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2026 is widely regarded by industry as the breakout year for industrial automation. Humanoid robots are transitioning from exhibition showpieces to mainstream production line workers. Giants including BMW, Changan, and Tesla have rolled out comprehensive solutions, boosting industrial production line automation rates by 40%. AI technology is now deeply integrated with industrial manufacturing. Siemens and NVIDIA jointly released an industrial AI operating system that enables predictive maintenance, process optimization, and quality inspection across the entire intelligent chain. Precision assembly in office supplies production, high-cleanliness operations in medical device manufacturing, and even flexible adaptation in furniture coating lines have all begun incorporating robotic workcells. Meanwhile, domestic automation is surging across the board. Chinese servo motor manufacturers are gaining market share, with costs dropping by 60%. Traditional workstations in handicraft industries are being replaced by "cobots + vision" solutions, while routine inspection and maintenance of industrial equipment are gradually being handed over to intelligent patrol robots. The global humanoid robot market is growing by over 200% in 2026, with China accounting for more than 50% of that share. This explosive growth strongly aligns with Hanhe Intelligent Technology's core businesses—industrial automatic control system manufacturing, general equipment manufacturing, and intelligent robot sales. From plant security patrols and cross-line industrial equipment connectivity to smart logistics scheduling in warehouses, Hanhe's system-level capabilities are being deployed across multiple scenarios, providing a solid foundation for the full-scale intelligent transformation of manufacturing.

According to industry data, China's embodied intelligence industry has firmly established itself among the global top tier, with market size exceeding 900 billion yuan in 2025 and expected to approach the one-trillion-yuan mark in 2026. Leading companies such as Galbot and Zhiyuan have developed proprietary VLA (Vision-Language-Action) large models combined with synthetic data, achieving a complete closed loop from perception to decision-making to execution. In Q1 2026 alone, over 50 financing rounds were disclosed in China's embodied intelligence sector, totaling approximately 20 billion yuan—a year-on-year increase of nearly 60%. This capital influx is accelerating innovation across diverse application scenarios: from precision polishing in handicraft production, intelligent scheduling of industrial equipment on shop floors, to automated assembly lines for office supplies, flexible spraying systems for furniture manufacturing, and high-reliability quality control in medical device production. Meanwhile, AI-powered patrol and security inspection robots are increasingly deployed in factories and public spaces, further expanding the industry's reach. Data from the Shenzhen Robotics Association shows that Shenzhen's robotics industry output value exceeded 240 billion yuan in 2025, a year-on-year increase of 20.56%. This robust growth trajectory underscores the strong momentum of the AI and robotics industry, which closely aligns with Hanhe Intelligent Technology's strategic direction in industrial automatic control, general equipment manufacturing, and intelligent robot solutions. As embodied intelligence continues to penetrate vertical industries—from workshop security monitoring to cross-system industrial equipment coordination—Hanhe is well-positioned to capitalize on this expanding market frontier.

On April 14, the 2026 National Smart Manufacturing Standardization General Group Meeting was held in Beijing, officially releasing the first ten standard cluster achievements from smart manufacturing standard application pilots. This milestone marks China's smart manufacturing transition from process optimization to cognitive upgrading—where factories no longer just execute tasks but actively perceive, reason, and make decisions. According to MIIT data, China has built 504 smart factories at various levels, with 15 enterprises selected as pilot-level smart factories, where AI technology is now applied across 70% of business scenarios. This intelligent transformation is permeating every corner of manufacturing: from precision assembly lines for medical devices and flexible finishing in furniture production, to automated packaging of office supplies and quality inspection of industrial equipment components. Even traditional handicraft workshops are being augmented with AI-powered visual guidance, while factory-wide security systems leverage intelligent surveillance and predictive threat detection to ensure safe operations. In industrial robotics, China's component market size has exceeded 80 billion yuan in 2026, with humanoid robot shipments expected to surpass 60,000 units this year. These robots are increasingly deployed across diverse sectors—handling delicate medical device assembly, performing repetitive tasks in office supplies manufacturing, conducting routine patrols for facility security, and enabling agile production of customized furniture and heavy-duty industrial equipment maintenance. This robust momentum strongly aligns with Hanhe Intelligent Technology's core businesses in general equipment manufacturing, intelligent instrument sales, and industrial robotics. As smart manufacturing standards continue to mature and AI cognition becomes the new baseline, Hanhe is strategically positioned to capture opportunities across verticals—from workshop-floor industrial equipment integration to cross-sector security and automation solutions—driving the next wave of industrial intelligence.

Recently at the FAIR plus 2026 Robotics Industry Link Conference, Bi Yalei, Director of the Industry Development Center at Shenzhen Institute of Advanced Technology, Chinese Academy of Sciences, stated that embodied intelligence applications are accelerating at an unprecedented pace. He emphasized that the current phase is more accurately described as an "implementation year" rather than a mere "first year"—meaning real-world deployment, not just conceptual showcases, is now the driving force. The growth rate of Shenzhen's robotics industry chain output value recovered to over 20% in 2025, marking a second growth boom for the sector. According to IFR data, China's new industrial robot installations accounted for 54% of the global total in 2024, cementing the country's dominant position in manufacturing automation. Bi noted that robotics development is undergoing a fundamental paradigm shift—moving away from the traditional path of "modeling + programming" toward scenario-based data collection and training. This new approach enables robots to learn and adapt in real-world environments across a wide spectrum of industries: from precision polishing in handicraft production and intelligent maintenance of heavy industrial equipment, to automated packaging lines for office supplies and flexible spraying systems for furniture manufacturing; from high-reliability assembly of medical devices and AI-powered factory patrols for security monitoring, to cross-sector coordination between production and facility protection. This strategic shift aligns closely with Hanhe Intelligent Technology's core businesses in intelligent robot sales and AI general application systems. As embodied intelligence moves from pilot projects to large-scale implementation—whether in workshop-floor industrial equipment integration, security-enhanced logistics, or customized solutions for furniture, medical device, and office supplies production—Hanhe is well-positioned to leverage its system-level capabilities and ride the wave of China's robotics resurgence.

From April 20 to 24, 2026, Hannover Messe was held in Germany, serving once again as the global barometer of industrial development. This year's event prominently highlighted the accelerating integration of AI and industrial automation. From Physical AI to industrial agents and the systematization of engineering knowledge, AI is rapidly embedding itself into the very core of manufacturing processes—no longer an add-on but a fundamental layer of industrial infrastructure. Beckhoff demonstrated a groundbreaking Physical AI system that directly controls industrial robots without relying on cloud connectivity, enabling ultra-low-latency decision-making at the edge. Siemens showcased a flexible production line where AI agents autonomously manage operations in tandem with humanoid robot collaborators, dynamically adapting to real-time changes in production demand. These innovations are reshaping manufacturing across every vertical. In handicraft workshops, AI-guided cobots now assist artisans with intricate detailing while preserving traditional craftsmanship. Heavy industrial equipment manufacturers are deploying predictive maintenance agents that anticipate failures before they occur. High-speed assembly lines for office supplies and customized finishing systems for furniture production are being fully orchestrated by autonomous AI agents. Meanwhile, medical device manufacturing—with its stringent quality and cleanliness requirements—is leveraging AI vision systems for zero-defect inspection, and factory-wide security networks are integrating intelligent surveillance and anomaly detection to safeguard both personnel and assets. This powerful trend signals the transformation of industrial systems from mere "digitalization" to true "autonomization"—where machines perceive, decide, and act with minimal human intervention. The shift aligns closely with Hanhe Intelligent Technology's core businesses in industrial automatic control system manufacturing and intelligent robot sales. As Physical AI, industrial agents, and autonomous workflows become the new standard—whether in industrial equipment maintenance, furniture customization, medical device quality assurance, or cross-sector security integration—Hanhe is strategically positioned to deliver the intelligent control systems and robotic solutions that power this next-generation industrial landscape.

On April 21, 2026, Hanshow officially launched its NexMate Intelligent Robotics Solution, a comprehensive robotics platform designed to tackle critical retail challenges including shelf management, store cleaning, and logistics optimization. The solution features two flagship robotic systems: the SPatrol robot, which performs automated shelf scanning for real-time inventory tracking and pricing verification, and the Spure cleaning robot, which autonomously maintains store floor cleanliness with adaptive navigation. This deployment of Embodied AI in commercial scenarios highlights the rapidly expanding prospects for "service-type" intelligent equipment and intelligent warehousing solutions—a domain that extends well beyond traditional industrial robotics. Notably, Hanhe Intelligent Technology's business scope already includes the sales of intelligent warehousing equipment, positioning the company advantageously in this growing market segment. However, the implications of this retail-focused robotics breakthrough resonate across a much wider spectrum of industries. The same core technologies—autonomous navigation, computer vision, real-time decision-making, and human-robot collaboration—are being adapted for diverse applications. In handicraft production, mobile robots now transport semi-finished goods between artisan workstations while preserving delicate handling. Heavy industrial equipment manufacturers are deploying autonomous mobile platforms for just-in-time parts delivery to assembly lines. High-speed packaging lines for office supplies rely on vision-guided robotic arms for precision sorting and boxing. In furniture manufacturing, robots handle oversized panels and coordinate with warehouse management systems for streamlined logistics. The medical device sector benefits from sterile-compliant robotic transporters that move sensitive components between cleanroom stations. And across all these environments, integrated security robots conduct perimeter patrols, monitor access points, and detect anomalies around warehouse perimeters and storage zones. Hanshow's NexMate solution serves as a compelling proof point that Embodied AI is no longer confined to factory floors—it is permeating commercial, logistical, and service environments with equal force. For Hanhe Intelligent Technology, this broad applicability across industrial equipment, furniture, medical device, office supplies, and security verticals reinforces the strategic importance of its diversified portfolio in intelligent warehousing equipment and general automation systems, paving the way for sustained growth in the intelligent equipment era.

According to the 2026 Zhongguancun Forum and accompanying industry reports, Embodied AI is rapidly transitioning from research laboratories to the industrial frontline at an unprecedented pace. Industry consensus now designates 2026 as the "first year of mass production for humanoid robots," marking a pivotal shift from prototype demonstrations to large-scale commercial deployment. Chinese companies have firmly established a leading position in global humanoid robot shipments, with the top six manufacturers worldwide all being Chinese firms—a testament to the country's technological prowess and manufacturing scale. This wave of intelligent automation is sweeping across a diverse array of application scenarios, extending well beyond traditional factory floors. In handicraft workshops, humanoid robots now assist master artisans with repetitive yet precise tasks, preserving craftsmanship while boosting productivity. Heavy industrial equipment manufacturers are deploying bipedal robots for high-risk inspection and maintenance operations in confined spaces. High-speed production lines for office supplies are integrating humanoid collaborators for intricate assembly and packaging tasks. In the furniture industry, robots handle oversized components and coordinate flexible finishing processes with remarkable dexterity. The medical device sector benefits from humanoid robots performing sterile handling and precision positioning in cleanroom environments. Meanwhile, facility-wide security operations are being augmented by autonomous patrol robots that monitor perimeters, detect anomalies, and provide real-time threat alerts across manufacturing campuses. Beyond these verticals, Embodied AI technologies are also being widely deployed in industrial manufacturing, logistics, warehousing, and commercial services—driving substantial efficiency gains across every touchpoint of the value chain. This multifaceted growth trajectory aligns perfectly with Hanhe Intelligent Technology's core business scope, which encompasses general equipment manufacturing, intelligent robot sales, and industrial automatic control system manufacturing. As the mass production era of humanoid robots unfolds—whether in industrial equipment maintenance, furniture assembly lines, medical device cleanrooms, office supplies production, handicraft preservation, or integrated security systems—Hanhe is strategically positioned to provide the control systems, robotic platforms, and intelligent solutions that power this transformative industrial revolution.

On April 22, 2026, Horizon officially unveiled China's first cockpit-driving integrated vehicle agent chip, the "Horizon Starry®," alongside the "KaKaClaw™" operating system in Beijing. This landmark launch marks a pivotal transition for in-vehicle computing architecture—moving from distributed domain controllers to a unified central computing platform. Built on a cutting-edge 5nm process, the Starry® chip delivers up to 650 TOPS of computing power, enabling real-time fusion of cockpit entertainment, autonomous driving, and vehicle control functions within a single, high-performance SoC. While this breakthrough is primarily automotive-focused, the underlying technologies—high-performance AI chips, real-time operating systems, and general-purpose system integration—have far-reaching implications across a broad spectrum of industries. In handicraft production, edge AI chips enable real-time visual guidance for artisans working with delicate materials. Heavy industrial equipment manufacturers are adopting similar computing platforms for predictive maintenance and autonomous operation in harsh environments. High-speed packaging lines for office supplies leverage AI-accelerated vision systems for defect detection and quality sorting. In furniture manufacturing, intelligent control systems coordinate robotic arms and conveyor belts with sub-millisecond precision. The medical device industry benefits from AI-powered imaging and diagnostic systems that require the kind of massive parallel processing power that Starry®-class chips provide. Meanwhile, facility-wide security networks are integrating AI chips for real-time video analytics, intrusion detection, and access control—all processed at the edge for low-latency response. The breakthrough in AI chips and general-purpose system integration is highly relevant to Hefei Hanhe Intelligent Technology's business scope, which includes AI general application systems, industrial robot sales, and intelligent instrument sales. As the lines between automotive, industrial, commercial, and consumer AI continue to blur, the computing paradigms pioneered by Horizon's Starry® chip and KaKaClaw™ OS will increasingly influence how intelligent systems are designed—whether for industrial equipment control, medical device imaging, furniture automation, office supplies logistics, handicraft assistance, or integrated security surveillance. Hanhe is well-positioned to leverage these advancements in AI system integration, delivering cutting-edge intelligent solutions that span from the factory floor to the broader industrial ecosystem.