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Geespace’s MIIT Trial Moves China’s LEO IoT Race From Satellites to Paying Devices
MIIT’s August 20, 2026 approval lets Geespace run a two year commercial satellite IoT trial using its LEO constellation; the Galaxy Warship 700’s reported factory fitted service creates a route to paying endpoints, bu... The service is aimed at low power, wide area IoT connectivity for connected transport, energy an...
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Key takeaways
- MIIT’s August 20, 2026 approval lets Geespace run a two year commercial satellite IoT trial using its LEO constellation; the Galaxy Warship 700’s reported factory fitted service creates a route to paying endpoints, bu...
- The service is aimed at low power, wide area IoT connectivity for connected transport, energy and water infrastructure, maritime and fisheries, logistics, construction machinery and related remote operations—not consu...
- The meaningful commercial indicators now are activated and paying terminals, usage, retention, margins and sales beyond Geely’s own ecosystem—not the number of satellites launched.
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openai.comCreate a landscape editorial hero image for this Studio Global article: How did Geespace’s August 2026 commercial trial license from China’s MIIT and factory-fitted LEO satellite IoT system in Geely’s Galaxy Wars. Article summary: Geespace’s August 2026 MIIT approval is significant because it allows a Geely-backed private operator to move from deploying an LEO IoT constellation to testing commercial connectivity services for customers over a two-y. Topic tags: general, general web, user generated. Style: premium digital editorial illustration, source-backed research mood, clean composition, high detail, modern web publication hero. Use reference image context only for broad subject, composition, and topical grounding; do not copy the exact image. Avoid: logos, brand marks, copyrighted characters, real person likenesses, fake screenshots, UI text, readable text, watermarks, charts with fa
China’s commercial low-Earth-orbit satellite sector has spent years proving it can build and launch constellations. Geespace’s August 2026 approval from the Ministry of Industry and Information Technology (MIIT) shifts the next test to operations: can a private operator sell, support and retain satellite-IoT connections at scale?
On August 20, MIIT approved Geely-backed Zhejiang Geespace Technology for a two-year commercial trial using Phase I of the Geely Future Mobility Constellation. The trial permits wide-area, low-power and reliable IoT connectivity rather than simply further technical demonstrations. 3
14 Eight days later, Geely announced the Galaxy Warship 700 with Geespace LEO satellite-IoT hardware and service factory-fitted, according to industry reporting.
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Why the approval matters
A constellation is infrastructure. A commercial trial is a chance to operate a service around that infrastructure: deploy terminals, activate accounts, manage connections, support users and test what customers will pay for.
That distinction is central. MIIT’s permission places Geespace’s satellite-IoT operations within China’s telecommunications regulatory trial framework for two years. 6 It does not guarantee a permanent operating authorization, demand for the product or attractive unit economics.
The vehicle integration matters because an OEM-fitted terminal can provide an initial distribution channel. Instead of asking a driver or fleet operator to separately buy and install satellite hardware, Geely can incorporate connectivity into the vehicle product. The commercial unknowns remain substantial: pricing, whether service is bundled or optional, activation rates and long-term usage have not been established in the available reporting.
What a vehicle satellite-IoT link is for
The stated offering is low-power IoT connectivity, so it should be viewed as a complement to terrestrial networks—not a replacement for continuous, high-speed cellular data. Satellite communications can extend coverage where ground networks are sparse, including remote mountains, deserts and maritime areas. 12
For connected vehicles and fleets, the practical value is maintaining a basic data path when cellular coverage is unavailable or disrupted. That can support vehicle location and status updates, remote interaction and communications coordination during emergencies. Geespace also positions its constellation as support for communications before, during and after disasters. 23
The company says current GEESATCOM coverage excludes the polar regions; it describes 1–2 layers of real-time coverage within roughly ±60° latitude. 18 These network-performance statements are company claims, not independently audited service-level metrics.
Which markets the two-year trial covers
MIIT’s reported trial scope centers on applications that need telemetry, tracking and remote interaction across large areas. Named sectors include smart transportation and connected vehicles, marine fisheries, energy and water infrastructure, logistics, construction machinery and emergency communications. 1
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The common requirement is not broadband entertainment. It is dependable, low-data connectivity where terrestrial deployment is unavailable, intermittent or uneconomic. That makes the trial especially relevant to dispersed industrial assets and mobile fleets.
The infrastructure behind the service
Geespace says it completed Phase I of its GEESATCOM constellation through six launches from 2022 to 2025. It reports 64 satellites in orbit and global IoT communications coverage excluding the poles. 17
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Its manufacturing setup is designed to make replenishment and expansion less dependent on traditional bespoke satellite production. Reporting on Geely’s Taizhou facility says automotive-style intelligent equipment and processes allow assembly, integration and testing in under 28 days per satellite, with designed annual capacity of 500 units. 36 The speed and capacity help reduce supply-side risk; they do not on their own validate demand for satellite connectivity.
Geespace and China Unicom completed field tests of in-vehicle satellite communications in February 2025. Geespace says it later completed in-orbit technical validation of LEO connectivity for connected vehicles. 19 Those milestones helped demonstrate the technical path from constellation to vehicle terminal, while the MIIT trial provides the commercial-testing framework.
The investor metric now: devices, not satellites
Satellite count is useful evidence of deployed capacity and capital commitment. It is not evidence of revenue, utilization or customer retention. The key question is whether Geespace can turn its network and Geely vehicle channel into a large installed base of paid connections.
The most decision-useful measures are:
- Activated and monthly active terminals: How many installed devices are actually connected and used?
- Paying devices and revenue per device: What proportion converts from hardware availability to recurring revenue?
- Vehicle attach rate and retention: Do Geely buyers activate the service, and do they keep paying for it?
- Usage and network utilization: Are messages, telemetry events and remote interactions increasing meaningfully?
- Terminal and service margins: Can hardware, network operations and customer support produce viable economics?
- Non-Geely sales: Can Geespace win industrial and third-party automotive customers beyond its captive ecosystem?
- Real-world reliability: Does the service perform during remote operations and emergency scenarios, where its backup role matters most?
The bottom line
Geespace’s MIIT approval and reported factory-fitted Galaxy Warship 700 integration represent a meaningful transition from constellation construction toward commercial operation. The company now has a regulatory route to test satellite-IoT services and a potentially powerful vehicle distribution channel. 3
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But the proof of a durable business will come later. China’s LEO IoT market should increasingly be judged by connected, active and paying devices across vehicles and industrial sectors—not by satellites placed in orbit alone.
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MIIT’s August 20, 2026 approval lets Geespace run a two year commercial satellite IoT trial using its LEO constellation; the Galaxy Warship 700’s reported factory fitted service creates a route to paying endpoints, bu...
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MIIT’s August 20, 2026 approval lets Geespace run a two year commercial satellite IoT trial using its LEO constellation; the Galaxy Warship 700’s reported factory fitted service creates a route to paying endpoints, bu... The service is aimed at low power, wide area IoT connectivity for connected transport, energy and water infrastructure, maritime and fisheries, logistics, construction machinery and related remote operations—not consu...
What should I do next in practice?
The meaningful commercial indicators now are activated and paying terminals, usage, retention, margins and sales beyond Geely’s own ecosystem—not the number of satellites launched.
Sources
sdvsector.comChina licensed Geely's satellite arm to sell IoT connectivity commercially · SDV Sector
news.cgtn.comChina expands private-sector access to satellite IoT services
pandaily.comGeespace Turns LEO Satellite IoT Into a Car Feature—and ...
cnevpost.comGeely's Geespace gets approval for commercial satellite ...