Kineis — IoT Satellite Constellation from France

The World’s First Commercial IoT Satellite Network — Made in France

Long before “Internet of Things” became a technology buzzword, CNES was solving the problem it describes. In 1978, CNES launched the ARGOS system — a satellite-based data collection network that tracked weather buoys, marine vessels, and wildlife tags across the globe. Over four decades, ARGOS accumulated 1,000+ institutional and government customers, billions of messages, and an operational track record that no terrestrial IoT network can match for truly global coverage. Every ocean-going vessel, every Antarctic research station, every remote river gauge in the Amazon basin that reports environmental data today does so, in many cases, through technology that traces its lineage to that 1978 French satellite.

Kinéis is ARGOS for the 21st century — and France 2030 is funding its global commercial deployment. Founded in 2018 as a CNES spinout, headquartered in Toulouse at the heart of France’s aerospace cluster, Kinéis is deploying a 25-nanosatellite constellation that provides low-power, truly global IoT connectivity to any device on Earth — including the 70% of the planet’s surface that has no terrestrial mobile coverage. CEO Alexandre Tisserant leads a company that is simultaneously preserving France’s 45-year ARGOS legacy, commercialising decades of CNES intellectual property, and competing in a satellite IoT market that analysts estimate will exceed €5 billion annually by 2030.

Technology: Why Satellite IoT Needs Low Power

The fundamental problem with connecting remote devices globally is power. A shipping container at sea, a water sensor in a river, an animal tracking tag on a migratory bird, a soil moisture probe in a field — none of these devices have access to mains power. They run on batteries that may last years but cannot transmit at the power levels required by traditional satellite communications (which need watts to kilobytes-per-second throughput). Kinéis devices transmit at 3 milliwatts — one thousand times less power than a typical mobile phone transmission. At that power level, a device can operate on a coin cell battery for 5-10 years, transmitting short data packets (32 bytes) at regular intervals.

The key enabling technology is processing the signal on the satellite rather than requiring a strong ground transmission. Kinéis satellites are equipped with sensitive software-defined receivers that can detect the faint 3 mW signal from ground devices, process the packet, and relay it to a ground station for forwarding to customer platforms. The satellite acts as a flying base station — except it covers the entire surface of the Earth, including oceans, polar regions, and mountain ranges where no terrestrial base station could ever be economically deployed.

The 25-satellite constellation, when fully operational, provides coverage of any point on Earth at least 4-6 times per day with average latency of 2-4 hours. This is not real-time connectivity — it is store-and-forward messaging, where a device transmits a packet and receives acknowledgement within hours. For the vast majority of IoT monitoring applications, this latency is entirely acceptable. A shipping container sending its position every few hours, a river gauge reporting water level daily, an agricultural sensor transmitting soil data overnight — all of these applications work perfectly on Kinéis’s architecture.

The Constellation: 25 Nanosatellites in Orbit

Kinéis’s 25 nanosatellites were launched in two batches via SpaceX Transporter rideshare missions in 2023 and 2024. Each satellite weighs approximately 30 kg and is based on a modified CNES nanosatellite platform developed in partnership with Syrlinks (Toulouse-based satellite component manufacturer) and UPM-AT. The satellites operate in Sun-synchronous low Earth orbit at approximately 650 km altitude — low enough for power-efficient signal detection, high enough for adequate lifespan (5-7 years before atmospheric re-entry).

The satellite design incorporates the ARGOS-4 next-generation payload, which provides significantly higher message throughput than the legacy ARGOS-2 and ARGOS-3 instruments still operating on NOAA meteorological satellites. ARGOS-4 achieves 30x higher capacity than ARGOS-3 — enabling Kinéis to serve commercial IoT customer volumes (millions of devices) that the legacy government ARGOS system was never designed for.

All 25 satellites were successfully deployed and declared operational by Q1 2025. The full constellation provides the global coverage specification that Kinéis had promised investors and early customers.

Applications: Who Buys Satellite IoT?

Kinéis’s commercial success depends on finding customers who need global connectivity for devices where terrestrial solutions are absent or impractical. The target applications cluster around five verticals:

Maritime: Shipping and fishing vessels, offshore infrastructure, drifting weather buoys. The maritime segment is Kinéis’s most commercially advanced. CMA CGM, the Marseille-based shipping giant and third-largest container shipping company in the world, signed a strategic partnership with Kinéis in 2022 to deploy Kinéis tracking modules on containers, enabling real-time location data for any container regardless of whether it is on a vessel, at port, or inland. CMA CGM manages approximately 6 million container movements annually — at even €5 per container per year in connectivity, this represents €30 million in potential annual revenue from a single customer.

Environmental monitoring: River gauges, groundwater sensors, wildlife tracking, atmospheric sensors. CNES and Météo-France have committed to migrating their existing ARGOS instrumentation networks to Kinéis by 2026, providing an institutional revenue floor. WWF has deployed Kinéis tracking tags for elephant and whale migration studies.

Agriculture: Soil moisture, irrigation systems, livestock tracking in remote areas. France’s precision agriculture initiatives under France 2030’s food and agriculture programme are natural Kinéis customers. Kinéis has signed agreements with two major French precision agriculture platforms for integration of satellite IoT connectivity.

Utilities and infrastructure: Remote pipelines, offshore wind turbines, remote electrical substations. ENGIE and RTE (the French electricity transmission operator) are in pilot programmes with Kinéis for remote infrastructure monitoring.

Supply chain and logistics: Beyond maritime, any high-value cargo moving through remote regions — mining equipment, forestry operations, heavy construction.

France 2030 Funding

Kinéis received total investment of approximately €100 million to fund constellation development and commercial launch, across a syndicate that reflects France 2030’s public-private leverage model:

Bpifrance (France 2030 new space fund): €25M equity investment
CNES (institutional founding shareholder): Technical support + €15M cash
CMA CGM (strategic customer): €20M strategic investment
Ifremer, CNRS, Météo-France (legacy ARGOS operators): Consortium contributions
Private VC: €40M from Supernova Invest and other French deep tech funds

CNES’s role as founding shareholder is unusual for a French space agency — CNES typically provides non-equity support through ϕ-lab. The Kinéis equity position reflects the strategic importance of commercialising the ARGOS heritage and ensuring CNES retains a stake in the commercial satellite IoT market it effectively created.

Competitive Positioning

Kinéis competes in a satellite IoT market that includes several well-capitalised players:

Sigfox (France, bankrupt and acquired by Unabiz in 2022): Sigfox built the world’s largest terrestrial LPWAN network but ran out of money attempting global coverage without satellite. Its collapse left a large installed base of device customers seeking alternative connectivity solutions — many of which are naturally migrating to Kinéis.

Myriota (Australia): Similar architecture to Kinéis, focused primarily on the Australian market and agricultural applications. Raised approximately $30M.

Swarm/SpaceX: SpaceX acquired Swarm in 2021 for approximately $85M. Swarm’s 0.25U satellites operate at 550 km altitude with similar low-data-rate IoT architecture. SpaceX’s acquisition gives Swarm essentially unlimited launch and balance sheet access — Kinéis’s most dangerous long-term competitor.

Globalstar/Iridium: Traditional satellite companies offering IoT messaging, but at higher power and cost than Kinéis architecture.

Kinéis’s competitive advantage is the ARGOS heritage (4 decades of proven reliability for institutional customers who cannot risk connectivity failures), the CNES backing (institutional credibility), and the ITAR-free status (allowing deployment on non-US customer platforms without export control restrictions). Against Swarm/SpaceX, the competition will be primarily on price as both constellations scale — Kinéis’s CNES heritage and European institutional relationships provide meaningful protection in the EU government and quasi-government market.