Geespace Wins China's First Private Satellite IoT Trial

A Private Carmaker's Satellites Get Beijing's Green Light

China has approved its first commercial satellite Internet of Things (IoT) trial by a private company, handing Geely's space subsidiary a two-year permit that marks a milestone in Beijing's slow opening of the satellite communications market to private capital. The Ministry of Industry and Information Technology (MIIT) granted the trial to Zhejiang Geespace Technology, the commercial space arm of electric vehicle giant Geely, according to a notice published on the ministry's website on Thursday. The decision makes Geespace the first private Chinese firm cleared to sell satellite IoT services commercially, a category that links sensors, vehicles and equipment through low-power satellite networks in areas where terrestrial coverage does not reach.

Tags: satellite IoT, Geespace, Geely, MIIT, commercial space, satellite communications, IoT constellation, China space industry, Qianfan, space policy, Asia-Pacific connectivity

What Satellite IoT Delivers That Broadband Cannot

Satellite IoT operates on a different part of the connectivity spectrum from the broadband constellations that dominate headlines. Services such as SpaceX's Starlink or China's state-backed Qianfan system are built for high-speed internet, streaming video and dense data traffic. Satellite IoT, by contrast, prioritises reliable, low-power connections for very large numbers of devices in remote settings: fishing vessels beyond coastal networks, pipeline sensors in deserts, water infrastructure in isolated valleys, and commercial trucks crossing long corridors with weak coverage.

Geespace's approved trial covers exactly such use cases. MIIT's notice lists smart transport, marine fisheries, energy and water infrastructure as target sectors for the low-power, wide-coverage service. The ministry framed satellite IoT as an important complement to broadband satellite services, saying the trial would help pave the way for further private-sector participation in China's commercial space development. For an automotive group like Geely, the connectivity layer is also a product differentiator: the company has already delivered more than 20,000 in-vehicle satellite communication terminals for mass-produced vehicles, according to CnEVPost.

Geespace: From Carmaker Spin-Off to Orbital Operator

Founded in 2018 under Zhejiang Geely Holding Group's Geely Technology Group division, Geespace has grown into one of China's most active private satellite operators. It completed the first phase of its GeeSAT constellation between 2022 and 2025, launching 64 satellites across six missions, according to its website. The network already processes about 340 million communication requests a day and provides global coverage outside the polar regions, industry reporting shows. CEO Wang Yang told Zhejiang Daily in 2024 that the company ultimately aims to deploy a constellation exceeding 5,600 satellites.

The scale of that ambition is worth holding up against China's other mega-constellation projects. Phase Two, according to China Daily reporting from September 2025, would place 264 satellites in orbit for direct-to-smartphone links, while Phase Three would expand toward 5,676 satellites for global broadband. The approved IoT trial, in other words, is the commercial front of a much larger orbital build-out that pairs Geely's automotive business with a self-owned connectivity network.

Beijing Opens the Commercial Space Door, Slowly

The Geespace permit is the third rung of a carefully sequenced regulatory ladder. China launched commercial trials of satellite IoT services in November 2025, and in May 2026 MIIT issued its first satellite IoT trial permit to Beijing Guodian Gaoke Technology, an entity backed by state-owned China Mobile, the country's largest wireless carrier. Guodian Gaoke's approval came with the same two-year structure now granted to Geespace, making the Geely venture the first private company, rather than a state-linked one, to clear the bar.

That sequencing matters. Beijing has been cautious about opening its satellite spectrum and licensing regime, wary of both national-security concerns and the risk of a chaotic gold rush. By moving from a China Mobile-backed pilot to a private-sector player with an operational constellation, MIIT is signalling that commercial space is no longer a state preserve - while still keeping control of the gate. The approval notice's explicit language about "further private-sector participation" points to more permits ahead, likely tied to operators that can show existing orbital assets and international traction.

The Global Race for Space-Based Connectivity

Geespace's trial arrives as space-based connectivity becomes one of the most contested frontiers in the technology industry. SpaceX is expanding Starlink's direct-to-cell services globally, AST SpaceMobile is pursuing satellite-to-phone coverage with carrier partners, and established IoT operators such as Orbcomm and Eutelsat's IoT unit have spent years building low-power data networks for logistics and maritime customers. China's Qianfan and Guowang broadband constellations add state-backed capacity, while Geespace is positioning its IoT layer as the complementary, lower-cost tier.

The company has also been building an international footprint ahead of domestic approval. Geespace says it has conducted trials with telecoms operators in more than 20 countries across the Middle East, Africa, Southeast Asia, Central Asia, South Asia and Latin America. For developing markets with vast unserved geography and thin terrestrial infrastructure, a low-cost satellite IoT network is an attractive alternative to expensive tower build-outs - which is precisely why Chinese operators are courting those markets as part of a broader push to export connectivity infrastructure.

Japan Watches a New Connectivity Frontier

For Japan, the milestone sharpens a familiar strategic question: where does the country stand as space-based connectivity becomes an industrial tool rather than a scientific one? Japan's commercial space sector has concentrated on launch vehicles, with SpaceOne's Kairos and JAXA's H3 programme, and on high-value orbital services such as Astroscale's debris removal and Synspective's synthetic aperture radar imaging. Dedicated satellite IoT constellations have been comparatively thin, leaving Japanese shipping, fisheries and remote-island infrastructure more dependent on terrestrial networks and foreign satellite services.

The implications extend to Japan's auto industry, which competes directly with Geely and other Chinese groups that are integrating satellite connectivity into mass-market vehicles. As connected-car services, maritime tracking and disaster-resilient communications become selling points, a domestic orbital network becomes a competitive asset rather than a curiosity. Tokyo's own space strategy has emphasised resilience and public-private partnership, but the pace of Chinese commercial deployment is forcing a reckoning about whether Japan's industrial base can keep up in the low-power IoT segment, where margins are thin and scale is decisive.

What to Watch For

The first signal to watch is Geespace's next launch sequence: the company's Phase Two direct-to-smartphone satellites will determine whether its IoT business can graduate from low-power sensors to consumer handsets, a far larger market. The second is the pace of MIIT's permit pipeline - how quickly other private operators with orbital assets, such as the firms behind China's growing commercial rocket fleet, secure similar trials will reveal how far the opening really goes. The third is Geespace's international contracts, particularly in Southeast Asia and the Middle East, where telecoms operators are already testing the network.

For Asia-Pacific readers, the Geespace approval is a reminder that the region's connectivity competition is no longer just about fibre and 5G. Low-power satellite networks are becoming the invisible backbone for fisheries, shipping lanes, energy grids and vehicle fleets across the region - and China has now put its first private player into that game with a two-year runway to prove the business case. Whether Japan and its allies respond with their own IoT constellations, or cede the low-cost tier to Chinese operators, is one of the quiet strategic questions of the coming year.

By Kenji Tanaka, Staff Writer

This article was produced with AI-assisted research and editorial support. Sources: South China Morning Post, Xinhua, CnEVPost.