证券时报记者 郭博昊 10月10日，工业和信息化部发布《工业和信息化部关于组织开展卫星物联网业务商用试验的通知（征求意见 稿）》。此举旨在通过开展卫星物联网业务商用试验，进一步丰富卫星通信市场供给、激发市场主体活力、提升 行业服务能力，同时构建安全监管体系，最终形成可复制、可推广的行业经验与发展模式。 根据《通知》，此次试验聚焦低速广域物联服务，覆盖穿戴设备、交通工具等多元场景，核心目标是构建可复制 的商业模式与安全监管体系，支撑商业航天、低空经济等新兴产业安全健康发展，服务构建新发展格局。 此次商用试验的推进，是我国卫星通信产业政策持续落地的重要体现。随着低轨卫星通信技术快速发展，卫星物 联网已成为支撑新型工业化和数字化转型的重要信息基础设施。早在8月27日，工业和信息化部发布的《关于优化 业务准入促进卫星通信产业发展的指导意见》明确，组织开展卫星物联网商用试验，支持符合条件的企业依托低 轨卫星物联网星座，研究设立新型卫星通信业务，进一步扩大向民营企业开放。 从市场前景来看，卫星物联网赛道增长潜力显著。据卫星专业咨询公司Euroconsult预测，到2030年，全球卫星物 联网连接数将突破3亿，市场规模有望 ...

工业和信息化部网站10月10日消息，工业和信息化部信息通信管理局就《关于组织开展卫星物联网业务 商用试验的通知（征求意见稿）》公开征求意见。 4. 有为用户提供长期服务的信誉或者能力； 5. 有科学完善的商用试验方案，可满足网络运行安全保障、服务质量、码号资源管理、网络和数据安全 管理、重要通信、实名制管理、防范治理电信网络诈骗、无线电安全管理等要求，以及其他安全技术保 障措施； 6. 国家规定的其他条件。 根据《通知》，卫星物联网业务是指通过卫星通信技术连接各类物联网设备，为数据采集终端、穿戴设 备、手持终端等各类终端，以及汽车、船舶、飞机等交通工具提供广域物联网连接的一种低速数据业 务。通过开展卫星物联网业务商用试验，丰富卫星通信市场供给，激发市场主体活力，提升行业服务能 力，建立安全监管体系，形成可复制可推广的经验和模式，支撑商业航天、低空经济等新兴产业安全健 康发展，服务构建新发展格局。 商用试验期为两年 《通知》介绍，卫星物联网业务商用试验对象为符合条件的企业，企业通过构建卫星物联网星座，建立 客服系统，以及计费、营账等业务支撑系统，提供卫星物联网服务。 《通知》明确申请开展卫星物联网业务商用试验的 ...

Core Viewpoint - The Ministry of Industry and Information Technology (MIIT) of China has released guidelines to optimize business access and promote the development of the satellite communication industry, aiming for high-quality growth by 2030 [4][11]. Group 1: Goals and Objectives - By 2030, the satellite communication management system and policies will be further improved, with a significant increase in the number of satellite communication users exceeding ten million [4][12]. - The guidelines emphasize the integration of satellite communication into the new development pattern, supporting high-quality economic and social development [4][12]. Group 2: Key Measures - The guidelines propose 19 measures across six areas to promote high-quality development in the satellite communication industry [4]. - Measures include expanding market access, enhancing application scenarios, nurturing the industry ecosystem, optimizing telecom resource supply, strengthening regulation, and improving collaborative efforts [4][5][6]. Group 3: Support for Operators and New Business Models - Support for telecom operators to develop terminal devices that connect directly to satellites, leveraging high-orbit satellite applications [5][14]. - Encouragement for private enterprises to explore new satellite communication services and utilize various satellite resources through commercial partnerships [6][15]. Group 4: Technological Development and Innovation - Promotion of low Earth orbit (LEO) satellite internet development and timely commercial trials for LEO satellite applications [7][13]. - Encouragement for the integration of satellite communication with 5G/6G and artificial intelligence technologies, fostering innovation in non-terrestrial networks (NTN) [8][19]. Group 5: Application Expansion - Emphasis on the application of satellite communication in emergency situations and digital services for underserved areas [16][17]. - Encouragement for innovative applications across various sectors, including industry, agriculture, and urban governance [18]. Group 6: Industry Ecosystem and Standards - Focus on accelerating core technology development and establishing an open, shared standard system for satellite communication [19][20]. - Promotion of a mutually beneficial industry ecosystem that leverages the strengths of ground mobile communication technologies [21]. Group 7: Resource Optimization and Regulation - Scientific planning of satellite communication code resources and innovative management of frequency resources to support high-quality development [22][23]. - Strengthening of regulatory frameworks to ensure fair competition and enhance user experience in satellite communication services [25][26]. Group 8: Collaborative Efforts and Funding - Emphasis on enhancing organizational coordination and securing funding for satellite communication research and technology development [29][30]. - Promotion of international cooperation to expand global service capabilities and market reach [32].

Financial Data and Key Metrics Changes - Total revenue for Q4 2024 increased by 17% to $61.2 million compared to $52.4 million in the prior year [8] - Service revenue rose by 18%, primarily driven by wholesale capacity revenue, while commercial IoT increased by 8% due to higher average subscribers and ARPU [8] - Adjusted EBITDA for Q4 2024 increased by 21% to $30.4 million, with an adjusted EBITDA margin of 54%, up 190 basis points from 52% in 2023 [9][11] Business Line Data and Key Metrics Changes - The Commercial IoT business achieved record annual service revenue in 2024, reflecting growth from existing and new customers [10] - The company expects revenue for 2025 to be between $260 million and $285 million, representing a 9% year-over-year growth at the midpoint [15] Market Data and Key Metrics Changes - The company ended 2024 with $391.2 million in cash, with significant cash inflows from updated service agreements totaling $913 million [12][13] - The company anticipates that the extended MSS network will double total revenue in its first full year of service, reaching $500 million [16] Company Strategy and Development Direction - The company successfully completed its uplisting to the NASDAQ Global Select Market and implemented a 1 for 15 reverse stock split to enhance stock liquidity [5][6] - The focus is on expanding product offerings, including the launch of a QA device and further development of the XCOM RAN terrestrial solution [11][16] - The company aims to maintain 100% of terrestrial, MSS, and other revenue while allocating 85% of network capacity for satellite services to its wholesale customer [37] Management's Comments on Operating Environment and Future Outlook - Management expressed confidence in the company's positioning within satellite and terrestrial connectivity markets, highlighting significant growth opportunities [22] - The company is focused on balancing growth investments while maintaining healthy margins, with expectations for adjusted EBITDA margins to improve over time [19][58] Other Important Information - The company has achieved a major milestone in partnership with Parsons Corporation, demonstrating a software-defined communication solution using its lower orbit constellation [38] - The company completed the first 5G data call on its Band n53 spectrum, achieving download speeds of 100 megabits per second [39] Q&A Session Summary Question: Can you explain the capabilities of the Aurora satellites? - The Aurora satellites have beam forming capabilities, allowing for controlled power and signal direction [45] Question: What is the timeline for the launch of the new satellites? - No specific update on the launch timing was provided [47] Question: Can you provide updates on the XCOM RAN and customer progress? - The company is focused on cost reduction and is awaiting customer decisions on rollout [54] Question: What are the expectations for EBITDA margins? - EBITDA margins are expected to face short-term pressures but should improve over the next 12 to 18 months [58] Question: When will the 2-way IoT become material to the numbers? - The company expects to start seeing material contributions from the 2-way IoT in 2025, with a ramp-up beginning this year [70][73] Question: Can you provide more details on the new satellite constellation? - The new constellation will work in conjunction with existing satellites, providing optionality for future expansions [115] Question: What are the use cases for the 2-way communication? - Use cases include remote asset control and monitoring, enabling commands to be sent back to devices [120][122]