When a disaster occurs and disaster relief instructions are issued, it is no longer about anxiously waiting for a specific satellite to pass through, but rather like taking a taxi, the national platform automatically matches and schedules the "optimal satellite" for rapid imaging.
This system, called 'Space Strike', is rewriting the game rules of China's remote sensing industry.
On December 22nd, the National Space Administration released a shocking set of data: China has more than 400 in orbit remote sensing satellites, covering the full spectrum from optics to microwave.
More importantly, by 2025, they have responded to 159 emergency disaster monitoring incidents both domestically and internationally, and completed over 5700 imaging missions.
Does having more satellites make our power stronger? The fact may be exactly the opposite. These 400 stars have long faced the embarrassment of 'multiple stars and weak network'.
Nowadays, a profound transformation from "hardware competition" to "system operation" is quietly taking place through a "cloud ride hailing" platform.
From "queuing for stars" to "one click ordering"
How can 400 satellites be twisted into a rope?
Imagine a scenario: a sudden flood occurs in a certain place, and the emergency department urgently needs images. In the past, the process was to report step by step and then coordinate different units and formats of satellites such as "Jilin-1", Gaofen series, Fengyun satellite, etc.
The result is often that 'satellites fly in the sky, data is blocked on the ground', and the golden rescue time passes through tedious coordination.
The 'Space Strike' system aims to crack this core pain point. Its operational logic is extremely clear:
On the surface, this is using technology to connect dispersed satellites into a network. Essentially, it is a management revolution: restructuring the old model of managing based on "whose satellite" into a new logic of scheduling based on "who can complete the task".
The efficiency improvement is immediate. Behind the more than 5700 imaging attempts in 2025, the response time for scheduling has been compressed from hours in the past to tens of minutes.
For commercial aerospace companies, this means a fundamental shift in their business model - from simply selling data and images as "manufacturers" to participating in national missions and charging for services as "operators".
Institutional breakdown: How can national platforms "coordinate" civil and commercial satellites?
The technical concept is easy, but the difficulty lies in the implementation of the system.
Integrating the satellites of state-owned enterprises, institutions, and private companies is far more than just creating a list.
The real password is hidden in a document released at the end of 2025.
The core of the Action Plan for Promoting High Quality and Safe Development of Commercial Aerospace (2025-2027) is to establish a unified set of game rules. This is like connecting various power plants to the national power grid, with satellites becoming nodes of the "space power grid", but the dispatch power is in the hands of the national platform.
The most crucial one is that in major disasters and other public events, civilian and commercial satellites must obey the unified national dispatch.
This ensures that public safety is always the top priority. But the system is not "expropriation without compensation", but rather paves the way for commercial companies to participate in public services and obtain reasonable compensation through agreements, reorganizing the ownership, use, and operation rights of data.
This system requires a strong technological foundation to support it:
Unified 'language':; Develop standards to enable interoperability of metadata between different types of satellites.
Intelligent 'brain': A real-time scheduling algorithm platform that determines which star to send.
Highway: Cloud computing and network systems ensure fast processing and distribution of massive data.
Enterprises like Aerospace Electronics, which provide measurement and control communication equipment, have become the "nerve center" connecting heaven and earth. However, companies such as Aerospace Hongtu have shifted from software providers to "scenario based solution" service providers, and their platforms have penetrated into core government systems such as water conservancy and emergency response.
Compared to the procurement or free model in Europe and America, China has chosen a "national platform hub+coordinated civil and commercial resources" approach; Its core advantage lies in the extreme efficiency under centralized scheduling.
Beyond Disaster Relief: When Space Perspective Becomes the 'Everyday' of Urban Governance
The value of 'space missions' goes beyond emergency response. Once this ability becomes normalized, it will completely change the way we manage cities and protect the environment.
Case 1: Urban waterlogging warning. In the past, historical data and manual inspections were relied upon, but now satellites can continuously monitor surface runoff and soil moisture, establish dynamic models, and achieve accurate early warning.
Case 2: Geological hazard investigation. Upgrade from periodic sampling in the past to millimeter level, all-weather scanning of mountain displacement and ground subsidence.
Case 3: Ecological and Farmland Supervision. The Department of Ecology and Environment of Heilongjiang Province has increased the verification efficiency of mine restoration sites from 3-5 per person per day to an average of 50 using satellite image comparison.
The transformation of the industry followed. The logic of market growth has shifted from "building satellites" to "using data".
According to industry reports, the commercial remote sensing market is expected to exceed 37.2 billion yuan by 2030. Supporting enterprises in the industrial chain are the first to feel the heat:
Huolaiwo's satellite testing system orders used to be one or two sets per year, but now there are several sets per month;
Hualing Cable's revenue in the aerospace industry increased by over 40% year-on-year.
Of course, as more commercial satellites are integrated into the national system, new issues such as data security, privacy boundaries, and permission management also urgently need to be improved. But this is already a sweet annoyance.
Conclusion: Defining a New Pattern of Future Governance
'Space Strike' is not just a cool metaphor, it is a national level operating system that has already been launched.
It weaves over 400 satellites into an intelligent 'space neural network', which is comparable in significance to building high-speed rail and 5G networks on the ground.
Starting from disaster prevention and reduction, this model is rapidly penetrating into the vital areas of the national economy such as energy, transportation, and agriculture.
Behind it is a quiet power transfer: whoever holds the overall hub of data scheduling holds the efficiency and initiative of future digital social governance.
China's proactive deployment in space data infrastructure may be quietly defining a new pattern for future global remote sensing and digital governance.
The space economy has never been so close to our daily lives.
