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The reform efforts in digital government construction are steadily advancing, with increasingly widespread adoption of information technologies. As a result, IT systems are becoming more complex, and organizations are relying ever more closely on both information and network systems to support their core operations. This heightened dependency places greater demands on the stability and reliability of IT infrastructure resources. To address these challenges, an integrated operations and maintenance (O&M) service project has been launched, leveraging scientific management approaches to streamline O&M processes, enhance efficiency, and ensure the dependable operation of IT systems and network infrastructure. The initiative also aims to fortify cybersecurity measures, creating a robust e-government environment that is "business-controllable, network-manageable, user-trustworthy, quality-assured, and capacity-expandable." Ultimately, this approach seeks to tackle fundamental bottlenecks—such as limitations in network scalability, user identification issues, and inadequate business control—and enable "unified scheduling," "centralized O&M," and "standardized performance evaluation" across all operational tasks. By consolidating service resources and refining service management frameworks, the project not only minimizes the risk of major incidents but also elevates overall IT O&M efficiency and service quality.

In recent years, with the gradual deployment and construction of the Tianwang Project, along with the progressive adoption of various information systems and cutting-edge technologies such as cloud computing and big data, the scale of public security's Tianwang information infrastructure has steadily expanded. This rapid growth, however, has posed significant challenges to Tianwang operations and maintenance, particularly due to the wide geographic distribution of maintenance nodes, the large number of devices, their scattered locations, and the resulting complexities in upkeep. As a result, users now need to dedicate substantial human resources to ensure the stable operation of these critical systems—making it increasingly urgent to enhance both the efficiency and quality of Tianwang's IT maintenance efforts.

In recent years, with the gradual development and widespread adoption of cutting-edge information technologies such as cloud computing and big data, the scale of traffic information systems within public security and traffic management departments has steadily expanded. This rapid growth, however, has posed significant challenges to operations and maintenance, particularly due to the large number of IT devices spread across diverse locations, coupled with high technical expertise requirements and increased complexity in upkeep. As a result, organizations now need to dedicate substantial human resources to ensure the stable operation of their business systems—making it increasingly urgent to enhance both the efficiency and quality of IT operations and maintenance.

AIOPS Intelligent Operations Management Platform: Integrated运维 services delivering unified network operation, seamless online processing, comprehensive network empowerment, and efficient network maintenance.

Building integrated data center construction services spanning the entire lifecycle

Building an integrated service system for infrastructure and IT operations, maintenance, and support

As the overall standard of living in society continues to rise, people’s demand for both the quantity and quality of livestock products has significantly increased. Economically, the livestock industry also serves as a major pillar supporting rural economies. In recent years, documents such as the "Opinions of the CPC Central Committee and the State Council on Comprehensively Promoting Rural Revitalization and Accelerating Agricultural and Rural Modernization" and the "Digital Village Development Action Plan (2022–2025)" issued by the State Council and the Ministry of Agriculture and Rural Affairs have all emphasized the need for smart upgrades in the livestock sector. As a result, the livestock industry is poised to enter a new era of growth, steadily moving toward smarter, more modernized operations.

Intelligent scheduling system focused on real-world operations: pre-emptive task planning, real-time monitoring of execution, and continuous accumulation of mission outcomes.

The 2021 Central Document No. 1 stated: "Develop smart agriculture, establish a big data system for agriculture and rural areas, and promote the deep integration of next-generation information technology with agricultural production and management. Strengthen digital and intelligent upgrades in rural public services, social governance, and other areas. Implement a project to enhance comprehensive service facilities at the village level."

Buildings are vital spaces for social and economic activities. As economies grow, new production and work models are placing higher demands on building services—specifically, providing comfortable working environments and conditions for professionals, offering efficient management solutions for building operations, and enabling sustainable energy practices to minimize carbon emissions during productive activities.

Lighthouse factories are at the forefront of scaling up the adoption of cutting-edge technologies, serving as both benchmarks and pioneers in smart manufacturing. By leveraging digital technologies such as cloud computing, IoT, big data, 5G, and digital twins across the board, these factories have revolutionized everything from security systems and management models to office workflows, energy consumption practices, and service delivery—setting a powerful example for the broader manufacturing industry.

Chip factories are a critical link in the semiconductor manufacturing industry chain, primarily engaged in tasks such as semiconductor wafer processing, process improvement, and product testing. The industry has high barriers to entry, and managing chip factory campuses requires stringent measures—high levels of confidentiality, robust security protocols, ultra-clean environments, tightly controlled conditions, and meticulous maintenance of highly precise equipment.

The new-generation active digital indoor distributed system leverages digital signal transmission technology, using fiber optics or Ethernet cables to deliver the base station’s digital signals directly to indoor coverage areas. This digitized approach not only enhances signal transmission efficiency and stability but also makes the system more flexible and scalable.

We will vigorously promote the research, development, manufacturing, and widespread adoption of advanced manufacturing equipment, smart devices, and intelligent construction-site technologies. This initiative aims to enhance the performance and efficiency of various construction tools and machinery, further advancing the level of mechanized construction operations. Additionally, we will accelerate the integration of Building IoT technologies such as sensors, high-speed mobile communications, wireless RF, near-field communication, and QR code recognition, thereby boosting the effective utilization of data resources and strengthening our capacity to deliver robust information services.

Software testing is a widely recognized and long-established technical practice in the software development industry, serving as a key method to ensure software product quality. The national policy document, "Provisional Measures for the Management of National E-Government Project Construction" (National Development and Reform Commission Order No. 55), explicitly outlines requirements related to the evaluation and quality assurance of e-government systems.

Prevention, diagnosis, and treatment of "diseases" related to data—data governance solutions serve as the tools designed to prevent, diagnose, and cure these data-related "illnesses."

The next five years will be the primary cycle for 5G network construction and development. Achieving energy efficiency and carbon reduction in 5G base stations and other ICT infrastructure not only helps operators cut investment costs but also serves as a key driver for the green upgrading of products across the information and communication industry!

Traditional regulatory approaches struggle to conduct in-depth analysis of surveillance data, making it difficult to identify patterns, causes, and trends in incineration incidents—and thus unable to provide the scientific foundation needed for developing targeted policies and measures to manage and enforce burn bans effectively.

Prevention, diagnosis, and treatment of "diseases" related to data—data governance solutions serve as the tools designed to prevent, diagnose, and cure these data-related "illnesses."

Distribution network operations involve numerous, widely dispersed work sites with complex environments, making management and control particularly challenging. At the same time, safety inspectors are limited in number, making it difficult to conduct comprehensive, on-site inspections across all locations. Relying on spot checks to oversee broader areas often fails to provide adequate coverage of the entire operation scope. Additionally, video monitoring requires manual review, placing significant strain on inspectors who must constantly watch screens. In remote areas, on-site supervision is not only inefficient but also comes with high labor costs, leaving blind spots in oversight—and adding to the risk of traffic accidents during travel to these isolated sites.

Help ensure that inspection units carry out verification work comprehensively, professionally, and in compliance with standards, enabling them to easily meet the integrity assessments conducted by regulatory authorities.

An application platform integrating video surveillance networking with AI-powered video structural analysis, supporting cross-segment, multi-vendor, and multi-protocol connectivity—while reducing AI costs and enabling greater scalability and standardization of business operations.