Core Insights - The core idea of the article emphasizes the robust growth of the Harmony operating system, driven by its foundational principle of "open collaboration and shared value" [2][3][6] - Harmony's explosive growth is attributed to a collaborative ecosystem involving developers, partners, and users, which fosters deep cooperation and value creation [3][14] Development Stages - The evolution of Harmony can be divided into three stages: the "driving" phase before 2019 focused on strategic technology layout, the "repairing" phase where it expanded into various IoT fields, and the current "manufacturing" phase showcasing its self-sustaining growth [4][5] - The launch of Harmony 1.0 in August 2019 marked the beginning of its journey, emphasizing an open design to break device silos and achieve seamless collaboration [4][5] Developer Ecosystem - Developers are identified as the core driving force of the Harmony ecosystem, with Huawei simplifying the development process and providing tools and resources to encourage innovation [6][8] - The "Harmony Campus Developer Program" has effectively engaged students, fostering a vibrant community of young developers who contribute innovative ideas and tools to the ecosystem [8] Partner Contributions - Partners play a crucial role in the Harmony open platform, transforming open technology into practical solutions across various industries [10][12] - Successful implementations, such as the "Dianhong" solution by China Southern Power Grid, demonstrate the significant impact of partners in enhancing operational efficiency and addressing industry challenges [12] User Engagement - Users are considered the foundation and driving force of the Harmony ecosystem, with their feedback and experiences shaping the platform's evolution [14] - The growth in user numbers is seen as a vital internal driver for the ecosystem's continuous development, reinforcing the importance of user engagement in the overall strategy [14] Future Outlook - The article concludes that the prosperity of open ecosystems relies on multi-dimensional collaborative innovation, where all participants can share value and grow together [17][19] - The future technological landscape is envisioned as a collaborative effort among numerous open ecosystems, emphasizing the need for open-mindedness and cooperative strength to achieve shared success [19]

Group 1 - The article discusses the implementation of a smart power supply system for the 15th National Games and the Special Olympics in Shenzhen, highlighting the use of the "All Electric Hong + Quantum Communication" system to enhance power supply efficiency and monitoring [1][2] - Shenzhen is hosting approximately 20% of the events for the National Games and Special Olympics, covering all nine districts of the city, which necessitates a robust power supply strategy [1] - The "Electric Hong" system, developed by Southern Power Grid, is the first domestic power IoT operating system, enabling real-time monitoring and communication between various power supply devices [2] Group 2 - The deployment of the Electric Hong system involves the installation of 2,000 monitoring terminals across various venues, allowing for comprehensive monitoring from 220V outlets to 500kV high-voltage equipment [2] - A quantum encrypted communication line is being constructed to enhance data transmission security and reduce construction costs, marking the first practical application of integrated quantum communication technology in the power industry [2] - The Shenzhen Power Supply Bureau is also exploring the use of energy storage, artificial intelligence, and robotic inspections to further empower the event's power supply infrastructure [2]

Core Viewpoint - The article discusses the innovative power supply assurance system implemented by the Southern Power Grid in Shenzhen during the 15th National Games and the Special Olympics, highlighting the integration of advanced technologies for efficient power management [1][2]. Group 1: Power Supply Assurance System - The Southern Power Grid Shenzhen Supply Bureau has developed the "All Electric Hong + Quantum Communication" smart power assurance system, which digitally replicates the status of 108 power assurance sites and over 100 substations [1]. - This system allows for real-time monitoring and early warning of power supply anomalies, significantly enhancing the efficiency of power assurance during the events [1]. Group 2: Technological Innovations - The "Electric Hong" system, developed based on open-source "Harmony" and "Euler," serves as the operational backbone for the power supply, enabling seamless communication between various monitoring terminals [2]. - The deployment of 2,000 monitoring terminals across different power assurance sites marks the first large-scale practical application of the Electric Hong system in a major event [2]. - The integration of quantum encryption technology in the communication lines aims to enhance data security and reduce construction costs, representing a pioneering effort in the power industry [2].