Author: Zhao Xiaofei, IoT Think Tank Original
Recently, market research firm Counterpoint Research released its annual Satellite IoT Connectivity CORE Evaluation Matrix. Based on data from the first half of 2026, the matrix systematically evaluates 18 overseas satellite IoT players across two dimensions: Capabilities and Execution. The matrix categorizes the players into four quadrants: the Leader quadrant is further divided to include a Pacesetters segment, while the Challenger and Niche quadrants also comprise multiple enterprises.
Counterpoint analysts point out that as 3GPP NTN (Non-Terrestrial Network) standards and satellite-terrestrial hybrid connectivity architectures mature, satellite communications are rapidly integrating into the cellular ecosystem. Mobile network operators, virtual network operators, chip and module manufacturers, terminal manufacturers, and IoT (Internet of Things) platforms are entering the market. The focus of competition has shifted from network availability to the ability to deliver connectivity value at scale. China has launched commercial trials for satellite IoT, and gaining an in-depth understanding of and benchmarking against overseas satellite IoT vendors is critical.
Overseas Satellite IoT Competitive Landscape
1. Pacesetters: Iridium and Skylo Lead the Pack
In the matrix, Iridium and Skylo are tied as Pacesetters in the Leader quadrant, but they represent distinctly different development paths. Iridium follows a dedicated network deep cultivation route, relying on its mature on-orbit constellation, a massive existing base of IoT users, and a broad partner ecosystem, while continuously investing in hybrid connectivity and standardization. Its advantage lies in network reliability verified over more than two decades, giving it a deep base of paying customers in high-end markets like global logistics tracking, maritime, and aviation.
Skylo, on the other hand, pursues a standard ecosystem reconstruction route. Rather than building an independent constellation, it deeply integrates with mobile network operators, chip manufacturers, and the terminal ecosystem to promote standardized satellite connectivity based on 3GPP NTN, enabling ordinary cellular modules and terminals to seamlessly access the satellite network.
2. Leaders: Traditional Giants Defending and Transforming
Viasat (post-merger with Inmarsat), Globalstar, ORBCOMM, and Myriota constitute the Leader camp. Viasat holds an advantage through the breadth of its product portfolio combining high and low Earth orbits; ORBCOMM and Globalstar continue to expand based on their mature industrial IoT and tracking businesses; Australia's Myriota excels in ultra-low power direct connection technology and is extending its capabilities to hybrid architectures. The common characteristics of this camp are having an existing user base and cash flow, but facing transformation pressure under the wave of standardization.
3. Challengers: Clear Divergence in Technology Routes
Sateliot and OQ Technology build solutions tightly coupled with the cellular ecosystem around 3GPP NB-IoT (Narrowband Internet of Things) NTN; Thuraya advances 3GPP-compatible NTN through cooperation with Skylo; while Kinéis and Astrocast stick to proprietary non-3GPP technologies. It can be predicted that for players with similar technical capabilities in the future, the ultimate gap will mainly depend on the scale of commercial execution, market reach, and application breadth.
4. Niche Players: Deep Cultivation in Regions and Scenarios
Fleet, EchoStar Mobile, Ligado, Lacuna, Wyld, and others focus on niche markets, surviving on their regional presence and customization capabilities for specific scenarios. The matrix evaluation suggests that as the market is still in its early stages, niche players still have a window of opportunity to break through upwards relying on their professional capabilities.
Common Trends in Satellite IoT Development
The Counterpoint matrix reveals several common trends in the satellite IoT field, mainly including:
First, standardization has become a critical "reshuffling" variable. After 3GPP R17/R18 introduced the NTN standard framework, satellite connectivity can leverage the scale effects of the terrestrial cellular industry chain, leading to a rapid decline in terminal module costs. This is a key reason for the rise of asset-light players like Skylo and Sateliot.
Second, hybrid connectivity has become the default architecture. Satellites are no longer a substitute for terrestrial networks but a part of an intelligent multi-link switching system between cellular and satellite networks. This requires players to have the capability to manage hybrid connectivity at the levels of core network integration, unified billing, and device management.
Third, the importance of commercial execution is steadily increasing, jointly determining enterprise competitiveness with network capabilities. Counterpoint explicitly points out that secure, compliant, and reliable connectivity is becoming a ticket to entry rather than a differentiating advantage; the winning factors lie in the depth of device integration, ecosystem interoperability, and scaled deployment.
Progress of China's Related Industries from the Perspective of the Overseas Satellite IoT Landscape
From a policy perspective, China has comprehensively rolled out initiatives from top-level planning to commercial trials. Since 2024, satellite internet has been incorporated into the strategic industry layout. In August 2025, the Ministry of Industry and Information Technology (MIIT) released the "Guiding Opinions on Optimizing Business Access to Promote the Development of the Satellite Communication Industry," explicitly proposing to organize and carry out commercial trials for satellite IoT, supporting eligible enterprises to rely on low Earth orbit (LEO) satellite IoT constellations to provide wide-area IoT connectivity services for the sky, oceans, and remote areas. In November 2025, MIIT issued the "Notice on Organizing and Carrying out Commercial Trials for Satellite IoT Services," officially launching the satellite IoT commercial trials, opening up to industry users in fields such as industry, transportation, energy, agriculture, and emergency response. In September 2026, the "15th Five-Year Plan for the Development of the Information and Communications Industry" further clarified the promotion of satellite internet and satellite IoT commercialization, and the approval for a new round of commercial trials for China's LEO satellite IoT was simultaneously implemented.
From the perspective of constellations and network infrastructure, China is in a state of multi-constellation concurrent development. At the constellation level, China has formed a multi-tiered satellite IoT supply pattern. China SatNet's GW constellation, as the national main force, is accelerating its networking, and the Qianfan constellation of Shanghai Spacecom Satellite Technology (SSST) has over 200 satellites in orbit. The first phase of Geely's Geespace constellation has completed the networking of 64 satellites, and Guodian High-Tech has 41 satellites operating in orbit; both are satellite operating enterprises focusing on IoT data services. In addition, high-throughput satellites, Tiantong-1, and BeiDou short messages constitute the existing resources of high and low orbit synergy.
In terms of standard deployment, the three major telecom operators have deeply laid out 3GPP NTN, and domestic3GPP ecosystem manufacturers are also vigorously promoting the implementation of standardized NTN products.
Compared with the Counterpoint matrix, China's satellite IoT has some obvious advantages: strong policy promotion, outstanding constellation construction speed and manufacturing cost reduction capabilities, and an ultra-large-scale terrestrial cellular network providing unique soil for satellite-terrestrial integration. Of course, some gaps must also be recognized. For example, relevant satellite IoT operating enterprises in China have not yet achieved scaled revenue, and there is still a lack of accumulation in international commercial brands, global service networks, and multinational enterprise customers.
In the future, standardized NTN and proprietary networks will likely coexist for a long time, but the incremental market will mostly belong to standardized solutions. At the same time, the direction of competition is shifting from constellations to the integration of constellations, operations, and terminals. In addition, the Skylo model proves that asset-light integrators can leverage the entire cellular ecosystem, and similar ecosystem integrators may emerge domestically in the future.
For domestic enterprises, they should adhere to the 3GPP NTN standard route, avoid technology islands, and directly reuse the achievements of the global cellular industry chain. They should focus on key areas and implement a commercialization strategy of breakthroughs in key scenarios. For example, they should prioritize forming replicable models in scenarios such as connected vehicles, low-altitude economy, marine fishery, and emergency management. During the critical window for the development of the global satellite IoT, they should cultivate leading enterprises that are rooted in China and face the world.