Company News

CLS group is, as usual, taking part in the world’s largest Ocean Technology & Science event this March.

Join us at ExCel London between 12-14 March to discover our ocean technology innovations and solutions.

Well done to Kinéis, our space IoT partner, and Rocket Lab, their launcher, for this second successful launch!

Successful launch: The first five of a planned constellation of 25 nanosatellites are now in orbit carrying New generation Argos payloads.

Kinéis, our Space IoT partner, has announced that it will launch the first five nanosatellites carrying new generation of Argos payloads.

CLS group is, as usual, taking part in the world’s largest Ocean Technology & Science event this March.

Join us at ExCel London between 12-14 March to discover our ocean technology innovations and solutions.

CLS came up with a buoyant innovation to create a more eco-friendly wooden drifter by working on projects aiming to tackle plastic pollution.

We met up with Gaël Alory, a lecturer and research scientist in ocean dynamics at the LEGOS who is leading the SNO SSS program.

Solène Routaboul is our Ocean Telemetry Expert at CLS France. But, what exactly does that entail? We caught up with Solène to find out.

CLS Telemetry team proposes you to participate to a webinar to discover SEECHART: the solution to manage all your satellite platforms in one place.

CLS supports OSHEN in their attempt to build the first fully autonomous sailing vessel to cross the Atlantic.

Discover how CLS’ RUDICS Hosting service used to monitor the construction work of an offshore wind farm in France.

6 sportswomen aboard paddle boards equipped with Argos beacons left Monaco to Athens. An incredible course of 1,800 km!

MARLISAT, an innovative project to tackle marine litter funded by ESA & led by CLS, enters phase 2 and deploys wooden buoys in Indonesia.

The SeaCleaners has chosen CLS as a partner to fight for a pollution-free ocean by helping to locate waste slicks using satellite data.

The SeaCleaners has chosen CLS as a partner to fight for a pollution-free ocean by helping to locate waste slicks using satellite data.

CLS, committed to a sustainable planet, is pleased to support EUMETSAT in its mission to better understand our weather systems.

CLS is taking part in Oceanology International between 15-17 March to present its ocean technology innovations and solutions.

CLS annouces a new range of universal trackers, the Argos Linkit Series. Re-useable and designed with respect to the environment, Linkit can be adapted to all oceanographic platforms.

What are the innovations being developed with the new constellation? Nicolas Multan & Alexandre Tisserant, CEOs of HEMERIA & Kinéis, tell us.

CLS Telemetry team proposes you to participate to a webinar to discover SEECHART: the solution to manage all your satellite platforms in one place.

CLS Telemetry team proposes you to participate to a webinar to discover SEECHART: the solution to manage all your satellite platforms in one place.

How the new constellation will re-invent the Argos system and what it means for the Environment? Michel Sarthou, Technical Director at Kinéis, tells us.

Marine Heatwaves can have significant impacts that are potentially devastating to marine ecosystems and cause industrial economic losses in fisheries, aquaculture and ecotourism. How can we predict them and mitigate their impacts?

Argos tags and the goniometer prove to be great tools when recovering equipment lost at sea, as shown recently with an ALSEAMAR glider.

Plastic in the environment is a major pollution concern. A study using open-source Argos chipsets in bottles to track them tries to give an answer.

From 1th to 4th March 2021, join the TRUSTED Workshop to know more about high-resolution sea surface temperature (HRSST) drifting buoys for satellite SST.

CLS Team will be virtually present during all the Marine Autonomy & Technology Showcase (MATS) 2020. Dr Marc Lucas, CLS oceanography expert, will talk about autonomous systems at Projeto Azul, on November 12th, 2020 at 11:40am.

In an unprecedented context, France has had to take strict measures once again to protect its citizens. CLS is committed to providing its full support in the fight against the spread of the virus. Our aim is to act responsibly, following the recommendations of the WHO and the French government, while continuing to meet the

The nanosat ANGELS (Argos Neo on a Generic Economical and Light Satellite), the first prototype of Kinéis nanosatellites, is operational.

Indonesia relies on European expertise in space to optimise the collection of its marine waste and reduces plastic waste by 70% between now and 2025.

NAOS, a 10-year development effort to give France and Europe a new generation of autonomous Argo floats designed to meet ocean observation future challenges

CLS Telemetry team proposes you to participate to a webinar to discover SEECHART: the solution to manage all your satellite platforms in one place.

EUMETSAT, in collaboration with CLS, is extending the TRUSTED programme of drifting buoys and measuring ocean temperatures using European satellites.

Sargassum is a scourge for fishing and tourist economy. CLS has developed an operational service for detecting and predicting the stranding of this algae.

Plastic in the marine environment is a growing issue. If most of the marine plastic debris are in micro plastic form, the most feasible way to collect these litters is when still in macro form. In order to do so, modeling of the way the accumulations grown and their locations at given period have to be identified.

Plastic waste in the oceans has disastrous consequences for the environment and human health, and Indonesia is the world’s second largest polluter. To help achieve this target, local stakeholders called on CLS to understand how waste moves throughout Indonesia’s waterways.

The automated Argo array has been measuring the ocean only since 1997. Marine animals have been monitored using Argos nearly from its beginning in 1978, and are carrying environmental sensors for slightly less time, but years now. Both measurements can be complementary, using existing data to fill in gap in the array.

Mermaids are autonomous floating seismometers drifting with the ocean current at a pre-specified depth. CLS is providing the service of data collection through IRIDIUM, but also proposes to host the data.

In 2016, the French Space Agency, CNES, embarked upon an R&D project that would cause a revolution in the Argos constellation as we know it. This project, called ANGELS, would support the emergence of nanosatellite applicative programs both at payload and satellite level.

CLS and the Arribada Initiative are proud to announce the release of a new open-source reference design by Icoteq, Ltd for building your own Argos transmitter.

In times of sea-level rise and global warming, it is important to know exactly what processes take place around the coast and in the ocean. However, there are still major gaps in ocean observing. An international consortium of 55 partners organized through the EuroSea project is set to change this.

Along the Brest Atlantiques race, a number of challenges await the skippers, including the trip from Rio to Cape Town, which could lead skippers into icy waters. This is why the race organizers have contacted CLS, experts in icebergs monitoring services, to keep an eye on how the situation evolves in the roaring forties, and keep skippers safe.

During the Transat Jacques Vabre Race, the skippers will be in contact with the elements. But the challenges of nature will not prevent them from contributing to ocean sciences. Along their way, skippers will gather precious data to contribute to improving numerical weather modeling and understanding climate change.

Measuring vertical velocity in the upper layers of the ocean is crucial to understand fine-scale ocean dynamics. That is why the Mediterranean Institute of Oceanography (MIO) , has developed a new vertical velocity profiling system – to complement measurements collected by ADCP and ocean gliders.

CLS and its U.S. subsidiary, Woods Hole Group are pleased to attend Oceans 2019 in Seattle, from October 27-31st.

Every year since 2012, the Oceanic Platform of the Canary Islands, PLOCAN, has organized a Glider School. CLS is pleased to attend this event, to exchange knowledge and best practices, and be part of the international glider ecosystem.

Underwater vehicles and gliders are revolutionizing ocean observation and are becoming an increasingly important component of observing systems. In this testimony, Francisco Dos Santos of ProOceano, a CLS Group subsidiary, explains why.

Running from December 2017 to February 2021, MELOA (Multi-purpose/Multi-sensor Extra Light Oceanography Apparatus) is a H2020 project that is developing an innovative family of products, WAVY drifter units, allowing for a low-cost, easily deployable, high versatility, and low maintenance system for in-situ measurements for marine environments.

In order to provide the most precise measurements of SST ever undertaken by drifting buoys and build a fiducial reference measurement (FRM) network for Copernicus Sentinel-3 satellites, the TRUSTED project consortium, led by CLS, has designed and developed a new type of drifting buoy, the SVP-BRST, manufactured by NKE.

CLS will attend the 2019 Glider Days organized by the French National Committee for Glider Pilots (Comité National de Pilotage des Gliders – CNPG) on September 9-10th at Ifremer’s La Seyne-sur-Mer site.

CLS has been selected to exhibit at OceanObs 2019, the community-driven ocean conference that takes place every 10 years.

Every year, the WMO-IOC Joint Centre for Oceanography and Marine Meteorology in situ Observations Programme Support (JCOMMOPS) issues an Ocean observing system report card. In 2019, JCOMMOPS’ report card issues a call for action to increase contributions towards the ocean observing system and enhance collaborative efforts in order to ensure adequate measurements of the world’s oceans in the future.

An Argos ocean buoy deployed off the coast of Banyuls, France, in May 2019, showed up on a Spanish beach in July. The buoy, deployed within the French Space Agency’s Argonautica project,, was designed to study the Liguro-Provençal current. An international rescue effort has helped the buoy get back to its principal mission, ocean observation.

Every two years, the French ocean, atmosphere and continental surface ecosystem gathers to exchange on instrumentation and experimental research. This event, co-organized by Météo France, INSU, IFREMER, IRD, SHOM and CNES, is an important meeting for engineers, technicians, researchers and industry.

Kinéis, a CLS subsidiary, will design and launch the new generation of the Argos system.

CLS key partner to the operational oceanography community and a worldwide leader in ocean observation and satellite telemetry services for more than 30 years, will attend the Oceans 2019 conference in Marseille, France, from June 17-20th.

The TRUSTED project is part of an European Union Copernicus funded initiative to provide fiducial reference measurements for the calibration of the temperature radiometers of the Sentinel 3 satellite constellation for EUMETSAT. CLS leads the TRUSTED project, with a consortium of 6 partners.

As a worldwide leader in ocean data collection and satellite Earth Observation, CLS can design and deploy integrated systems for marine meteorology. Our experts help institutional clients make the best choice regarding in-situ equipment, deployment, satellite earth observation, data processing & numerical modelling, as well as data fusion & dissemination.

The IMOS Ocean Gliders facility operates a fleet of autonomous underwater ocean gliders that undertake measurements from shelf and boundary currents in Australian waters.

The CLS Telemetry team will attend the Ocean Business trade fair in Southampton, UK, from April 9th-11th. Our teams will be present on Booth A12. Stop by to discuss your upcoming projects and we will tell you more about our range of satellite telemetry products & services.

The CEPPOL, the French Navy’s Practical center of expertise for pollution control, has deployed six Argos buoys to help containment efforts in the Atlantic Ocean.

Know more about the consortium of ten European institutions including CLS and led by Deimos Space, which is developing a whole new generation of drifting buoys, called WAVY, within the framework of an H2020-funded project, MELOA.

While recent studies reveal that ocean warming is accelerating faster than thought, a recent article published in the peer-reviewed journal, Ocean Sciences, takes a closer look at the sea surface temperature measurements from drifting buoys.

The Argo program is an international ocean observation program that provides crucial data about the world’s oceans for oceanography, meteorology and climate studies. A few weeks ago, the Argo program reached an important milestone of over 2 million ocean profiles collected since 1999.

Within the EXAEDRE project, French scientists use CLS Iridium RUDICS service to transfer observations of thunderstorms from the sky to the ground in real-time.

Measuring carbon dioxide and methane gas in our atmosphere is crucial to understanding global warming. These two gases have been recognized by the International Panel of Climate Change as the most important of Earth’s greenhouse gases, and together are widely considered to be responsible for global warming.

CLS provides Argos and Iridium satellite telemetry services for most of these oceanographic instruments and special data hosting services for floats using Iridium RUDICS communication.

Within this context, EUMETSAT accepted the first batch of high resolution sea surface temperature (SST) drifting buoys from CLS and NKE, of the Trusted project consortium funded by Copernicus. These buoys provide HR SST observations to validate the radiometers onboard Europe’s Sentinel-3 satellite, dedicated to oceanography, meteorology and climatology.

CLS, provider of Iridium modems and processing services, plays a key role in ensuring the quality of the high resolution sea surface temperature measurements made by Europe’s Sentinel-3 satellite mission.

The DBCP is an international program that coordinates the use of autonomous data buoys to observe atmospheric and oceanographic conditions over the world’s oceans.