China Unveils Ambitious Plan for 144 Satellites to Monitor Earth's Orbital Traffic

Chinese aerospace firm Geovis Insighter Technology Co. Ltd. is gearing up to deploy an extensive space situational awareness (SSA) network aimed at tracking satellites and debris in low Earth orbit (LEO). This initiative, SpaceNews reports, represents a major advancement in China’s drive to enhance space security, transparency, and coordination amid the growing crowd of satellites encircling the planet.

A Satellite Fleet Built for Comprehensive Orbital Surveillance

Geovis Insighter intends to launch a network of 144 satellites dedicated to monitoring orbital objects in near-Earth space. The first pair of test satellites is slated to blast off this coming April, with plans for an additional 12 satellites by late 2026, as revealed by company senior VP Dan Luo at the International Astronautical Congress (IAC) in Sydney.

The pioneering satellites will orbit roughly 500 kilometers above Earth, keeping an eye on objects ranging from 300 to 2,000 kilometers altitude. Future deployments will include units placed in very low Earth orbit (VLEO), trading higher fuel consumption for more precise and detailed observations of lower-orbiting debris. Luo noted that although operating at such low altitudes demands significant fuel, it substantially improves monitoring capabilities.

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Established in 2016, Geovis Insighter Technology joined the Beijing Stock Exchange in January 2025. Prior to developing this extensive satellite array, the company built foundational SSA software tools for the Chinese government, setting the stage for its ambitious space-based monitoring project.

Commercializing Orbital Awareness Data

Geovis Insighter’s new constellation initiatives extend the company’s earlier government-focused efforts to include commercial clientele. The firm plans to supply comprehensive space traffic data to private satellite operators, aiding them in safely navigating an increasingly congested orbital environment. This strategy reflects a broader trend in China’s space sector where public and private ventures collaborate to support global space operations.

Through detailed object tracking, Geovis Insighter will contribute to collision avoidance, debris surveillance, and improved orbital movement predictions. With thousands of satellites from providers like SpaceX’s Starlink and OneWeb orbiting Earth, accurate positional data is critical for preventing disruptions and maintaining long-term sustainability of space activities.

China's Geovis Insighter Technology to launch SSA constellation https://t.co/vgEX37jSaW pic.twitter.com/geUzPyJdbw
— SpaceNews (@SpaceNews_Inc) September 29, 2025

Fostering Openness and Collaboration in Space

During the same IAC event, researcher Yuqi Shen from the Beijing Institute of Technology and visiting scholar at Leiden University stressed China’s intention to establish a national space traffic management system that complements international coordination efforts. Shen highlighted that China’s approach to space traffic coordination (STC) prioritizes communication and transparency between space operators over drafting new international agreements.

“We need to increase transparency and information sharing, and we need to improve international interoperability,” Shen said. “Ultimately, it depends on trust and how national systems communicate with each other.”

China’s expertise in space debris mitigation underpins this position. The Shijian-21 mission demonstrated capability by safely relocating the obsolete Beidou-2 G2 satellite to a graveyard orbit—a reserved orbital band for non-active space hardware. This showcased progress in on-orbit servicing and debris management technologies.

Navigating the Complex Rules of Orbital Management

Despite rapid policy developments, uncertainties remain about interpreting certain orbital actions and intentions. China’s STC framework already governs satellite licensing, registration, debris reduction, and radio spectrum allocation, yet questions about transparency and intent linger.

Shen observed that “the same maneuver can have both civil and military explanations,” which complicates international collaboration. Clearly defining these distinctions and agreeing on data sharing protocols and behavioral norms will be essential as China expands its role in managing orbital activities.

With the rollout of the Geovis Insighter SSA satellite network, China is positioning itself at the forefront of future space traffic management and orbital observation efforts. The coming era promises a more interconnected and vigilantly monitored orbital environment than ever before.