Stars Harmony Raises $14.8 Million to Develop Guanlan Satellite Constellation

The capital injection for Stars Harmony comes as China aggressively scales its commercial space situational awareness (SSA) capabilities. Founded in May 2024, the startup is now moving into Beijing’s Satellite Town as part of a broader “South Rockets, North Satellites” industrial policy. The funding round included a diverse group of backers, ranging from the Beihang Tianhui incubator—linked to Beihang University—to state-linked investment vehicle Changsha Chengfa and venture firms like QDGF Ventures and Zhenghan Capital.

The Gande Constellation and AI-Driven Debris Tracking

While Stars Harmony builds its foundation, other players have already reached orbit. On July 24, 2026, Aotian Technology launched Gande-1, the first dedicated commercial debris-monitoring satellite in China. The satellite was carried by a Kinetica-1 solid rocket, which was developed by CAS Space.

The Gande project is an ambitious 120-satellite network designed for round-the-clock target detection. According to Chinese state media, the first phase (LX630) involves 14 satellites jointly built by ATmoto Technology and Liangxi Aerospace Technology Group. These assets are designed to monitor targets across low, medium, and high orbits.

To reduce the need for constant ground intervention, Gande-1 utilizes an onboard AI-aided computer. This allows the satellite to perform routine surveillance and rapid tracking autonomously. The broader Gande roadmap includes a second phase of 36 satellites with electromagnetic sensors and a final third phase of 70 AI-enabled satellites for behavioral analysis and autonomous decision-making, with full deployment targeted before 2030.

Strategic Shift Toward Indigenous TLE Data

This commercial rush isn’t just about profit; it is a matter of national data sovereignty. A report from the China Aerospace Studies Institute (CASI) in October 2025 highlighted a government goal to localize the two-line element (TLE) data format by 2028. TLE data is the standard used to track satellites; by creating its own system, China aims to shift from being a data user to a rulemaker, reducing its reliance on U.S. tracking data.

The urgency is underscored by physical risks in orbit. Media reports noted that fragments larger than one centimeter—which can travel at 7.9 km per second—are estimated to exceed one million pieces. China has already felt the impact: the Shenzhou-20 crewed spaceship suffered a viewport window impact, and the Shenzhou-17 crew had to perform two spacewalks in 2024 to repair solar wings damaged by debris.

A Fragmented Commercial Landscape: Key Players

The SSA sector in China is currently split between various spin-outs and private firms, each pursuing different scales of constellations.

The infrastructure to support these launches is also maturing; CAS Space recently reported that its Kinetica-1 carrier rocket has served over 30 clients and is beginning regular monthly launches for the second half of 2026.

The Broader Push for Embodied AI and Automation

The appetite for high-tech automation extends from orbit to the ground. In the humanoid robotics sector, investment hit 47.09 billion yuan ($6.95 billion) in the second quarter of 2026, more than double the previous quarter. Startups like LimX Dynamics are mirroring the trajectory of the space sector by rushing toward public markets. LimX recently raised $200 million in a pre-IPO round, valuing the company at $2.21 billion.

The common thread between the Gande constellation’s AI-driven tracking and LimX’s autonomous service robots is the transition from theoretical innovation to commercial product. As LimX founder Will Zhang noted, the technology has crossed the “0 to 1” line, and the current barrier is creating products that meet specific user needs. Whether in the form of a debris-tracking satellite or a humanoid robot, the goal is now scalable, operational deployment.