CAS Xiguang Aerospace made a significant appearance at the 4th International Commercial Aerospace Remote Sensing Satellite Application Conference and Aerospace Information Satellite Exhibition.

On July 5th, the 4th International Commercial Aerospace Remote Sensing Conference, themed "Intelligent Sensing in Space and Air: Large-Scale Industrial Transformation," was held.Satellite applicationsThe conference and the 2nd International Aerospace Information and Satellite Industry Exhibition officially opened at the China National Convention Center Phase II in Beijing. As a domestic provider of a complete commercial satellite supply chain and a leader in the hyperspectral remote sensing industry, [the event was hosted/organized].Xi'an Institute of Optics and Precision Mechanics CAS Aerospace Science and Technology Group Co.,LTD was invited to participate in the exhibition and was deeply involved in the two core components: forum speeches and offline exhibitions.This comprehensively showcases the hard power of the entire chain of autonomous and controllable hyperspectral remote sensing.

(Figure 1. Outdoor area of ​​the 4th International Commercial Space Remote Sensing Satellite Application Conference and the 2nd International Aerospace Information and Satellite Industry Exhibition)

At the main forum of the conference,He Xiaoning, General Manager of the Aerospace Remote Sensing Division of CAS Xiguang, delivered a keynote speech entitled "From 'Sky Sensing and Ground Calculation' to 'Sky Data Calculation': The Technological Leap of Quantitative Remote Sensing in 'Commercial Aerospace + Artificial Intelligence'".Combining industry development stages, technological pain points, self-developed innovation systems, and the 15th Five-Year Plan industrial layout, this paper fully shares a new path for the intelligent transformation of commercial aerospace remote sensing.

He Xiaoning pointed out that the industry has completed the shift from "whether there are satellites" to "how well the satellites are used," and the 15th Five-Year Plan will enter a new stage of large-scale, integrated, and data-value-driven development. The traditional "space-based sensing and ground-based computing" model has two major bottlenecks: long time latency and short imaging time. In response,Xi'an Institute of Optics and Precision Mechanics CAS Aerospace Science and Technology Group Co.,LTD proposed "Computing power to the skyThe innovative "Sky-Based Data Acquisition and Calculation" solution enables on-orbit data acquisition, processing, and decision-making, equipping satellites with a "space brain." The "Xiguang Series" quantitative hyperspectral intelligent computing constellation, developed by Xiguang Aerospace, is a typical example of "Sky-Based Data Acquisition and Calculation."

(Figure 2. He Xiaoning, General Manager of the Remote Sensing Division, delivers a keynote speech at the main forum of the conference)

He Xiaoning explained that the "Xiguang Series" quantitative hyperspectral intelligent computing constellation is currently making continuous breakthroughs in key technologies such as lightweighting of large on-board models and inter-satellite collaborative computing, creating a brand-new integrated system of "sky sensing, sky data, sky computing, and sky application," and ushering in a new era of "on-orbit computing and real-time intelligence." The constellation's first satellite—Xiguang-2 01 (Caiyun Hyperspectral 01)—is scheduled to be launched into orbit in July this year, carrying full-spectrum hyperspectral and on-orbit intelligent processing payloads, becoming the core on-orbit verification platform for the implementation of "sky data and sky computing" technologies.

If computing power in space is the hard support, then the hyperspectral AI big data model is the soft engine that unlocks the value of data. He Xiaoning also introduced that CAS Xi'an Optics & Aerospace, in collaboration with Zhijiang Laboratory, has jointly built the "Three-Body Computing Constellation" and jointly developed the hyperspectral AI big data model. This model deeply integrates spectroscopy, artificial intelligence, and industry knowledge, solving the pain points of traditional identification such as low efficiency, high cost, and difficulty in scaling. In fields such as precision agriculture, ecological environmental protection, and resource exploration, the big data model achieves a leap from "observing growth" to "analyzing nutrition," from "checking pollution" to "identifying types," and from "wide-area search" to "targeted positioning," making spectral "fingerprints" more accurate, broader, and easier to use.

(Figure 3. He Xiaoning, General Manager of the Remote Sensing Division, delivers a keynote speech at the main forum of the conference)

In his concluding remarks, He Xiaoning stated that, in line with the development goals of the 15th Five-Year Plan,Xi'an Institute of Optics and Precision Mechanics CAS Aerospace Science and Technology Group Co.,LTD has clearly defined two main development lines: the "hard line" focuses onStar IntelligenceThis achieves the integration of perception and computing; the "soft main line" deeply cultivates industry-wide models, promoting the deep integration of application and value.Looking ahead, we will focus on three key areas: building a space-ground collaborative intelligent computing architecture to achieve seamless integration of space and ground computing power; and improving the reliability of hyperspectral large-scale models. Xi'an Institute of Optics and Precision Mechanics CAS Aerospace Science and Technology Group Co.,LTD will continue to integrate the "communication, remote sensing, and computing" industrial chain, working with industry partners to promote the development of my country's...Commercial SpaceflightFrom a data collection pipeline to a value center empowering the real economy, China's commercial aviation industry is writing a new chapter in empowering all sectors and benefiting humanity.

Exhibition siteAt booth 2395 in Hall 2, CAS Xiguang Aerospace comprehensively showcased its core technologies and industrial achievements across the entire satellite value chain, including payload customization, satellite development, constellation operation, and data applications.The booth was bustling with activity and a lively atmosphere of exchange. Numerous industry experts, upstream and downstream partners, and practitioners visited and consulted, engaging in in-depth discussions and exchanges on core topics such as the development trends of the commercial aerospace industry and its application in various industry scenarios. The exchange of industry experience, sharing of cutting-edge concepts, and exploration of cooperation opportunities fully demonstrated CAS Xiguang Aerospace's high profile and core influence within the industry.

(Figure 4. CAS Xiguang Aerospace Booth)