China Grants First Private Satellite IoT License to Geely-Backed Geespace

Beijing Opens Satellite Infrastructure to Private Capital

China's Ministry of Industry and Information Technology has authorized Zhejiang Geespace Technology to operate a two-year commercial satellite Internet of Things trial, the first approval granted to a privately held company in the satellite communications sector. The decision represents a shift in Beijing's approach to space infrastructure, historically dominated by state enterprises.

Geespace, backed by automotive conglomerate Geely, now holds the authority to deploy and test satellite IoT services commercially across Chinese territory. The approval covers both ground-segment operations and orbital connectivity, enabling the company to onboard commercial customers during the trial period.

What Satellite IoT Unlocks

Satellite IoT networks connect sensors, trackers, and devices in areas beyond terrestrial cellular coverage - remote agricultural zones, offshore maritime routes, cross-border logistics corridors, and mining operations. China's domestic demand for such connectivity has grown alongside its Belt and Road infrastructure projects, which often operate in regions lacking reliable ground networks.

Traditional satellite communications in China have been managed by state-owned operators including China Satellite Communications and China Aerospace Science and Technology Corporation. Private participation has been limited to equipment manufacturing and resale partnerships, not direct service provision.

The Geespace trial breaks that pattern. The company can now sign contracts, set pricing, and manage end-user relationships independently, subject to MIIT oversight and compliance reporting throughout the two-year window.

Geely's Space Ambitions

Geely, best known for its automotive holdings including Volvo and Lotus, has invested in satellite constellation projects since 2018. Geespace is developing a low-Earth-orbit network designed to support connected vehicles, autonomous logistics fleets, and industrial IoT deployments across Asia.

The constellation plan calls for an initial deployment of 72 satellites by 2027, with expansion to 240 satellites by 2030. Geespace has already launched nine satellites as of mid-2026, according to company filings. The commercial trial approval allows the company to monetize capacity on these early-phase assets while building out the full network.

Geely's entry into satellite operations mirrors strategies pursued by other automakers seeking to vertically integrate connectivity layers for autonomous and electric vehicle platforms. The satellite IoT infrastructure could eventually support over-the-air software updates, fleet telematics, and vehicle-to-infrastructure communication in regions where 5G rollout remains incomplete.

Regulatory Implications

MIIT's decision follows a broader policy recalibration in China's space sector. In 2020, satellite internet infrastructure was officially classified as part of China's "new infrastructure" initiative, opening pathways for private investment. Regulatory guidelines issued in 2024 established licensing frameworks for commercial satellite operators, though implementation remained slow.

The Geespace approval suggests those frameworks are now operational. The two-year trial structure allows MIIT to monitor service quality, spectrum management, and cybersecurity compliance before considering permanent licenses or additional private-sector approvals.

Other Chinese private space companies, including Galaxy Space and Commsat, have announced satellite IoT ambitions but have not yet secured commercial operating licenses. Industry observers expect MIIT to stagger approvals to manage spectrum allocation and avoid interference across overlapping constellations.

Asia's Satellite IoT Landscape

China's move comes as satellite IoT competition intensifies across Asia. Eutelsat OneWeb and Inmarsat operate in the region under international agreements, while Singaporean operator Kacific serves maritime and remote connectivity markets. Japan's SKY Perfect JSAT and South Korea's Hanwha Systems are developing domestic constellations with government backing.

China's large geography and diverse industrial base create significant addressable demand for satellite IoT. Sectors including agriculture, energy, transportation, and environmental monitoring require connectivity solutions that terrestrial networks cannot economically serve. The commercial trial will test whether private operators can deliver cost-competitive services at scale, potentially reshaping China's satellite market structure if successful.