Absolut Sensing and the EIC Accelerator: Spotting Methane From Space

Absolut Sensing, founded in October 2021 within the French Absolut group and renamed Sensing Atmospheric Intelligence in June 2026, operates small satellites with a cryogenic hyperspectral sensor that detects and measures methane emissions from industrial sites. Its EIC Accelerator project, AIM, "Accelerating breakthrough Innovation to monitor, control and reduce Methane emissions", receives an EU contribution of €2,498,125 and runs from November 2024 to October 2026, according to CORDIS. The project report says the company launched its first satellite, GESat GEN1, in January 2025, released the first version of its Plum data platform to start commercial activity in October 2025, and went through due diligence with the European Investment Bank for the equity part, according to CORDIS.

In two controlled methane releases with TotalEnergies, of one tonne and 500 kilograms per hour, the satellite's measured emission rates differed by less than 5%, the report says. In June 2026 the company announced a capital increase from its investors Vol-V and Pi Invest to fund a €12 million plan for its GEN2 satellite, promoted Nicolas Fabre to managing director and changed its name, and said the next launch of its GESat constellation is planned for January 2028, according to Sensing. It says it monitors more than 260 industrial sites a month.

Where Sensing Stands Now

The company says its first satellite was built and launched in three years and three months, by a team of fewer than 20 people and for less than €10 million in total, and that blind tests showed more than 97% accuracy. It was selected for the EU's Copernicus Contributing Missions programme to supply methane data. Its accounts show revenue of €1.05 million and a profit of €212,000 in 2024, then a loss of €1.39 million in 2025, according to the INPI financial ratios dataset.

The Technology: A Cooled Spectrometer in Orbit

Methane absorbs light at specific infrared wavelengths, so a hyperspectral sensor looking down at a plume can measure how much gas is there. Sensing's payload is cryogenically cooled for sensitivity. The EIC report said the first-generation payload was close to the market detection threshold of 100 kilograms per hour; the company's website now claims under 50 kg/h. The GEN2 payload adds a scan mirror.

What the EIC Award Promised, and What the Record Shows

The project runs until October 2026, so it is too early to judge it. The record shows a satellite in orbit, a validated measurement chain and a commercial platform. The constellation that would give frequent global coverage is not due until 2028 at the earliest.

1. Satellite in orbitDeliveredJanuary 2025.
2. Measurement validationDelivered<5% error.
3. Commercial platformLaunchedPlum, October 2025.
4. ConstellationPlannedNext launch 2028.

The Money

The EIC equity part went through due diligence with the European Investment Bank, the report says; whether it was invested has not been announced. The 2026 capital increase came from existing investors. The company swung from a small profit in 2024 to a €1.39 million loss in 2025.

What Cannot Be Checked

Why Europe Should Care

Sensing sells methane data to emitters, insurers and investors, and to the EU through Copernicus. It says its launch made it one of six French commercial satellite operators. Its challenge is building a constellation on a start-up's budget.

The Verdict

Sensing and the EIC have not been asked for comment for this article. It is based entirely on public records and published statements, linked throughout.