Reports

Huawei, in collaboration with Korean retail solution provider SOLUM, has launched a Smart Converged Network Solution tailored for the “shop-in-shop” retail scenario. The solution addresses challenges in deployment, operation, and experience within traditional retail networks by integrating network, computing, and storage capabilities into a single device, providing a one-stop ICT infrastructure for brand stores. The core of the solution is Huawei's CloudEngine S5735I-S series switch, which integrates switching, routing, AC (Wireless Controller), firewall, and edge computing functions. This “all-in-one” converged architecture simplifies deployment by consolidating a multi-device network topology into a single unit, reportedly reducing deployment costs by 30% and cutting service rollout time by 60%. For operations and maintenance, the solution supports unified management and intelligent O&M through Huawei's iMaster NCE network management platform, enabling real-time network visibility and rapid fault localization. The solution specifically addresses the needs of brand owners in the “shop-in-shop” model for autonomous network control, rapid and flexible deployment, and secure data isolation. It provides a standardized network foundation to support smart retail applications such as electronic shelf labels, intelligent shopping guides, and digital marketing. **Comment**: This solution is a typical case of Huawei deeply integrating ICT capabilities with vertical industry scenarios. The approach of “hardware convergence + unified management” directly targets the pain points of complex and costly network deployment in the retail industry, helping to lower the barrier for brand owners' digital transformation. For network equipment vendors, providing standardized, integrated software-hardware solutions for specific niche scenarios is an effective strategy to enhance product value-add and customer stickiness.

Huawei recently announced five new solutions for the transportation industry, aiming to advance the development of "All Intelligence in Transportation." These solutions focus on five core scenarios: Smart Highway, Smart Railway, Smart Airport, Smart Urban Traffic, and Smart Port. In the Smart Highway domain, the solution deploys a "Road Network Hyperbrain" to achieve full-road-section perception and coordinated management, utilizing Vehicle-to-Everything (V2X) technology to enhance traffic efficiency and safety. The Smart Railway solution emphasizes an industrial optical network based on F5G (the 5th Generation Fixed Network) to provide a highly reliable, low-latency network foundation for railway communications. For Smart Airports, the solution integrates AI-driven gate assignment and baggage tracking systems to optimize operational efficiency. The Smart Urban Traffic solution employs a "Traffic Brain" for integrated regulation of the urban road network. The Smart Port solution relies on L4 autonomous driving and intelligent dispatching systems to automate container terminal operations. All these solutions are built upon Huawei's ICT infrastructure, such as cloud computing, AI, big data, and connectivity technologies, forming a unified digital platform designed to help transportation customers achieve comprehensive improvements in operational efficiency, safety, and user experience.

Huawei and Tianjin Port Group have jointly launched the "Intelligent Horizontal Transportation 2.0" solution. This initiative aims to transform the C-section intelligent container terminal in Tianjin Port's North Jiang Port Area into the world's first fully automated, fully intelligent, and "zero-carbon" terminal across the entire process. The core of this solution lies in achieving comprehensive intelligence for port horizontal transportation through the integrated coordination of "Vehicle-Road-Cloud-Network". It incorporates key technologies such as 5G, L4 autonomous driving, AI, and IoT. Specifically, it deploys 5G-based intelligent container trucks, enabling unattended, all-weather, and full-process L4 autonomous driving operations. Simultaneously, via a "Vehicle-Road Coordination" system, these intelligent trucks can interact in real-time with the port's Intelligent Horizontal Transportation Management System (ITMS) to optimize path planning and task scheduling, thereby enhancing overall operational efficiency and safety. This collaboration signifies the evolution of port automation from "point-based intelligence" to "global collaborative intelligence," offering a new paradigm for the intelligent upgrade of ports worldwide. <b>Comment</b>: This solution represents a deep vertical industry application of Huawei's "Vehicle-Road-Cloud"协同 technology. Its core highlights are the unattended, full-process L4 autonomous driving and the integration of full-factor intelligence. It is poised to become a benchmark in port automation, and its subsequent scalability and actual operational data are worth monitoring.

Huawei and Spain's leading medical group, HM Hospitals, have jointly launched a global smart healthcare showcase project. This initiative aims to build a future-oriented smart healthcare solution model by integrating Huawei's advanced ICT technologies. The showcase deeply integrates Huawei's cloud computing, AI, big data, and IoT technologies to create an integrated digital healthcare platform. Its core objectives are to optimize medical processes, enhance patient experience, and improve operational efficiency. It demonstrates how technology can be applied to enable telemedicine, intelligent diagnostic assistance, and smart management of hospital resources, providing a referenceable digital transformation practice for the global healthcare industry. This collaboration signifies the deepening of Huawei's solutions in the healthcare sector. By partnering with an industry leader, Huawei combines its technological capabilities with specific medical scenarios to output standardized intelligent architecture and platforms. <b>Comment</b> This collaboration is not merely a technology demonstration but a typical example of Huawei's "showcase site" strategy for industry solutions. Creating benchmark cases with top-tier medical institutions effectively lowers the threshold and risks for digital transformation in other healthcare organizations, possessing strong market demonstration and traction power.

At a recent AI Campus Forum, Huawei officially released the "Intelligent Office Space White Paper" and a new "Intelligent Office Space Solution." This solution aims to reshape the office environment through technological means, enhancing employee experience and operational efficiency. The core of the solution is based on Huawei's "Cloud-Pipe-Device" collaborative architecture, deeply integrating AI, Internet of Things (IoT), and wireless networking technologies. Key technical highlights include: using AI for intelligent perception and dynamic scheduling of space resources like meeting rooms and workstations to improve space utilization; deploying IoT sensors for real-time monitoring and automatic adjustment of environmental factors (e.g., lighting, temperature, humidity) to create a comfortable and energy-efficient office space; and leveraging high-performance Wi-Fi 7 networks to ensure seamless roaming and low-latency connectivity across all scenarios, supporting various office applications. The white paper further elaborates on how the solution enables end-to-end digital management—from space booking and asset control to energy efficiency analysis—through a unified management platform. The release of this solution marks Huawei's deepening focus in the smart campus field, shifting from basic network construction to scenario-based, intelligent application solutions, providing a new reference path for enterprise office digital transformation. **Comment**: This solution integrates disparate ICT technologies into an end-to-end solution for specific office scenarios, reflecting a value shift from "connectivity" to "experience and efficiency." It is advisable to monitor its effectiveness in transforming traditional office workflows and its Return on Investment (ROI) data in actual deployments.

Huawei has launched the upgraded Xinghe AI Fabric 2.0 data center network solution, designed to address the challenges of high bandwidth, low latency, and zero packet loss posed by AI large model training. The core of the solution is a new “AI-Native” architecture that deeply integrates AI technology to achieve network autonomy. Key components include: CloudEngine data center switches equipped with the self-developed Solar 5.0 chip, offering port bandwidth up to 51.2T and nanosecond-level latency; the iLossless 3.0 intelligent lossless algorithm, which uses AI to predict traffic patterns, boosting network throughput to 100% and achieving zero packet loss; and a new intelligent management platform supporting intent-driven operations and digital twin, enabling minute-level service deployment and second-level fault localization. Compared to its predecessor, version 2.0 shows significant improvements in performance, intelligence, and reliability. Its key differentiation lies in using “AI for Networks” to achieve self-optimization and self-healing, improving AI training job efficiency by 30% and supporting stable, efficient collaboration in ultra-large-scale ten-thousand-card clusters. This solution provides end-to-end network assurance for building AI computing infrastructure in industries such as finance, scientific research, and the internet. <b>Comment</b>: This solution represents Huawei's systematic response to the network bottlenecks of AI computing clusters. Its “AI-Native” philosophy and the synergistic design of self-developed chips and intelligent algorithms form its core competitive barrier. For enterprises planning to build or upgrade AI data centers, this solution's performance and intelligent management capabilities are noteworthy.

Huawei has recently launched scenario-specific solutions targeting three vertical industries: office, healthcare, and education. These solutions aim to address the digital transformation needs of specific sectors by integrating Huawei's communication and collaboration technologies. For the office scenario, the solution focuses on enhancing enterprise collaboration efficiency and the remote working experience, potentially incorporating products like cloud conferencing and intelligent collaboration terminals. For the healthcare industry, it aims to optimize internal hospital communication, remote consultation, and patient-doctor interaction processes. The education scenario solution emphasizes building smart classrooms to support interactive teaching and distance learning. The launch of these solutions signals that Huawei's enterprise business is shifting from offering generic products to providing holistic solutions deeply integrated with industry know-how, aiming for more precise engagement with vertical market customers. <b>Comment</b>: This move by Huawei is a typical "industry deep-dive" strategy. By packaging its ICT capabilities into scenario-based solutions, it can effectively enhance customer stickiness and solution value. It is advisable to monitor whether new AI capabilities or security modules are integrated into these solutions and to track subsequent benchmark customer deployment cases.

Huawei recently launched two innovative fiber sensing solutions: the "Optical Fiber Perimeter Security Solution" and the "Optical Fiber Vibration Monitoring Solution," targeting intelligent transformation in industrial sectors such as mining, oil, and gas. The "Optical Fiber Perimeter Security Solution" utilizes the optical fiber itself as a sensor, enabling passive, 24/7 intrusion monitoring for perimeters up to 100 kilometers long with meter-level positioning accuracy. It effectively replaces traditional electronic fences and is suitable for complex terrains like mining areas or oil and gas field boundaries. The "Optical Fiber Vibration Monitoring Solution" focuses on condition monitoring of critical infrastructure such as pipelines and cables. By analyzing micro-disturbances in the optical signal within the fiber, it can accurately identify third-party construction activities like excavation and drilling, providing early warnings for potential damage risks and ensuring the safety of production facilities. Both solutions leverage Huawei's expertise in optical communication, upgrading communication fibers for dual use as a sensing network. They offer customers a highly reliable, long-distance, and easily deployable intelligent sensing layer, representing significant technological innovation for Industrial IoT scenarios.

Huawei, in collaboration with hotel solution provider Bittel, has released the "Xinghe AI SafeStay Hotel Campus Network Solution." This solution aims to provide the hospitality industry with an intelligent infrastructure that integrates networking, security, and AI. The solution is built on Huawei's CloudCampus 3.0 and integrates Bittel's Hotel Management System. Its technical highlight is the deep integration of networking and security powered by AI. Specifically, it employs AI-driven intelligent O&M for minute-level fault location and root cause analysis, improving operational efficiency. On the security front, it features built-in AI threat detection capabilities to proactively identify and defend against network attacks, safeguarding guest data and business systems. Furthermore, the solution supports Wi-Fi 6/6E technology, delivering high-quality wireless access for high-density guest rooms and public areas, and can automatically adapt network policies for different access and security requirements of guests, staff, and IoT devices. This solution marks the evolution of hotel networks from traditional connectivity services to intelligent, secure operational platforms, offering a new technological path for hotels to reduce costs, increase efficiency, and enhance guest experience. **Comment**: This solution下沉 AI capabilities into campus networking and security scenarios, representing a significant integration in industry-specific solutions. For hotel owners, its value lies in unifying previously disparate networking, security, and O&M management. However, practical deployment requires assessing the integration complexity and cost with existing hotel systems like PMS.

Huawei and Shandong Port Group have jointly announced the successful establishment of a new global benchmark for smart ports at the Qianwan Container Terminal of Qingdao Port, Shandong. This solution deeply integrates Huawei's cutting-edge ICT technologies such as F5G (the 5th Generation Fixed Network), Liquid OTN, 5G, Wi-Fi 6, cloud computing, and AI, constructing a unified digital infrastructure for the port's "sensing, transmission, computing, and application" layers. The core of the solution lies in achieving the "three-network convergence" of the port's production, office, and security networks through an F5G all-optical network, providing highly reliable, low-latency, and high-bandwidth connectivity. It also deploys the industry's first L4-level unmanned container truck fleet and enables remote control and automated operations for quay cranes and rail-mounted gantry cranes based on 5G+AI, significantly improving operational efficiency and safety. This initiative is not merely a technology integration but a replicable and scalable overall smart port solution, aiming to provide a practical model for the digital transformation of the global port industry. **Comment**: This solution demonstrates Huawei's strong capability in deeply integrating multiple ICT technologies to form a systematic solution for the vertical port scenario. Its "three-network convergence" architecture design and the application of L4 autonomous driving are key differentiating advantages over traditional automation schemes, offering a clear path for cost reduction, efficiency improvement, and safety control in port operations, holding significant reference value for global port intelligence upgrades.

Huawei recently launched its AI Data Platform, designed to address data management challenges in enterprise AI adoption and accelerate the large-scale deployment of AI technologies. A key highlight of the platform is its "storage-compute decoupling" architecture, which separates storage and computing resources to enable efficient data flow and sharing, thereby improving the overall efficiency of AI training and inference. The platform integrates a high-performance parallel file system supporting exabyte-scale capacity and million-level IOPS, meeting the high-concurrency access demands of massive small files in large-scale AI clusters. Its built-in data acceleration engine is claimed to reduce AI training data preparation time by up to 30%. Furthermore, the platform offers a unified data management view and automated data lifecycle policies, simplifying the data pipeline from data lakes to AI training. Huawei emphasizes that this platform is specifically designed for AI workloads, capable of seamless integration with mainstream AI frameworks (e.g., TensorFlow, PyTorch) and supporting collaboration with Huawei Cloud AI services and Ascend AI computing hardware, providing enterprises with a full-stack solution from data to AI applications. **Comment**: This platform directly targets the core pain point of AI scaling—data preparation and management efficiency. Its "storage-compute decoupling" architecture and high-performance design show clear technical focus. It is advisable to monitor its actual performance in specific industry scenarios (e.g., autonomous driving, drug discovery) and the depth of its integration with ecosystem partners.

Huawei has recently launched the industry's first L4-level Autonomous Driving Network (ADN) solution for campus networks. This solution marks a critical step towards high-level autonomous network operation and maintenance, aiming to automate the entire lifecycle of campus networks from planning and construction to maintenance and optimization. The core of this solution lies in its three-layer intelligent architecture: the Network Digital Twin layer, the AI Large Model layer, and the Intent-Driven layer. The Network Digital Twin layer synchronizes the physical network state in real-time, providing an accurate data foundation for simulation and decision-making. The AI Large Model layer integrates Huawei's Pangu model with network domain knowledge for root cause analysis and intelligent decision-making. The Intent-Driven layer allows operators to input business intents via natural language, which the system automatically translates into network policies and executes. In terms of performance metrics, the solution claims to achieve fault detection within 1 minute, localization within 3 minutes, and recovery within 5 minutes, reducing the Mean Time to Repair (MTTR) from hours to minutes. Additionally, through predictive maintenance, it can increase the proactive discovery rate of potential faults to over 90%, significantly enhancing network availability and operational efficiency. <b>Comment</b>: Huawei's L4 ADN solution deeply integrates AI large models with network digital twins, representing a significant implementation of network automation evolving from "assisted driving" to "highly autonomous driving." Its proposed minute-level fault self-healing and proactive prediction capabilities directly address the pain points of complex and slow-response campus network O&M, setting a new benchmark for high-level autonomous networks in the industry. It is worthy of close attention from network managers and solution providers regarding its subsequent commercial practices and ecosystem development.

Huawei has launched the "Xinghe Intelligent Traffic-Encryption Integration Solution," aiming to build a quantum-secure foundation for Wide Area Networks (WANs). The core of this solution is to provide end-to-end encryption capabilities to address potential security threats posed by future quantum computing. The solution deeply integrates intelligent traffic scheduling with quantum-safe encryption technologies, enabling the coordination of network traffic and security policies. It supports smooth upgrades on existing network equipment by integrating Quantum Key Distribution (QKD) or Post-Quantum Cryptography (PQC) technologies, providing high-level protection for critical data transmission. This initiative aims to help enterprises build future-proof security defenses in advance without altering their current network architecture. The solution primarily targets enterprises and industries with extremely high requirements for data transmission security, such as finance, government, and energy, offering quantum-attack-resistant encryption for their WAN core links and critical services. <b>Comment</b>: Huawei's launch combines quantum-safe technology with WAN traffic management, presenting a forward-looking security solution. Enterprises, especially those in critical infrastructure sectors, should monitor the evolution and implementation path of such anti-quantum encryption technologies, evaluating their compatibility with existing systems and deployment costs to prepare for future security upgrades.

Huawei's new-generation OceanStor Dorado converged all-flash storage system has passed independent technical validation by Enterprise Strategy Group (ESG). The validation report confirms the system's outstanding performance in terms of performance, efficiency, reliability, and intelligent operations, effectively meeting the high-performance and low-latency demands of enterprise critical business workloads. The report highlights key technical advantages of this storage solution. In terms of performance, the system achieves stable microsecond-level latency and up to 21 million IOPS through its innovative FlashLink® 3.0 architecture and intelligent chips. For efficiency, it offers a data reduction ratio of up to 5:1 and employs an innovative SmartMatrix fully interconnected architecture to ensure zero service interruption during controller failures. Furthermore, the integrated AI engine enables a fault prediction accuracy rate of up to 93%, significantly enhancing operational intelligence. ESG's validation concludes that the Huawei OceanStor Dorado converged all-flash storage provides enterprises with a high-performance, highly reliable, and intelligent data storage platform, particularly suitable for critical business scenarios such as databases, virtualization, and AI/data analytics. **Comment**: This third-party technical validation report objectively confirms the leading edge of Huawei's new-generation all-flash storage in core technical metrics, especially its high IOPS, low latency, and intelligent O&M capabilities, providing strong reference for enterprises when selecting critical storage infrastructure.

Huawei recently released the "Fully Connected Industrial Networks" report, aiming to provide network architecture guidance for the digital transformation of the manufacturing industry. The report delves into the network challenges faced by smart factories and systematically proposes the "Fully Connected Industrial Networks" solution. The core of this solution is to build a unified, converged, and intelligent industrial network architecture. It emphasizes the deep integration of OT (Operational Technology) and IT (Information Technology) networks within factories through technologies like IPization, wireless (e.g., 5G), and optical communication, breaking down the traditional siloed "two-layer" architecture. The report indicates that this converged architecture can support the flexible access and efficient collaboration of massive industrial equipment (such as PLCs, robots, AGVs) and meet the stringent requirements for low latency and high reliability in scenarios like industrial visual inspection and remote control. The whitepaper also elaborates on key technologies required to build such networks, including deterministic networking, TSN (Time-Sensitive Networking), and AI-based intelligent O&M, to ensure the continuity and stability of production operations. **Comment**: This whitepaper represents a significant strategic move by Huawei in the industrial internet field. Its proposed "fully connected" concept goes beyond single products, aiming to provide top-level architectural design. For manufacturing enterprises, it offers a clear reference framework for building future-oriented flexible production networks, with particular focus on network convergence and deterministic guarantees, which constitutes its practical value.

At MWC 2026, Huawei's Enterprise Business Group unveiled 115 industrial intelligence showcases developed with global customers and launched 22 new industrial intelligence solutions in collaboration with partners. This move highlights Huawei's deep commitment and ecosystem-building capabilities in the industrial intelligence sector. The showcases and solutions span critical industries such as manufacturing, energy, and transportation, leveraging digital technologies like 5G, AI, and cloud computing to help enterprises optimize production processes, enhance operational efficiency, and innovate business models. By presenting real-world co-creation achievements with customers, Huawei emphasizes the practical application value of its technology in actual industrial scenarios, moving beyond conceptual discussions. The joint launch of solutions with partners further reinforces its open cooperation ecosystem strategy, aiming to provide end-to-end support for industry customers' intelligent transformation.

Huawei recently unveiled a digital solution portfolio specifically for the oil, gas, and chemical industries, aiming to address core challenges such as safety, efficiency, and sustainable development through innovative ICT technologies. The core of this solution is to build a secure, reliable, and intelligent industry digital infrastructure. It emphasizes comprehensive perception and intelligent connectivity for critical links like production sites, pipeline transportation, and refinery areas through technologies including All-Optical Networks, the Internet of Things (IoT), cloud computing, and Artificial Intelligence (AI). Specific technical applications involve using AI video analytics for safety behavior monitoring and early warning in high-risk areas, and leveraging IoT sensors and edge computing for predictive equipment maintenance to enhance production safety and operational efficiency. The solution also proposes building an industry cloud platform to integrate data, support intelligent applications, and explore innovations in carbon emission reduction and energy management. This initiative by Huawei does not introduce a singular new product but rather integrates its existing capabilities in networking, computing, cloud, and AI into a customized overall solution framework for the complex scenarios of the oil, gas, and chemical sectors, aiming to assist customers in their digital transformation. <b>Comment</b> This solution is a typical move by Huawei to package and deeply customize its general-purpose ICT capabilities for a specific industry, targeting the rigid demands for safety and cost-efficiency in oil, gas, and chemicals. Its differentiated advantage lies in offering an integrated architecture from the perception layer to the platform layer, rather than point technologies. It is advisable to monitor subsequent published case studies and quantified benefit data to assess its practical implementation effectiveness and industry adoption.

Huawei recently released its Smart Transportation Solution for the transportation industry, aiming to modernize transportation infrastructure through innovative ICT technologies. The solution integrates key technologies such as cloud computing, AI, IoT, and 5G to build an end-to-end digital platform. The core of the solution lies in creating a “fully perceptive, fully connected, and fully intelligent” digital foundation for transportation. By deploying various sensors and edge computing devices, it achieves comprehensive real-time perception of traffic flow, facility status, and environmental information. It utilizes high-speed networks for data aggregation and transmission, and employs cloud-based AI platforms for big data analysis and intelligent decision-making to optimize traffic dispatch, improve operational efficiency, and ensure safety. This solution covers multiple segments including highways, railways, urban transit, and aviation, offering specific applications like intelligent road networks, smart hubs, and vehicle-infrastructure cooperation. Huawei emphasizes the openness of its solution, enabling integration with existing industry systems and applications from ecosystem partners to jointly build a future-oriented intelligent transportation system. **Comment:** Huawei's Smart Transportation Solution is a typical example of its deep integration of general ICT capabilities with vertical industries, featuring a complete technology stack and broad scenario coverage. Its "platform + ecosystem" strategy facilitates rapid deployment and scaling, offering significant reference value for the transportation industry amidst its digital transformation wave. It is advisable to monitor its specific implementation cases and collaborations with automakers and traffic management authorities.

Huawei recently launched a digital solution tailored for the power industry, aiming to drive the intelligence and digital transformation of power grids through advanced Information and Communication Technology (ICT). This solution focuses on building a safer, more efficient, and greener modern power system. The core of the solution lies in leveraging Huawei's technological accumulations in cloud computing, artificial intelligence (AI), the Internet of Things (IoT), and 5G to provide digital support for the entire power chain, including generation, transmission, transformation, distribution, and consumption. Specific technical applications involve deploying AI algorithms for intelligent grid fault early warning and diagnosis, utilizing IoT sensors for real-time equipment status monitoring, and employing 5G networks to meet the stringent requirements of services like distribution network differential protection for ultra-low latency and high reliability. This integration of technologies aims to enhance grid reliability, operational efficiency, and renewable energy integration capacity. Huawei emphasizes that its solution adopts an open architecture, enabling integration with power enterprises' existing systems, and offers a full-stack technology product and service portfolio from edge to cloud to support the industry in building digital twin grids for more precise dispatching and operation and maintenance (O&M). **Comment**: This solution launch marks another step in Huawei's deep penetration of generic ICT capabilities into vertical industries. The emphasized synergy of "Cloud, AI, 5G, IoT" represents a mainstream path for current industrial digitalization, with its openness and full-stack capabilities being key attractions for power customers. It is advisable to monitor the actual performance metrics and cost-effectiveness in specific project implementations.

Huawei has recently released a digital transformation solution suite specifically for the manufacturing industry, aiming to leverage its ICT capabilities to support manufacturers' intelligent upgrade. The solution focuses on three key scenarios: building smart factory networks, enhancing production and operational efficiency, and ensuring data security. The core of the solution includes Huawei's CloudCampus-based industrial network, which provides highly reliable, low-latency wireless and wired connectivity to ensure stable interconnection between production equipment and systems. Meanwhile, Huawei's Industrial Intelligence incorporates AI and big data analytics for applications such as predictive maintenance and visual quality inspection, aiming to improve production yield and Overall Equipment Effectiveness (OEE). On the security front, the solution emphasizes end-to-end network security protection to safeguard data and operations within industrial control systems. **Comment**: This solution integrates Huawei's network, AI, and security product lines into a vertical offering for manufacturing. Its strength lies in providing integrated capabilities from connectivity and computing to intelligent analysis, which can help manufacturers address the technical integration challenges of digital transformation systematically. It is advisable to monitor its practical deployment cases and effectiveness validation in specific industry applications.

Huawei has recently launched digital solutions tailored for the mining and smelting industries, aiming to drive the intelligent and safe transformation of these traditional heavy industries by integrating advanced ICT technologies. This offering is not a single product but a comprehensive technical framework that converges network, computing, cloud, and AI capabilities. The core solution architecture emphasizes building a fully perceptive, connected, and intelligent industrial internet platform. For mining scenarios, the focus is on mine-specific 5G private networks, F5G all-optical industrial networks, and intelligent mine operating systems to enable remote control of underground equipment, high-reliability communication for autonomous haul trucks, and real-time transmission and analysis of production data. In the metallurgy sector, the solution prioritizes using the industrial internet platform to integrate data across the entire "iron-steel-rolling" process, leveraging technologies like AI visual inspection and digital twins to optimize production scheduling and product quality. The key technological differentiator lies in its "cloud-edge-device" synergy and industry customization. Huawei integrates its technological strengths in 5G, optical communication, cloud computing, and Ascend AI computing power with the specific production processes of mining and metallurgy (such as blasting, transportation, and smelting), providing a one-stop service from network infrastructure to upper-layer intelligent applications. This addresses long-standing industry pain points including high safety risks, production efficiency bottlenecks, and heavy reliance on manual labor. <b>Comment</b> This solution signifies Huawei Enterprise BG's deeper penetration into vertical industries, packaging generic ICT capabilities into scenario-specific offerings. Its success will hinge on ecosystem collaboration and practical implementation, requiring partnerships with industry ISVs and equipment manufacturers to jointly validate the technology's reliability and cost-effectiveness in harsh real-world industrial environments.

Huawei recently released the “Accelerate Industrial Intelligence” white paper, aiming to provide a systematic framework and practical reference for the intelligent transformation of global industrial enterprises. The core of the white paper focuses on how to leverage advanced technologies to accelerate the realization of industrial intelligence. The white paper outlines three key stages of industrial intelligence development: digitization (point applications), networking (system integration), and intelligentization (autonomous decision-making), noting that most enterprises are currently at a critical leap from networking to intelligentization. To achieve this leap, Huawei emphasizes the importance of a coordinated “cloud, network, edge, and device” integrated architecture. It elaborates on the integrated application of enabling technologies such as AI, 5G, cloud computing, IoT, and F5G (the 5th Generation Fixed Network) in industrial scenarios. Examples include using 5G+AI for machine vision quality inspection or building highly reliable production networks with F5G. Beyond top-level design, the white paper combines Huawei’s own and partners’ practices to summarize an implementation path of “overall planning, scenario breakthroughs, capability accumulation, and continuous iteration.” It also shares preliminary application results in industries like electronics manufacturing, automotive, and steel, offering actionable references for the industrial sector. <b>Comment</b>: This white paper represents a significant move by Huawei to systematically export its ICT technology accumulation into the industrial field. The proposed phased path and integrated technology architecture offer strong guidance, helping enterprises clarify their upgrade strategies and avoid blind investment. It is recommended that relevant companies use it as a reference framework for strategic planning and identify entry points based on their specific business scenarios.

Huawei recently launched the "100+ Intelligent Transformation Stories" series, showcasing its collaborative practices with global customers across various industries to drive intelligent upgrades using Artificial Intelligence (AI) and Information and Communication Technology (ICT). The case studies span numerous sectors including government services, transportation, finance, energy, manufacturing, education, and healthcare. The cases highlight the application of Huawei's diverse solutions. For instance, in the project with the Passenger Rail Agency of South Africa, Huawei integrated optical and visual data in an upper-layer unified management platform to safeguard the rail system. At North China's Yimin Mine, 100 autonomous mining trucks operate 24/7 in extreme cold as low as -40°C, increasing operational efficiency by 20% compared to manual operations. For State Grid Shaanxi, the intelligent distribution network monitoring platform connects over 136,495 distribution transformer districts, covering 1,220 power supply stations, strengthening the "last mile" of power supply. These stories collectively emphasize how Huawei's specific technologies and products—such as WDM optical networks, all-flash storage, CloudCampus solutions, and the intelligent Data Management Engine (DME IQ)—help customers build digital and intelligent foundations, achieving operational efficiency gains and service innovation. <b>Comment</b>: This case series is a concentrated demonstration of Huawei's robust industry solution portfolio and ecosystem collaboration capabilities, aiming for market education through tangible, quantified success stories (e.g., 20% efficiency gain) to build trust with potential clients. For enterprises focused on industrial digitalization, these cases provide concrete technological pathways and benefit references, warranting deeper investigation into the specific solutions for relevant sectors.

Huawei recently launched a new enterprise communication solution named "ALL-IN Talk," aiming to provide enterprises with all-scenario, intelligent communication and collaboration experiences. The solution emphasizes the deep integration of various communication capabilities such as voice, video, data, and messaging to build a unified collaboration platform. The core of the solution focuses on addressing the challenges of fragmented communication that enterprises face during cross-regional and multi-departmental collaboration. By integrating Huawei's technologies in cloud, network, and terminal fields, ALL-IN Talk enables seamless connectivity from conference rooms to individual mobile offices, supporting functions like intelligent meeting room scheduling, high-definition audio/video conferencing, instant messaging, and collaborative document editing. Its design philosophy is "All in One," striving to simplify enterprise IT architecture and reduce deployment and operational complexity. The briefing did not disclose specific hardware models or performance parameters but highlighted its positioning as an integrated solution dedicated to improving enterprise communication efficiency and team collaboration capabilities. The launch of this solution demonstrates Huawei's continued efforts in the enterprise communication and collaboration market, driving the industry towards greater integration and intelligence. **Comment**: ALL-IN Talk represents a significant integration effort by Huawei in the enterprise communication market. Its "all-scenario, integrated" concept aligns with the urgent needs of enterprise digital transformation for simplified IT and enhanced collaboration efficiency. It is advisable to monitor subsequent releases of its detailed technical architecture, integration level with existing ecosystems (e.g., Huawei Cloud WeLink), and specific landing customer cases to assess its practical competitiveness and market acceptance.

Huawei has recently launched the "Service Request" enterprise service request platform, designed to provide enterprise customers with a one-stop entry for technical support and service management. The platform was announced via Huawei Enterprise News and is accessible through a dedicated link. The core function of the platform is to centralize the handling of customer technical support requests. Customers can submit service requirements here, potentially linking to Huawei's "NetCare" service brand ecosystem to achieve online and visual management of service processes. This move aims to improve service response efficiency and customer experience, representing a significant step in Huawei's effort to enhance its enterprise-level service and support capabilities. **Comment**: The launch of the service request platform reflects Huawei's transition from a pure product vendor to a comprehensive "product + service" solution provider. This platform helps standardize service processes and accumulate service data, laying the groundwork for future predictive maintenance and intelligent services. It is recommended that enterprise IT managers pay attention to such official service channels for more efficient access to original manufacturer technical support.

Huawei and the Provincial Electricity Authority (PEA) of Thailand have jointly released an innovative practice of a next-generation intelligent substation solution. This solution addresses challenges faced by traditional substations, such as complex communication systems, low operational efficiency, and difficult business collaboration. Its core is to build a "full-optical, IP-based, and intelligent" new-generation power communication network. The solution adopts Huawei's innovative F5G (the 5th Generation Fixed Network) all-optical industrial network technology, integrating multiple services including protection, control, monitoring, and management over a single optical fiber network, replacing traditional multiple independent networks. This significantly simplifies the network architecture, reducing deployment time by 70% and lowering the total cost of ownership by 30%. Furthermore, the solution incorporates the iMaster NCE network intelligence and management system, enabling unified management and intelligent O&M of all network devices. It can proactively predict network risks, reducing fault location time from hours to minutes, thereby effectively enhancing grid reliability and operational efficiency. This practice provides a replicable model for the digital transformation of the global power industry.

At the Singapore FinTech Festival (SFF) 2025, Huawei Digital Finance showcased its latest achievements in driving the intelligent transformation of the global financial industry alongside its ecosystem partners. The core highlight was Huawei's proposed AI four-layer architecture for the financial sector, designed to provide financial institutions with full-stack AI capabilities from infrastructure to upper-layer applications. The architecture comprises: L1 (AI Computing Foundation), delivering powerful AI cluster computing power; L2 (AI Platform), supporting efficient model development and deployment through Huawei Cloud Stack and the AI development pipeline ModelArts; L3 (AI Applications), co-developing intelligent applications for financial scenarios with partners; and L4 (AI Operations), offering full-lifecycle AI operational services. This framework aims to address core challenges financial institutions face in AI implementation, such as scarce computing power, high development barriers, difficult scenario application, and complex operations. Huawei emphasized its "platform + ecosystem" strategy, leveraging open platform capabilities to deeply collaborate with ISVs, consulting firms, and other partners to jointly build integrated solutions for specific scenarios like credit risk control, intelligent marketing, and digital employees, thereby accelerating the financial industry's intelligent transformation. <b>Comment</b>: The AI four-layer architecture presented by Huawei is a systematic intelligent solution for the financial industry. Its value lies in integrating disparate AI technologies into a clear, actionable layered system and leveraging ecosystem strength to fill application-layer gaps. For financial institutions, this provides a comprehensive reference path for transformation from technology to business scenarios.

Huawei and FanRuan have jointly launched the "ChatBI AI Intelligent Decision-Making Solution," designed to provide the financial industry with intelligent data analysis and decision support based on natural language interaction. The solution deeply integrates Huawei Cloud's Pangu large model with FanRuan's FineBI platform, with the core value of simplifying complex business data querying and analysis processes into natural language conversations. The technical architecture combines the large model training and inference capabilities of Huawei Cloud's ModelArts platform with FanRuan's data processing and visualization technologies in the business intelligence (BI) field. Users can ask questions directly in natural language, and the system can automatically understand intent, correlate data, and generate visual charts and analysis reports, significantly lowering the barrier to data analysis and improving decision-making efficiency. The solution is specifically optimized for financial scenarios such as risk control, marketing, and operations. This collaboration marks a step from concept to scaled implementation for the integration of AI large models and professional BI tools, offering financial enterprises a convenient path to data-driven decision-making. <b>Comment</b>: This solution is a typical practice of "AI + BI" integration. By lowering the technical barrier to entry, it has the potential to activate broader internal data application demands within financial enterprises. Its success hinges on the accuracy of the large model's understanding of financial terminology and business logic, as well as its seamless integration capability with existing enterprise data systems.

Huawei recently launched enterprise-grade solutions targeting the "Commercial Market" through its official website. This initiative aims to provide a portfolio of digital and intelligent products and services for a broad range of commercial clients, particularly small and medium-sized enterprises (SMEs). According to the release, Huawei will focus on offering easy-to-deploy, highly reliable, and cost-effective solutions in networking, cloud, and collaboration to help commercial customers upgrade their operations. The briefing highlights Huawei's strategic investment in the commercial market, intending to extend its leading technology and product capabilities from the traditional large enterprise sector to cover a wider array of commercial scenarios. Its solution portfolio is expected to include areas such as campus networks, security, cloud computing, and intelligent collaboration, addressing the core needs of commercial clients for agile IT and digital transformation. **Comment**: Huawei's explicit focus on the "Commercial Market" represents a significant move for market expansion and customer segmentation within its enterprise business. This introduces more high-quality options from a leading vendor to the SME market, potentially intensifying competition in this segment. It is advisable to monitor its subsequent announcements regarding specific product bundles, pricing strategies, and channel policies.

Huawei recently launched digital solutions tailored for the hotel and building industries. These solutions aim to provide end-to-end support for the intelligent transformation of the real estate sector by integrating advanced Information and Communication Technologies (ICT). The core solutions focus on building intelligent, efficient, and green digital infrastructure for hotels and buildings. This typically involves leveraging Huawei's technological expertise in areas such as cloud computing, the Internet of Things (IoT), artificial intelligence (AI), and network connectivity (e.g., Wi-Fi 6, All-Optical Networks). The solutions are designed to enhance operational management efficiency, optimize guest experiences, and achieve refined energy management and emission reduction. For instance, in hotel scenarios, the solutions may cover applications like smart check-in, high-speed and stable full-scenario network coverage, AI-based security management, and intelligent room control. In the commercial building sector, the focus is on building automation, intelligent security, high-efficiency equipment rooms, and integrated operational management platforms. By offering integrated solutions from the underlying network and cloud platform to upper-layer industry applications, Huawei helps customers build a future-proof digital foundation. <b>Comment</b>: This launch represents another step in Huawei's strategy to deeply penetrate vertical industries with its general-purpose ICT capabilities. For hotel and building owners, it presents an integrated technological option that could simplify the complexity of multi-system integration. It is advisable to pay attention to the specific technical components (such as the IoT protocols or AI models used) and the actual performance data from implementation cases to evaluate its competitive differentiation compared to solutions from specialized building automation vendors.