Satellite internet is rapidly reshaping the global connectivity ecosystem. Traditional terrestrial networks are constrained by geography, infrastructure costs, and political boundaries, making it difficult to provide coverage in remote areas, over oceans, or in the air. In contrast, Low Earth Orbit (LEO) satellite constellations—such as Starlink, OneWeb, and China’s Guo Wang—deploy thousands of small satellites to deliver high-speed, low-latency global connectivity, significantly enhancing digital inclusion. This space-based infrastructure not only brings reliable internet access to rural communities, disaster zones, and mobile platforms like aircraft and ships, but also enables new applications in remote education, smart agriculture, and emergency communications. Moreover, satellite internet disrupts the geographic monopolies of traditional telecom operators, fostering innovative business models and international collaboration. However, challenges remain, including competition for orbital slots, space debris management, and cybersecurity concerns. As technology matures and regulatory frameworks evolve, satellite internet is expected to integrate seamlessly with 5G/6G terrestrial networks, forming a unified space-ground intelligent connectivity system that realizes the vision of ‘global, ubiquitous connectivity for all.’
卫星互联网正以前所未有的速度重构全球连接生态。传统地面通信网络受限于地理环境、基础设施成本和政治边界，难以覆盖偏远地区、海洋及空中等场景。而低轨（LEO）卫星星座如Starlink、OneWeb和中国星网等，通过部署成千上万颗小型卫星，构建起覆盖全球的高速、低延迟通信网络，显著提升了全球数字包容性。这种‘天基’通信能力不仅为农村、灾区和移动平台（如飞机、船舶）提供稳定网络接入，还推动了远程教育、智慧农业、应急通信等新兴应用场景的发展。此外，卫星互联网打破了传统电信运营商的地域垄断，催生新型商业模式与国际合作机制。然而，其发展也面临轨道资源竞争、空间碎片管理及网络安全等挑战。未来，随着技术成熟与政策协同，卫星互联网有望与5G/6G地面网络深度融合，形成天地一体化的智能连接体系，真正实现‘万物互联、全球可达’的愿景。
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