Zhongke Haiwei:
General Edge Container and Container Scheduling Platform for AI Computing Resource Scheduling Focused on Video
At the finals of the third Artificial Intelligence Product Application Innovation and Entrepreneurship Competition, which concluded successfully in July 2025, 30 companies gathered to engage in a peak showdown of innovation capabilities. This competition was hosted by the New Generation Artificial Intelligence Industry Technology Innovation Strategic Alliance and co-organized by SISPARK (Suzhou International Science and Technology Park), Suzhou Qizhi Innovation Technology Co., Ltd., Beijing Smart Silicon Valley Technology Co., Ltd., and Spike Entrepreneurship Academy. It aims to discover and cultivate innovative projects in the AI field, assist in industrial transformation, and promote the comprehensive upgrade of the artificial intelligence industry. The organizers collaborated closely with over 200 investment institutions, simultaneously reaching nearly a thousand equity investment institutions online, striving to create one of the domestic “AI entrepreneurship competitions with the most participating investment institutions.” At the finals, a professional jury composed of seven senior investors conducted strict evaluations through two rounds: the roadshow competition and the intended investment competition, assessing projects from multiple dimensions such as core technology, application prospects, and market potential, ultimately selecting numerous outstanding projects that injected new vitality into the development of the artificial intelligence industry.
Zhongke Haiwei won third place in the competition with the project “General Edge Container and Container Scheduling Platform for AI Computing Resource Scheduling Focused on Video.”
Zhongke Haiwei’s Innovative Path Towards Edge AI Operating Systems
Zhongke Haiwei (Beijing) Technology Co., Ltd. was established in 2019 and has been certified as a national high-tech enterprise. In 2024, it was selected as one of the sixth batch of “Specialized, Refined, Unique, and Innovative Small Giant Enterprises” by the Ministry of Industry and Information Technology. The company focuses on providing domestic edge computing operating systems and solutions, capable of offering customers domestic operating systems and system solutions characterized by high security, high real-time performance, high availability, and low power consumption. The Haiwei technical team has over ten years of in-depth research and development experience in key technologies such as operating system kernels, virtualization monitors, and real-time systems, as well as experience in deploying large-scale “edge-cloud” computing systems. Haiwei’s self-owned intellectual property intelligent IoT operating system, Seaway OS, has appeared multiple times in national critical industry edge computing applications, and the company has established partnerships with many leading clients.
Zhongke Haiwei’s edge computing operating system possessesmultiple core technologies:
01
For terminal devices with limited computing resources but high requirements for data security and operational stability, it provides a high-security kernel that supports the highest CC standard (Level 7) verifiable security base, as well as a presentation in RTOS/Type-1 Hypervisor form (Level 5+). Currently, only a few leading manufacturers in China meet the same conditions. The Haiwei system ensures high availability for devices, guaranteeing cluster availability in the event of node or component failures, supporting device status monitoring, IoT system fault diagnosis microservices; supporting precise fault root cause diagnosis and propagation path identification, as well as system fault root cause analysis and predictive warning. It provides customized optimal solutions for customers, supporting automated OS customization for customer devices, and has hot-swappable capabilities to maximize device resource utilization.
02
For edge computing devices that require cluster management, it provides high-resilience distributed task execution and autonomy, supporting container migration between edge and cloud, and code migration between endpoints and edges; supporting autonomy on the edge side after the central platform loses connection, which can be understood as having been decentralized, allowing edge clusters to autonomously schedule and ensure the normal operation of node applications; providing real-time fine-grained resource monitoring and task scheduling capabilities to meet the dual low requirements of system task response across various industries, ensuring that critical tasks can receive timely and accurate responses. Through kernel code optimization, it achieves efficient task scheduling and resource management, enhancing overall performance. It provides strong collaboration for heterogeneous distributed systems, supports masking heterogeneity, and is compatible with CRI-compliant lightweight container systems; supports real-time tasks using pass-through driver modes to ensure efficient task execution, and is compatible with lightweight container systems supporting K8S and K3S, supporting real-time monitoring and scheduling. We have over 60 Linux kernel real-time optimizations, application tools supporting microsecond-level precision industrial latency requirements, and scalable computing power with dynamic scheduling in both north-south and east-west directions.
03
On the cloud side, the Haiwei system adopts an integrated edge-cloud approach, effectively addressing modern data processing and analysis challenges by combining the advantages of cloud computing, edge computing, and terminal devices. This approach reduces latency, eliminates the need for long-distance data transmission, and improves response speed; alleviates pressure on the central cloud by processing large amounts of edge data, allowing the central cloud to focus on other tasks; and processes sensitive data at the edge, reducing the risk of privacy leakage.
Winning third place in the third Global Artificial Intelligence Product Application Innovation and Entrepreneurship Competition is of great significance to Zhongke Haiwei. This not only highly affirms the company’s technological innovation capabilities but also brings more attention and collaboration opportunities to the company. In the future, Zhongke Haiwei will continue to increase R&D investment, deepen its focus on the edge computing field, continuously innovate technologies and solutions, assist in the digital transformation of various industries, promote the edge computing industry to new heights, and contribute to global technological development with Chinese strength.