Based on remote sensing and GIS, internet, cloud computing and other technologies, we can realize scientific management of the city, including accurate analysis, collaborative command and scientific governance of urban governance, and promote "scientific decision-making", "accurate governance", and "efficient service".

The LEO satellite navigation augmentation system is a constellation system of multiple LEO satellites and ground systems. It can enhance the performance of the BeiDou satellite navigation system, effectively improve the stability and coverage of navigation signals, provide high-precision, fast convergence, low-cost, and reliable satellite positioning augmentation services for potential users globally, and realize real-time dynamic and quick navigation and positioning at the global centimeter (cm) level.

LEO-HTS network communication band using Ka, Ku, V, and others, with fast transmission speed, wide coverage, and communication band, regardless of terrain and geographical restrictions. Users only need to configure a portable antenna that can achieve network communication and significantly improve the situation that the local area can not receive an efficient navigation signal. Compared with other manufacturers who plan to launch thousands or tens of thousands of satellites, Origin Space can reduce the number of satellites to achieve the expected network effect, that is, channel rental costs are low, greatly reducing the costs.

Carry out targeted marine satellite services and build a set of marine intelligent service platform as the core of the platform consists of marine ecological environment monitoring, marine disaster monitoring, dynamic monitoring of marine natural resources, monitoring of key targets at sea, to create a safe, beautiful and productive ocean.

The development, utilization and protection of forest and grassland resources need to keep pace with economic development, so it is especially important to grasp the dynamic changes of resources and make timely decisions. Remote sensing can make repeated observations of regional forest and grassland in a short period of time and on a large scale, so that the dynamic changes of resources can be grasped in near real time and decisions can be made timely.

Combining wireless sensor network, drone remote sensing and satellite remote sensing technology to build an integrated agricultural information collection system in the sky and land, which can build a set of efficient closed loop in the links of ”land leveling - crop identification - seedling image analysis - growth analysis - accurate fertilization - yield estimation”, thus increasing yield and income generation.

Support real-time monitoring and inspection of power faults for transmission lines, including inspection task planning, inspection result analysis, image/image data management, inspection information query, inspection result display and other functions, incorporating aviation, image, communication technology and background analysis system to improve the safety, efficiency and intelligence of transmission line inspection.

Focus on water resources monitoring, evaluation and management, water and drought disaster monitoring, water and soil conservation remote sensing monitoring and evaluation and other business directions. Form a comprehensive information service capability for water conservancy remote sensing application, for the Ministry of Water Resources, local water conservancy departments and other users continue to provide remote sensing monitoring products and services.

Use "Satellite + UAV" throughout the patrol mission, scanning of targets in key areas, to provide timely and accurate real-time intelligence security in border areas for decision-making.

Centering on the information service for fishery development, we build a wisdom and information system of “Two nuclei and one circle”. " Two nuclei" that is, respectively, with aquatic products and fishing vessels as the core, and "one circle" that is the wisdom fishery ecosystem, which organically integrates data of bathing ports, fishing vessels, crew members and aquatic products to realize business collaboration and wisdom service and promote the efficient and sustainable development of fishery industry.

Remote sensing technology plays an important role in climate early warning, monitoring, disaster monitoring and related disaster prevention and mitigation efforts.

The integration of low-orbit remote sensing satellites and ground-based IoT is used to create an integrated "sky-air-ground" system to provide early warning services for natural disasters and urban emergency monitoring nationwide.

Realize safety warning, supervision and law enforcement to mine by comprehensive use of remote sensing, big data, cloud computing, artificial intelligence and other advanced technologies. On the basis of the integration of multi-source heterogeneous space-air-ground data, we construct the space-air-ground integration perception system, to create special remediation, safety monitoring on production, risk warning, emergency command and other applications.