISE, and MyOcean FO — all focused on integrated ocean observing, marine services, and operational forecasting.
ACRI ST SAS
French SME specializing in Earth observation data services, ocean monitoring systems, and scientific data exploitation for Copernicus and space programs.
Their core work
ACRI-ST is a French technology SME based in Sophia Antipolis specializing in Earth observation data processing, ocean monitoring systems, and scientific data exploitation for space and marine applications. They build software tools and services that turn satellite and in-situ observation data into usable information products — primarily for Copernicus, ocean forecasting, and planetary science. Their core competence lies at the intersection of remote sensing, data management, and operational environmental monitoring, serving both European space programs and marine research infrastructures.
What they specialise in
Coordinated CCVS (Copernicus CAL/VAL Solution) with their largest budget (EUR 698K), contributed to SURPRISE on EO instrument design, and supported MyOcean FO for pre-operational marine services.
Coordinated EXPLORE, applying artificial intelligence and collaborative visualization to space science data including galaxies, stars, and lunar research.
Contributed to SURPRISE on compressive sensing, super-spectral imaging, and FPGA-based onboard processing for next-generation Earth observation payloads.
Participated in EPN-2024-RI (Europlanet), JERICO-S3 (coastal observatories), and Euro-Argo RISE — all research infrastructure projects requiring large database handling and data harmonization.
How they've shifted over time
In the early H2020 period (2014–2017), ACRI-ST focused almost exclusively on operational oceanography — ocean observations, marine services, fisheries, climate monitoring, and Atlantic observing systems. From 2019 onward, their work broadened significantly: they moved into space instrument technology (compressive sensing, super-resolution imaging), planetary science data infrastructure, and AI-driven scientific data exploration. This shift suggests a company expanding from domain-specific ocean data services toward a more general scientific data and space technology profile.
ACRI-ST is moving from being a marine data services provider toward becoming a broader space and scientific data company, with growing capabilities in AI-based data exploitation and advanced EO instrumentation.
How they like to work
ACRI-ST operates predominantly as a specialist partner (8 of 10 projects), joining large consortia where they contribute data processing and scientific software expertise. Their two coordinator roles came in 2020 on their highest-funded projects (CCVS and EXPLORE), suggesting growing confidence and visibility in the community. With 213 unique partners across 45 countries, they are a highly networked organization that connects across many different consortia rather than repeatedly working with the same groups.
Exceptionally broad network for an SME: 213 unique consortium partners across 45 countries, spanning ocean science, space research, and planetary science communities. Their geographic reach covers virtually all of Europe plus international partners, reflecting participation in large-scale research infrastructure projects.
What sets them apart
ACRI-ST occupies a rare niche as a private SME that bridges ocean science, Earth observation, and planetary research — domains usually dominated by large public institutes. Their Sophia Antipolis location places them in France's premier technology cluster, and their ability to coordinate Copernicus calibration/validation work (CCVS) demonstrates trust from the space community in their technical rigor. For consortium builders, they offer the agility of an SME with the cross-domain reach of a much larger organization.
Highlights from their portfolio
- CCVSTheir largest project (EUR 698K) and a coordinator role — calibration and validation for Copernicus is a critical quality assurance function for Europe's flagship Earth observation program.
- EXPLORECoordinator role combining AI, open science cloud, and collaborative visualization for space sciences — signals their strategic move into data-driven scientific exploration.
- AtlantOSMajor 4-year Atlantic ocean observing initiative with broad scope (observations, forecasting, fisheries, climate) — their longest early project and core to their ocean expertise.