China's first integrated space-air-ground smart product matrix was unveiled at the 2026 Aerospace Information Conference in Wuxi City, east China's Jiangsu Province, on Thursday.
The product matrix, developed by Geovis -- a listed Chinese technology innovation company focused on geospatial big data processing and application, covers three major areas: smart Earth, low-altitude economy and commercial aerospace, and can be applied in various scenarios, according to a report on the disclosure of the product matrix.
Specifically, the smart Earth product line provides a spatiotemporal intelligence platform supporting applications in commercial aerospace, the low-altitude economy, territorial planning, underground and deep-sea exploration, and precision meteorological services.
The low-altitude industrial chain products focus on low-altitude safety and economy, covering logistics, government inspection, emergency rescue and urban airspace management, according to the report.
The commercial aerospace product line supports the manufacturing and safe operation of satellite constellations, offering comprehensive technical support for large-scale, intelligent development of the aerospace industry.
China unveils first integrated space-air-ground smart product matrix
China unveils first integrated space-air-ground smart product matrix
China's Shenzhou-23 astronauts have spent more than 80 days aboard the Tiangong Space Station, where they have advanced a broad slate of scientific experiments and operational training drills over the past week as the mission progresses steadily.
Last week, the three astronauts, namely Zhu Yangzhu, Zhang Zhiyuan, and Lai Ka-ying, carried out multiple parallel space science experiments and tests, according to the China Manned Space Agency (CMSA).
The crew completed in-orbit electroencephalogram (EEG) tests and behavioral experiments for the microgravity intuitive physics project, examining how prolonged spaceflight affects astronauts' brain functional networks and their ability to form intuitive physical representations.
They also collected and processed blood samples for research programs including bone metabolism interactive regulation and space integrative omics, supporting studies on the changing patterns of the human skeletal, nervous and other physiological systems during long-duration spaceflight.
In addition, kinematic characteristic experiments were conducted to provide support for ergonomic design and evaluation.
In the field of psychological and behavioral research, the trio finished an emergency decision-making capability assessment and an in-orbit emotional state test, part of ongoing work to track changes in crew performance and mental status throughout long-term on-orbit missions.
Alongside scientific endeavors, the astronauts pushed ahead with scheduled in-orbit training and emergency drills to reinforce their operational skills and response readiness.
Footage from the orbital complex shows the crew honing their skills on the on-orbit teleoperation rendezvous and docking training system, practicing manual docking, teleoperated docking and manual evacuation maneuvers by operating translation and attitude control handles.
They also completed in-orbit medical rescue training to familiarize themselves with rescue procedures and force application characteristics in a microgravity environment.
Furthermore, the crew carried out the second full-system pressure emergency drill, further consolidating their emergency handling capabilities and improving space-ground coordination efficiency.
China launched the Shenzhou-23 crewed spaceship on May 24. The mission includes a one-year in-orbit study designed to gather data for future long-duration human space missions.
China's Shenzhou-23 crew advance space science experiments, in-orbit training
