On November 26, Geovis Technology Co., Ltd. officially unveiled the "Star-Eye" Space Perception Constellation Plan in Beijing. The space‑based sensing network — the "Star-Eye" constellation, composed of 156 satellites — was formally introduced. Notably, the project’s overall planning, R&D strength, computing backbone, and measurement‑and‑control system all originate in Hefei.

In recent years, launch frequency at many domestic spaceports has continued to rise, and the overall operational tempo has noticeably accelerated. Expansion of low‑Earth orbit constellations, new satellite experiments, and commercial payload missions have led to different types of spacecraft entering orbit intensively over short timeframes. This has increased pressure on in‑orbit satellite management. Satellites are not static; they continually maneuver and adjust attitude. When numbers and missions were small and fixed, risks were manageable; but as the quantity of spacecraft and space debris rapidly grows, broader and higher‑frequency space observation capabilities are required.

Over the past few years, Hefei has been building out an aerospace information industry chain — from data processing and satellite measurement‑and‑control to the landing of commercial space companies — creating a foundation for sustainable development. This environment has allowed the "Star-Eye" technical system and team to take root, accumulate experience, and mature.

Unlike the Earth‑observing and communications satellites the public is familiar with, "Star-Eye" does not observe Earth; it observes objects in space directly.

The constellation plan comprises 156 satellites. Phase‑one will deploy 12 satellites to establish the core observation capability, and a further 144 satellites will later expand coverage. Payloads on board — optical imagers, infrared detectors, and electromagnetic surveillance instruments — will continuously record the orbital trajectories and status changes of on‑orbit spacecraft and space debris and transmit that data to the ground.

After data fusion and computation by ground systems, a continuously updated "space traffic map" can be generated. This will prevent satellites from operating "in the dark" and enable operators to minimize potential collision risks to the greatest extent.

Geovis Technology Co., Ltd. was founded in 2016 and is based in the Hefei National High-tech Industry Development Zone (Hefei high-tech zone).

If space is likened to a three‑dimensional highway, "Star-Eye" is installing cameras and radars, providing real‑time traffic conditions, and pushing that information to every "driver."

At the industry‑application level, "Star-Eye" data are not for display purposes but feed directly into frontline operational scenarios. Multiple satellite operators have already started integrating their orbital data needs with Geovis for use in scheduling, status analysis, and long‑term mission management. Rocket companies are also negotiating launch‑safety assessment collaborations to obtain more accurate launch windows before missions.

Source: Hefei Evening News