The RunAI Government Intelligent Agent All-in-One Machine is a system-level solution deeply customized for government scenarios, featuring domestically produced chips and offering full-stack, independently controllable capabilities.

unAI features the DeepSeek-R1-Distilled 32B model, an intelligent agent development platform tailored for most SME-level applications—especially scenarios with limited hardware resources that demand rapid response times.

To support the achievement of the "carbon peak and carbon neutrality" goals, we are promoting the green and high-quality development of new infrastructure such as 5G base stations and data centers. By replacing low-efficiency equipment, optimizing airflow management, and upgrading energy-saving technologies, we aim to help operators reduce energy consumption and costs, further driving the "energy-efficient, environmentally friendly, and secure" evolution of data center and base station operations.

To support the achievement of "carbon peaking and carbon neutrality" goals and promote the green, high-quality development of new infrastructure such as data centers, we are leveraging fluoropump dual-loop air conditioners in diverse settings—including communication equipment rooms and data centers—to achieve energy-efficient temperature control. This initiative further drives the data center industry toward more sustainable, environmentally friendly, and secure operations.

As 5G technology continues to evolve, the density of communication infrastructure installations will only increase. However, this surge in infrastructure comes with high energy consumption and a low adoption rate of green energy across the entire telecommunications industry. Without developing and deploying more efficient, energy-saving, and eco-friendly technologies that reduce both energy use and costs, the industry risks facing rapidly rising energy expenses. In response to the national call for energy conservation and emission reduction, installing photovoltaic power stations at base stations not only helps companies significantly cut electricity costs but also shields buildings from direct sunlight, thereby enhancing overall building energy efficiency.

To support the achievement of the "carbon peak and carbon neutrality" goals and promote the green, high-quality development of new infrastructure such as base stations, in regions rich in natural cooling resources, we are leveraging smart fresh-air energy-saving equipment to efficiently harness these natural cold sources. This approach aims to reduce energy consumption in base station equipment rooms, further advancing the transition toward "energy-efficient, environmentally friendly, and secure" operations for base station facilities.

With the rapid advancement of larger-capacity, faster 5G networks, the demand for base station cooling has surged significantly, leading to an increase in high-temperature alarms at base stations. To ensure the safe and stable operation of these critical infrastructure facilities, there is an urgent need to upgrade to air-conditioning equipment with higher cooling capacities, enabling precise temperature control within the equipment cabinets. This move not only supports the ambitious goals of "carbon peaking" and "carbon neutrality," but also accelerates the green, high-quality development of new infrastructure like 5G base stations. Ultimately, it will further drive the evolution of 5G base station operations toward greater energy efficiency, environmental sustainability, and operational safety.

Under the guidance of national macro policies, domestic telecom operators have been actively expanding base station infrastructure. Meanwhile, as the collaborative construction and sharing initiative continues to advance, the number of operators co-locating their equipment at the same base station is steadily increasing. To standardize DC power management for operator base stations and ensure differentiated support for equipment from various providers, an intelligent DCDU solution tailored for all scenarios has been introduced.

Responding to the demands of future-oriented new networks and services, operators are building a network middleware platform with the goals of "data sharing, service openness, agile iteration, and rapid support." This initiative aims to establish core capabilities for network operations and maintenance, enabling the agile and swift implementation of N comprehensive applications based on the network middleware platform.

Promoting a three-dimensional, information-driven social security prevention and control system is a major decision made by the Central Committee of the Communist Party of China, aimed at strengthening the building of a Peaceful China and enhancing the nation’s governance capabilities. Since the 19th National Congress in 2017 called for innovating this system, the State Council has also explicitly outlined this goal in the "13th Five-Year Plan." General Secretary Xi Jinping has repeatedly emphasized at key meetings the need to accelerate the development of this system, advocating a strategy that combines crime prevention with proactive crackdowns and adopts an integrated, holistic approach to bolstering control over dynamic social security situations—thus enabling the country to better seize the initiative in maintaining public order.

To deeply implement the spirit of governing the country according to law, fulfill the requirements outlined in government documents, and advance the construction of an administrative enforcement supervision platform—thereby strengthening oversight of administrative law enforcement and promoting law-based administration as well as fair and civilized enforcement practices. Given the mobile, unpredictable, and time-sensitive nature of urban management department operations, leveraging a virtualized enforcement platform can significantly enhance the high-tech capabilities and efficiency of urban management officers when handling cases.

As urbanization rapidly accelerates, city management tasks are becoming increasingly complex and demanding—so much so that traditional enforcement methods can no longer keep pace. City administrators now face an urgent need for efficient, precise law enforcement in the context of modern urban governance. Against this backdrop, the system leverages cutting-edge information technology to integrate and dynamically allocate enforcement resources, enhancing both the timeliness and accuracy of urban management and law enforcement. As a result, it has become an indispensable component of contemporary urban governance.

In December 2021, the Ministry of Housing and Urban-Rural Development issued the "Notice on Accelerating the Comprehensive Construction of Urban Operation Management Service Platforms," along with the "Guidelines for Building Urban Operation Management Service Platforms," the "Technical Standards for Urban Operation Management Service Platforms," and the "Data Standards for Urban Operation Management Service Platforms." This marked the official launch and full-scale implementation of the construction efforts for urban operation management service platforms at the national, provincial, and municipal levels.

Today, the media market is becoming increasingly competitive, with traditional media facing a massive challenge from emerging platforms. There is an urgent need for these established players to transform and upgrade their strategies in order to enhance their competitive edge. Meanwhile, in 2022, the National Radio and Television Administration emphasized in its document "Media Convergence: A Major Initiative Requiring Both Focused Efforts and Long-Term Commitment" that China's media sector must continuously align with the "China Plan" for integrated development of the media industry, as outlined by the Party Central Committee with Comrade Xi Jinping at its core—specifically as articulated during the 18th National Congress of the Communist Party of China.

Guided by the current "Double Reduction" policy, the big data-driven precision teaching platform emerges as an innovative educational tool designed to leverage advanced big data analytics in real time—enabling continuous monitoring and analysis of students' learning habits, progress, and outcomes.

In an era of the knowledge economy, characterized by intensifying market competition and rapid technological advancements, competition among businesses has increasingly shifted to a battle for talent. Yet, companies face challenges such as slow employee growth, significant skill disparities, and a shortage of versatile, multi-skilled professionals. These issues—along with difficulties in digital transformation, the lack of standardized performance evaluation systems, and ongoing hurdles in nurturing and retaining top talent—have become major obstacles hindering organizations from achieving high-quality talent development.

On April 1, 2020, the Ministry of Housing and Urban-Rural Development of the People's Republic of China issued the "Provisional Regulations on the Administration of Fire Safety Design Review and Acceptance for Construction Projects." Article 4 explicitly states that the authorities responsible for fire safety design review and acceptance shall leverage internet technology and other information-based tools to carry out tasks such as fire safety design reviews, fire safety inspections, filing procedures, and random checks. Additionally, they are tasked with establishing and improving a robust credit management system for relevant organizations and practitioners, continuously enhancing the quality of government services.

The 20th National Congress of the Communist Party of China emphasized, "We must comprehensively strengthen the foundation of food security, firmly safeguard the red line of 1.8 billion mu of arable land, and ensure that the Chinese people’s rice bowls remain firmly in their own hands." Meanwhile, digital transformation in agriculture stands as a crucial pathway to implementing the nation’s major strategic plans, accelerating the modernization of agriculture, and building a strong agricultural country.

The chemical industrial park boasts enormous output value, yet safety issues continue to surface frequently. In response, Runjian has launched an intelligent management platform for safety risks in chemical parks—a comprehensive "cloud-edge-device" collaborative solution aligned with the nation's key initiative to integrate the Industrial Internet with Safety Production. Leveraging cutting-edge technologies such as 5G, IoT, AI, and digital twins, the platform enhances the park's ability to perceive, assess, monitor, and predict safety risks, while also improving its emergency response capabilities. This innovative approach strengthens overall safety management within the park and empowers its broader digital transformation journey.

We provide IT information technology operations and maintenance management services for governments and enterprises. By leveraging cutting-edge ICT technologies such as the Internet, cloud computing, big data, and artificial intelligence, we employ advanced tools like monitoring, job scheduling, backup, and recovery—combined with robust management processes—to safeguard and optimize the production environment and its associated infrastructure. This includes hardware, foundational software, networking systems, and more, ensuring that the production environment operates reliably, efficiently, securely, and at a reduced cost.

To implement the national guidelines, we will promote the "four-network integration" of rail transit and drive the digital transformation of government functions. Leveraging digital, intelligent, and smart thinking, we will build a regulatory and service system for railway transportation (including urban rail transit), fostering new models for rail operation oversight. This initiative aims to achieve intelligent regulation of rail transit, ultimately establishing a comprehensive, integrated supervision framework for rail operations that features unified planning, standardized protocols, tiered management, seamless connectivity, and shared resources.

In the context of the new era, education emphasizes maker-based learning as its core, fostering students' entrepreneurial and innovative spirit and capabilities, while strengthening their hands-on, practical skills—and ultimately enhancing their overall综合素质 and competencies. Leveraging the Qiaojian Cloud XR content production platform to develop new teaching models can effectively address the various shortcomings inherent in traditional approaches.

By leveraging digital certification and auditing, we integrate nationwide resources of low-voltage intelligent engineering and technical personnel. We provide end-users, manufacturers, distributors, and integrators with comprehensive services—from project surveys to system installation, commissioning, and maintenance. Additionally, we establish a robust, multi-tiered national service network, implementing standardized processes to effectively address the critical challenges associated with distributed workforce management.

In advancing the new journey of Party building, General Secretary Xi Jinping reaffirmed the urgent need for comprehensively enforcing strict Party governance in his report to the 20th National Congress. In response to this call, the "Opinions of the CPC Central Committee on Strengthening the Party's Political Construction" propose leveraging innovative technologies such as the internet and big data to enhance Party-building activities, thereby driving the "smart Party building" initiative and optimizing organizational operations.

The "14th Five-Year National Fire Protection Plan" emphasizes the need to fully unlock the transformative power of technology, significantly enhancing fire protection technology support and the level of信息化 (information technology) applications. Meanwhile, the "China Education Modernization 2035" initiative outlines fire enforcement reforms (5+12), focusing on strengthening ex-ante, in-process, and ex-post regulatory measures. This includes refining the "Internet + Regulation" framework, leveraging IoT and big data technologies to enable real-time, intelligent assessments of fire safety risks, ultimately achieving precise and targeted oversight.

The Internet of Things can connect all objects within a specific spatial environment, enabling anthropomorphic-like information sensing and collaborative interactions, thereby driving the "smartification" of business operations. IoT can be integrated with cutting-edge technologies such as AI and digital twins, and is already being applied across diverse sectors—including smart parks, smart cities, intelligent buildings, and smart factories. As a key driver of the global新一轮科技革命与产业变革, IoT holds immense potential for market expansion and innovation.

In recent years, the installed capacity of new energy sources such as photovoltaics and wind power has grown rapidly, and the development and application of non-fossil energy are steadily gaining momentum. To maintain grid balance and stability while boosting the integration of renewable energy, various types of virtual power plants have emerged swiftly across China. As a unique type of power plant, virtual power plants serve as a coordinated management system that seamlessly integrates into electricity markets and grid operations. They can function both as "positive power plants," reducing electricity consumption to help ease peak demand on the grid, and as "negative power plants," increasing consumption to fill valleys in electricity usage. Capable of responding swiftly to grid signals, virtual power plants not only help stabilize the power system and earn financial incentives but also enable participation in diverse electricity market activities—such as capacity trading, spot markets, and ancillary services—thereby unlocking significant economic benefits.

Supporting the nation’s carbon peak and carbon neutrality strategies, we are building a distributed, digitalized platform for new energy solutions. Leveraging technologies such as artificial intelligence, big data, blockchain, and mobile internet, we’re developing a comprehensive information management service platform for all new-energy assets. This initiative aims to transform distributed photovoltaic power stations into highly efficient, digitally connected, and intelligent operations—ultimately enhancing the sustainable power-generation revenues for both new-energy service providers and power station owners.

As the global energy landscape undergoes a transformative shift, energy efficiency power plants are becoming critical to energy conservation and emission reduction. The integration of technologies such as smart grids, big data, and cloud computing enables these plants to more accurately forecast and manage electricity demand, optimizing the allocation of power resources. Meanwhile, the opening up of electricity markets creates vast opportunities for innovative service offerings. Additionally, supportive policies encouraging the use of clean energy are further boosting the growth of energy efficiency power plants.

As technology continues to advance, smart energy safety systems have become an indispensable part of everyday life. Integrating cutting-edge technologies such as intelligent sensing, remote control, and data monitoring, these systems effectively prevent electrical fires, appliance malfunctions, and energy waste—issues that can pose significant risks. Widely adopted in banks, schools, and other high-traffic areas, they deliver a more convenient, secure, and energy-efficient electricity experience for users.

The Guangdong Province Digital Transportation "14th Five-Year" Development Plan outlines the vision of building a digital transportation system characterized by comprehensive traffic element sensing and highly efficient, integrated technology applications, while accelerating the shift of transportation informatization toward digitalization, networking, and intelligence. The plan highlights the innovative integration of Beidou satellite navigation as a flagship application for new technologies and business models, driving forward large-scale, high-reliability data transmission powered by Beidou's high-precision positioning capabilities. This initiative aims to support cutting-edge explorations such as automated monitoring of transportation infrastructure conditions.

Runjian Corporation is strategically positioning itself in the low-altitude economy by focusing on the research and development of industrial-grade drones that deliver high reliability and stability—ranging from unmanned helicopters to multi-rotor drones. By integrating drone-based data collection terminals with Quchii's advanced AI large model, we’ve created a fully integrated, end-to-end ecosystem that seamlessly connects data acquisition with advanced analytics and insights. In the energy sector, we’ve already completed operational tasks exceeding 400,000 kilometers for Southern Power Grid, while successfully expanding into emerging renewable energy fields such as photovoltaic and wind power. These efforts are providing robust support for the standardized growth of the low-altitude economy.

A zero-carbon smart park refers to a development model that systematically integrates advanced technologies such as 5G, IoT, artificial intelligence, and digital twins throughout the park’s planning, construction, management, and operations. It embodies the principles of "carbon neutrality" and "digitalization," driving the park to maximize the use of renewable energy and implement energy-saving and carbon-reduction measures. Ultimately, the goal is to achieve a self-balanced carbon cycle within the park—where internal emissions are offset by natural or engineered carbon-absorption processes—while fostering deep integration among production, ecology, and daily life.