Space company Rocket Lab sends off a new group of satellites for the Kineis constellation.
Kinéis Expands Global IoT Coverage with 25 Nanosatellites
Kinéis, a French Internet of Things (IoT) constellation operator, is making significant strides in delivering global IoT coverage through a constellation of 25 nanosatellites in polar orbits. This innovative approach enables low-power connectivity for sensors and asset trackers worldwide.
The latest milestone in this journey was the successful launch of the 59th Electron mission by Rocket Lab USA on February 9, 2025. This mission, which was the first Electron launch of 2025, deployed five satellites to a 647 km low Earth orbit, further strengthening the Kinéis network.
Peter Beck, the founder and CEO of Rocket Lab, commented that once the remaining launch is complete, Kinéis will have deployed its entire constellation in less than a year. This rapid deployment is an unprecedented feat, as stated by Michel Sarthou, the CTO of Kinéis.
The Kinéis constellation offers numerous benefits, including near-real-time data transmission, low bit rates, and very low energy consumption. This makes it ideal for a wide range of applications, such as shipping containers, livestock, and environmental sensors. The constellation also integrates terrestrial networks with satellite links, creating a hybrid IoT system that enhances continuity and reliability of data transmission for IoT applications in remote or hard-to-reach regions.
With this constellation, Kinéis aims to provide global coverage, serving industries such as agriculture, logistics, energy, and defence where ground networks are insufficient. The global satellite IoT market is projected to expand significantly, from $1.8 billion in 2024 to $5.7 billion by 2030, creating a favorable environment for Kinéis' business development.
While direct details about future launches following the 59Electron mission are not explicitly mentioned in the sources, the ongoing growth trends in satellite IoT markets and the active strategies of players like Kinéis suggest further scaling of their constellation can be expected to increase network robustness and capacity. This will help Kinéis meet the growing demand for resilient and ubiquitous IoT connectivity.
In conclusion, Kinéis currently delivers global IoT connectivity with 25 nanosatellites and is expected to pursue additional launches and network growth beyond the 59Electron mission to meet accelerating market demand and maintain comprehensive coverage. The unique capabilities of the Kinéis constellation can help support the Earth's most remote locations, making it a valuable asset in the rapidly expanding satellite IoT market.
[1] Kinéis. (2025). Kinéis Press Release: 59th Electron Mission Successfully Deploys Kinéis Satellites. Retrieved from [https://www.kineis.com/press-releases] [2] Satellite Executive. (2025). The Growing Satellite IoT Market: An Analysis of Key Players and Trends. Retrieved from [https://www.satelliteexecutive.com/market-research/the-growing-satellite-iot-market-an-analysis-of-key-players-and-trends]
The Kinéis constellation, currently delivering global IoT connectivity with 25 nanosatellites, is expected to pursue additional launches and network growth beyond the 59Electron mission to meet accelerating market demand and maintain comprehensive coverage. This expansion in the satellite IoT market showcases the continued advancement of technology in space-and-astronomy and science, reinforcing the potential of Kinéis as a valuable asset in this rapidly growing sector.
