The Challenge & The Human-Like Solution

The primary challenge in intelligent welding lies in maintaining consistent, high-quality output amidst arc light, smoke, spatter, and thermal deformation. A single perspective or one-time observation rarely meets the rigorous demands of the production line.

The stability of human welding stems from “eye-hand coordination”: the eyes continuously monitor the weld bead and melt pool, while the hands adjust posture and rhythm in real-time based on that feedback. To replicate this, embodied AI welding robots require multi-dimensional real-time perception, as well as information fusion and motion control within a unified coordinate system.

Traditional solutions often rely on complex and stringent high-precision hand-eye calibration, which leads to high deployment difficulty and poor on-site adaptability. Our self-developed next-generation industrial stereo camera, the ViEye Pro, utilizes a unified coordinate system and optimized calibration workflows. It significantly reduces hand-eye calibration requirements and deployment complexity while simultaneously performing core functions such as weld seam identification, melt pool monitoring, and thermal deformation sensing. A single camera achieves human-like, full-process intelligent welding perception.

Six Core Functions: Precision Before and During Welding

To achieve this goal, we have integrated Static Area Scan, Dynamic Line Scan, High-Precision RGB, Weld Seam Extraction, Weld Seam Tracking, and Melt Pool Monitoring into a single device. By sharing a unified reference base, the system reduces error accumulation caused by multi-perspective conversions and lowers the dependency on high-precision calibration, providing a controllable foundation for on-site operation.

1. Static Area Scan: Capturing Overall Geometry Used to capture the overall geometry and regional morphology of the workpiece before welding. It performs an “initial survey” to identify the weld path, key structural positions, and potential clamping deviations.
2. Dynamic Line Scan: Real-time Observation at Production Pace Suitable for continuous observation while the robot is in motion. It efficiently extracts key geometric information of the weld seam to support online positioning, tracking, and deviation correction.
3. High-Precision RGB: Enhancing Accuracy with Detail Provides high-quality 2D images to capture details such as welding wire position, edge textures, and surface conditions, allowing for more precise system judgments.
4. Weld Seam Extraction: Comprehensive Pre-weld Insights Focuses on critical pre-weld checks, including weld path position, workpiece posture, and arc start/stop areas, reducing the need for mid-process remedies.
5. Weld Seam Tracking: Precision Node Alignment Aligns key feature points and reference positions to ensure the weld path starts and remains on the correct trajectory.
6. Melt Pool Monitoring: A Real-time Window for Dynamic Adjustment Provides feedback on melt pool morphology and brightness, reflecting energy input and speed. This allows the system to detect anomalies and adjust parameters dynamically during the weld.

6-in-1 Synergy: Enabling “Watch and Weld” Capabilities

The ViEye Pro forms a complete operational loop. By functioning as the “eyes” of the embodied AI welding robot, it makes teach-free welding a reality. Just as human welders require real-time visual feedback to coordinate hand movements, intelligent welding cannot rely solely on static, single-perspective observation. This is the core value of the melt pool camera integration.

Vizum has ensured that all functions share a highly consistent 3D origin. By unifying all coordinates based on this origin, additional errors are kept at an absolute minimum. This technological foundation is essential for the large-scale industrial application of intelligent welding.

Software & Platform Integration

To enhance delivery efficiency, the ViEye is supported by Stereo Vision Management Software for configuration and calibration. It also works in synergy with the Tiger Intelligent Welding Application Platform to support advanced capabilities like seam extraction and tracking, ensuring that visual data directly serves the process closed-loop and on-site implementation.

The ViEye: More Than a Camera, an Extensible Development Foundation

The SDK is open to users, allowing algorithm engineers to perform secondary development and functional customization based on specific project requirements.

Typical Application Scenarios: Stable Performance in Complex Environments Looking to the Future: Making Welding More “Intelligent” and “Replicable”

Vizum has long been deeply committed to the intelligent welding sector, continuously driving the transition of welding from “teaching + fixed trajectories” to “autonomous robot completion.” The key to the future lies in enabling robots to act like humans—observing while welding and making real-time adjustments. This is the core technical prerequisite for teach-free welding to effectively replace manual operations.

With its 6-in-1 integrated capabilities, the ViEye Pro – Melt Pool and Weld Seam Dual-Measurement Camera provides powerful support for this vision. In response to increasingly complex working conditions and higher production line requirements, we will continue to iterate our products and solutions.

We welcome inquiries and look forward to collaborating with industry partners to jointly promote the implementation of teach-free welding across more industries.

The Industry Enters an Acceleration Phase: From “Buzz” to “Validation and Deployment”

2025 is widely regarded across the industry as a milestone year for embodied intelligence. Driven by national strategic initiatives and strengthened cross-industry collaboration, the sector has achieved rapid advances and continued to reinforce its foundations for industrialization. Looking ahead to 2026, as core technologies continue to break through and commercialization deepens, embodied intelligence is entering a pivotal phase of accelerated evolution.

Scaling Up Production: Start with “Stability” and “Cost”

In Dr. Dong’s view, the prerequisite for “scaled mass production” is not simply building prototypes—it is ensuring robots can operate stably and sustainably in real-world environments. He emphasized in the interview that, for large-scale adoption, products must withstand the demands of long-duration operation. At the same time, cost optimization is a fundamental requirement for entering a wider range of scenarios. This calls for continuous iteration across processes, materials, and engineering systems, so that products can become viable for more service and application settings.

Behind this assessment lies a shared industry challenge: moving from “demo capability” to “delivery capability.” Stability determines whether a robot can keep working over time; cost and manufacturability determine whether it can be deployed at scale.

From Teleoperation to Autonomy: Humanoid Robots Need Human-Like Self-Perception

Dr. Dong further noted that true autonomy in humanoid robots requires stronger self-perception and self-diagnosis—the ability to sense internal states and detect issues, rather than relying on teleoperation to complete tasks. In other words, to reach the stage of large-scale application, key capabilities must be built into the system so robots can operate in complex, uncertain real-world environments with greater self-awareness, autonomous decision-making, and reliable execution.

“Operate First, Talk Later”: Stereo Vision as the Foundation of Manipulation

When discussing capability priorities for humanoid robots, Dr. Dong offered a clear engineering judgment: for humanoid robots, “manipulation” comes first. One of the critical enablers of manipulation is a high-precision stereo vision system that is interpretable and learnable. For real tasks such as picking, carrying, assembling, and organizing, vision must do more than detect—it must perceive clearly, understand the scene, and support closed-loop learning, enabling stable operation and continuous improvement.

As a company with long-term focus on stereo vision, Vizum has consistently invested in both R&D and engineering deployment of stereo vision systems. Guided by the goal of being “reliable in real operating conditions,” Vizum continues to strengthen an end-to-end capability framework—from core algorithms and integrated software-hardware systems to industry application solutions. By tightly coupling stereo vision with robot manipulation tasks, Vizum aims to ensure vision capabilities deliver measurable value in real workloads: more robust recognition and localization, more controllable motion guidance, and more sustainable iteration—providing essential support for the scalable deployment of humanoid robots.

From “impressive demos” to “reliable delivery,” and from “able to run” to “able to run reliably over the long term,” the embodied intelligence industry is entering a phase that places greater weight on engineering rigor and scaling capability. Vizum will continue to focus on stability, cost optimization, and the development of critical capability systems—advancing embodied intelligence toward validated, repeatable deployment paths across more real-world scenarios.

In this year’s selection, Vizum is honored to be named to the LeadeRobot 2025 “Top 50 Rising Stars in China’s Embodied Intelligence Era” list. This recognition not only affirms Vizum’s progress to date, but also signals a broader industry shift: embodied intelligence is moving beyond conceptual momentum toward scalable deployment—evolving from isolated capability demos to systematic, end-to-end capability building.

Engineering-Ready at the Core：Embedding Capability into Real Scenarios

As embodied intelligence transitions from concept to scaled application, the industry is increasingly focused on one fundamental question: can robots work continuously and reliably in real operating conditions? That means stable perception under uncertainty, precise manipulation across diverse objects, and efficient organization and learning under complex tasks.

Guided by this deployment-first logic, Vizum anchors its innovation in engineering readiness, continuously refining and iterating on key capability modules.

01 Vision & Perception

Vizum’s in-house binocular stereo vision system maintains stable, high-availability data output even under complex lighting and changing industrial conditions. It provides more reliable 3D information inputs for downstream path planning, grasping strategies, and motion control.

02 Control & Execution

Vizum’s intelligent dexterous hand features 16 degrees of freedom per hand, with fingertip force up to 12N, and remains stable during extended operation. With smooth finger motion and responsive control, it supports a wide range of actions including picking, gripping, transporting, and placing.

Working in coordination with Vizum’s binocular stereo vision system, the dexterous hand enables hand–eye servo control—aligning “recognize first, then act” into a consistent control loop—improving grasp localization, execution stability, and overall success rate.

03 Structure & Motion

Backed by a fully self-developed humanoid mechanical body, a full-stack low-latency control board and drive system, and proprietary lead-screw technology, Vizum has established a complete motion-control approach from body to end-effector. The robot’s mechanical design balances lightweight construction with high agility, and multi-DoF coordination enables rich, precise motion expression.

04 Learning & Cognition

At the system level, Vizum is committed to “letting robots think for themselves.” Through autonomous learning, the system rapidly analyzes external information, forms executable action strategies, and continuously calibrates and optimizes during task execution—improving instruction accuracy, task completion quality, cross-scenario adaptability, and long-term deployment sustainability.

The Next Chapter: From “Rising Star” to Enduring Value

Being named to the “Top 50 Rising Stars in China’s Embodied Intelligence Era” is both recognition and motivation. Vizum will continue to let deployment guide R&D—going deeper on core capabilities, delivering full-stack performance in representative scenarios, and expanding through ecosystem collaboration.

With verifiable engineering outcomes, Vizum aims to meet the industry’s shared expectation: advancing embodied intelligence from demonstrations to real-world application.

Leadership Roundtable: “Resilient Growth” for Industrial Robot Companies

On the afternoon of December 17, Dr. Xiaojian Dong, CEO of Vizum, was invited to speak at the roundtable session “Resilient Growth and Emerging Prosperity for Industrial Robotics.” The discussion followed the industry’s key questions through a well-structured series of topics, focusing on practical entry points for deployment, growth strategies, and future development routes for embodied intelligence and industrial robots. The exchange was highly engaged, with diverse perspectives shared on site.

In his remarks, Dr. Dong noted that since its founding in 2016, Vizum has built two core product lines around industrial demand: intelligent industrial 3D cameras and humanoid robots. Vizum has prioritized its stereo vision capabilities for key embodied-intelligence scenarios—intelligent welding, intelligent grasping, and intelligent machine tending/loading and unloading—continuously providing industrial robots with a high-information-density 3D spatial perception foundation.

He also addressed emerging customer requirements for vision sensors, stating that Vizum’s upcoming product roadmap will further enhance accuracy, speed, and intelligent capability, delivering richer stereo-vision systems to support the industry’s continued advancement.

From “Seeing Clearly” to “Thinking Smarter”: Edge Intelligence and Data Accumulation at the Front End

In response to the question, “How can vision evolve from a standalone hardware component into a learning-capable ‘agent’?”, Dr. Dong explained that Vizum’s industrial cameras do more than output 3D point clouds. They also provide on-device intelligence—delivering RGB color information, high-precision stereo data, and cognitive analysis results. During operation, they complete data storage and accumulation to support the back-end “intelligent brain,” enabling continuous iteration based on real-world, on-site data.

He further shared that for welding applications, Vizum’s upcoming products will cover critical data elements across the full welding workflow, including pre-weld seam information, in-process molten pool state analysis, and post-weld quality monitoring—consolidating these insights into robot-ready intelligent data that can be used directly.

Addressing shop-floor challenges such as “weld-gap variation, speed-strategy adjustment, pass/fail judgement, and feedback,” Dr. Dong added that Vizum has already been capturing and structuring key factors during welding—including molten pool information, seam information, and torch posture—building a continuously learnable data foundation. This supports self-learning in welding, turning “welder experience” into iterative, updatable data at scale.

General-Purpose or Vertical? Building Reusable Capabilities for Multi-Industry Deployment

In the discussion on “general-purpose vs vertical” commercialization strategies, Dr. Dong emphasized that as a component and capability supplier, Vizum aims to develop its products into a more generalizable “intelligent mini-brain,” capable of matching different customers’ differentiated embodied-intelligence needs. At the same time, Vizum is expanding a broader vision-information system from the perspective of data acquisition, reserving capability headroom for richer application scenarios in the future.

Recognition: GGII Golden Ball Awards Ceremony

A key highlight of the event—the GGII Golden Ball Awards Ceremony—was held on the evening of December 17. For its sustained innovation and engineering practice in intelligent welding technologies, Vizum received the Annual Technology Award. This recognition reflects the industry’s acknowledgment of Vizum’s long-term technical accumulation and deployment capability in intelligent welding.

As embodied intelligence enters a critical window of accelerated industrial adoption, Vizum will continue building on high-precision stereo vision and edge intelligence to drive better coordination across the “perception–understanding–decision–execution” chain—serving a broader range of industrial environments and robotic application needs.

As industrial welding continues to advance toward automation and intelligence, customers are placing higher demands on the flexibility, stability, and precision of vision systems. Some users have expressed the need for a more easily operable protective structure that can open and close automatically based on working conditions, while also expecting real-time weld tracking and guidance with higher frequency and accuracy.

In response,  officially launches the new ViEye models – SVersion-HJQD-RGBD-90 and SVersion-HJQD-RGBD-130, introducing two major upgrades: a pneumatic protective cover and a dynamic weld-tracking function. These upgrades deliver a stronger “visual engine” for the welding industry and further expand the application boundaries of intelligent welding.

Greater Flexibility: Pneumatic Protective Cover

In welding environments, extreme heat, splatter, and dust pose significant challenges to camera protection. Traditional electric covers can safeguard lenses but may fall short in terms of speed and reliability in some production settings. The new ViEye adopts a pneumatic protective cover with air-cooling dissipation, enabling automatic opening and closing when equipment starts or stops. This provides higher efficiency, simpler structure, and better adaptability to diverse working conditions.Users can now freely choose between the electric or pneumatic versions, achieving flexible protection for multiple scenarios.

Enhanced Guidance: Weld-Tracking Function

Beyond mechanical upgrades, the new ViEye achieves a software breakthrough with its dynamic weld-tracking function. Leveraging high-speed binocular stereo vision and deep recognition algorithms, it captures the weld seam’s front-end in real time, dynamically outputs weld path information at high frame rates and adjustable frequencies, and ensures precise torch tracking along the seam.

Whether for weaving or non-weaving welding, the system maintains highly stable tracking performance, greatly improving weld formation quality and consistency—realizing a true closed loop from static scanning to dynamic control. 

Alongside MH Platform integration,  also provides a comprehensive SDK, allowing users to directly invoke core functions such as weld tracking and corner detection without complex parameter setup—enabling rapid deployment and on-site use.

Intelligent Collaboration with MH Platform

The ViEye Pneumatic Edition works in deep synergy with ’s self-developed MH Platform 2.0, an intelligent 3D vision welding application platform supporting template import, weld path planning, editing, and real-time tracking. It converts point cloud and path data directly into executable commands, achieving a closed loop from visual perception to motion control.

Powered by high-precision modeling and intelligent algorithms, the system rapidly adapts to varying materials, postures, and complex part geometries—realizing high-precision, high-stability intelligent welding.This “Camera + Platform” dual-engine architecture transforms the vision system from a sensing terminal into the core of intelligent welding decision-making and execution.

Scalable Deployment Across Industries

The ViEye series now includes 90 mm and 130 mm baselines, offering high-resolution imaging, high frame-rate capture, and strong anti-glare performance. Its lightweight, modular design supports mounting on robot arms, linear tracks, or fixed stations—ideal for narrow spaces and multi-angle welding tasks.

From precision micro-welding to long-seam welding of large structures, ViEye provides stable imaging and precise data for diverse applications, widely adaptable to 3C electronics, aerospace, shipbuilding, automotive parts, and bridge engineering industries

ViEye: Bringing Intelligent Welding One Step Closer

The launch of the new ViEye series represents a system-level upgrade in ’s welding vision lineup. It not only delivers more diverse structural options and functional enhancements but also embodies ’s long-term strategic vision and technological confidence in intelligent welding.

Looking ahead,  will continue to deepen the integration of cameras and AI algorithms, enhancing the system’s adaptability and self-evolution capabilities—empowering the welding industry toward higher precision and stability.

Let vision drive intelligence, and let intelligence redefine welding!

On October 31, the Shaanxi Robot Industry Promotion and Investment Conference & 2025 Shaanxi Robot Industry Product Achievement Exhibition was grandly held in Xi’an. Guided by the Shaanxi Provincial Department of Industry and Information Technology, the event aimed to accelerate coordinated innovation and high-quality development across the provincial robotics industry chain, promote the transformation of scientific research achievements, and build a new productivity system represented by “Embodied Intelligence.”

As a leading force in Shaanxi’s intelligent manufacturing sector, Shaanxi Vizum Robotics Technology Co., Ltd. and Xi’an Zhongke Optoelectronic Precision Engineering Co., Ltd. were invited to attend the event.
During the conference, the two parties officially signed a Strategic Cooperation Framework Agreement for the Embodied Intelligence Humanoid Robot Project. This partnership marks a solid step forward for Shaanxi in integrating “Embodied Intelligence + Humanoid Robots,” injecting new vitality into collaborative innovation within the regional robotics industry chain. With both companies’ deep expertise and technological advantages in intelligent manufacturing, this cooperation represents a milestone in the industrialization of humanoid robots.

A New Chapter · Jointly Advancing Industrial Collaboration

Taking this exhibition as an opportunity, Vizum and Zhongke Optoelectronics formally signed the Strategic Cooperation Framework Agreement on site.
As Dr. Dong Xiaojian, Founder and CEO of Vizum Robotics, emphasized in his keynote speech:

“Industrial collaboration is the key engine driving the realization of embodied intelligence. Only by achieving resonance between scientific innovation and manufacturing capabilities can humanoid robots truly enter real-world applications.”

This vision aligns perfectly with Zhongke Optoelectronics’ long-term exploration in the field of embodied intelligence, forming the foundation for both sides to deepen cooperation and build a shared innovation ecosystem.

According to the agreement, the two companies will conduct systematic joint R&D centered on the integration of “Embodied Intelligence + Humanoid Robots,” continuously collaborating in areas such as algorithm architecture, motion control, full-system integration, and scenario deployment. Together, they aim to bridge the gap from experimental validation to industrial application, exploring new pathways for the industrialization of embodied humanoid robots.

This signing is not merely a business collaboration—it is a crucial practice in the integrated development of Shaanxi’s embodied intelligence ecosystem, marking the transition from conceptual consensus to pragmatic implementation.

A Shared Journey · Building a New Pattern of Integration

Behind this strategic cooperation lies deep mutual trust and a shared vision for the future of embodied intelligence.
Both sides agree that the essence of embodied intelligence lies in integration—the integration of perception and control, algorithms and hardware, as well as scientific innovation and industrial manufacturing.

Founded in 2013, Xi’an Zhongke Optoelectronic Precision Engineering Co., Ltd. is a national high-tech enterprise incubated by the Xi’an Institute of Optics and Precision Mechanics of the Chinese Academy of Sciences.
As a new-type R&D institution of Shaanxi Province and the Xi’an Engineering Technology Research Center for Embodied Intelligent Robots, the company pioneered “Embodied Intelligence” as a new paradigm in intelligent science and has actively advanced the industrialization of related theories and technologies.
Its business now spans two main segments — Embodied Vision Terminals and Embodied Intelligent Robots — covering intelligent welding, intelligent measurement, and special applications, positioning it as a key driving force in China’s embodied intelligence industry.

Vizum Robotics (VIZUM), on the other hand, focuses on the deep integration of stereoscopic vision and embodied intelligence.
It has developed a full-stack self-developed system covering visual perception, hand–eye coordination, natural learning, motion control, and full-machine integration.
Relying on its proprietary algorithms and software–hardware synergy architecture, Vizum’s humanoid robot series has achieved small-batch production and multi-scenario deployment, with proven applications in industrial manufacturing, agricultural harvesting, education and research, and elderly care.

The collaboration between the two companies will create greater synergy in technology co-development, achievement transformation, and ecosystem co-construction.
Through the pathway of “scientific innovation + industrial validation + real-world application,” they will jointly promote Shaanxi’s robotics industry chain toward standardization, intelligence, and scale development.

A United Force · Driving the Rise of a New Industrial Hub

This strategic cooperation is not only a mutually beneficial partnership between enterprises but also a vivid example of Shaanxi’s efforts to build an embodied intelligence ecosystem.
As the new wave of scientific and industrial transformation accelerates, embodied intelligence is rapidly moving from laboratory theory to industrial reality.
The collaboration between Vizum and Zhongke Optoelectronics will drive technological breakthroughs through joint R&D and accelerate achievement transformation through industrial co-building—offering a replicable model for the development of China’s humanoid robot industry.

Shaanxi, as one of China’s key sources of robotics innovation, is becoming a high ground for embodied intelligence practice.
The partnership between Vizum and Zhongke Optoelectronics will inject new momentum into humanoid robot ecosystem construction with the power of “Smart Manufacturing in Shaanxi,” making industrial collaboration a lasting engine for embodied intelligence advancement.

Through co-creation and co-development, Vizum and Zhongke Optoelectronics are transforming the vision of “Embodied Intelligence” from a Shaanxi-based initiative into a global mission.

On October 9, 2025, Lizhong Group and Beijing Vizum Intelligent Technology Co., Ltd. officially signed a Strategic Cooperation Agreement on Robotics. The partnership marked a powerful convergence between advanced manufacturing and artificial intelligence. By integrating high-performance aluminum-alloy materials with intelligent-vision technology, the two companies joined forces to drive a comprehensive upgrade of humanoid robots—from structural design to intelligent control.

The signing not only reflected Lizhong Group’s accelerated advancement into intelligent manufacturing, but also underscored Vizum’s strategic commitment to industrial synergy and innovation—opening a new era powered by “Material Technology × Intelligent Vision.”

Material Technology: Building a Strong Foundation

As a leading enterprise in China’s aluminum-alloy materials industry, Lizhong Group has focused on the R&D and manufacturing of lightweight alloy materials since its establishment in 1984.The company has developed a diversified industrial layout comprising Lizhong Alloy, Lizhong Wheel, and Lizhong Sitong New Materials, with products widely used in automotive, rail transit, aerospace, and 5G communications.

In recent years, Lizhong Group achieved continuous breakthroughs in high-performance, low-carbon aluminum alloys, embedding the concept of “lighter, stronger, and greener” throughout its industrial chain. Through the collaboration with Vizum, Lizhong’s materials technology extended beyond industrial manufacturing into the field of intelligent robotics—where the “hard strength” of advanced materials fused seamlessly with the “soft intelligence” of smart technology.

Intelligent Vision: Empowering the Core of Smart Manufacturing

Under the strategic cooperation, Vizum contributed its expertise in stereoscopic-vision systems and hand-eye servo technology to provide Lizhong Group with intelligent visual-inspection and standardized-operation platform solutions.

Together, the two companies advanced the cross-integration of “Material Technology × Intelligent Vision,” injecting new momentum into the development of China’s humanoid-robot industry.

Synergy and Co-Creation: Unleashing New Industrial Potential

Lizhong Group’s material innovation provided humanoid robots with a solid yet lightweight structural foundation, while Vizum’s vision technology endowed them with perception, recognition, and execution capabilities.The collaboration broadened the application of high-performance aluminum alloys in intelligent equipment and accelerated the evolution of China’s robotics industry toward greater autonomy and intelligence.

Through joint innovation and resource sharing, both sides co-created a “Materials + Intelligence” industrial ecosystem, laying a robust foundation for the realization of new-quality productivity.

Building the Future Together: Advancing Intelligent Manufacturing

Looking ahead, Vizum and Lizhong Group committed to deepening collaboration in high-performance materials, intelligent vision, and robotic-system integration.The two companies aimed to drive industrial upgrading through technological co-innovation and expand humanoid-robot applications through ecosystem co-building—forming a more competitive intelligent-manufacturing framework.

This partnership represented not only the successful signing of an agreement but also another significant step in China’s transformation from precision manufacturing to intelligent manufacturing. Guided by its spirit of independent innovation, Vizum will continue to push the boundaries of visual intelligence, working hand in hand with industry partners to help machines better understand the world—and to create greater value through collaboration.

As an invited participant, Vizum presented its AGV humanoid robots with a focus on intelligent fruit-picking scenarios, highlighting the company’s latest advances in agricultural automation and smart applications. The showcase injected fresh technological momentum into the forum.

Mainstream Spotlight · Authoritative Recognition

At the forum, Vizum’s AGV humanoid robot fruit-picking demonstration received extensive coverage from mainstream media. CCTV-17 Agriculture and Rural Channel, Yangshipin, and the CCTV Sannong Matrix conducted in-depth reporting and interviews, presenting Vizum’s continuous breakthroughs in the humanoid robotics sector from multiple perspectives—ranging from frontier technology displays to application value analysis. This coverage not only signifies authoritative recognition of Vizum’s technical strength and innovative capacity, but also underscores the company’s pivotal role in driving smart agriculture and advancing rural revitalization, endowing it with a new mission and broader development space.

Full-Stack Innovation · Intelligent Harvesting

In its live demonstration, Vizum’s AGV humanoid robot, powered by a fully self-developed stereoscopic vision system and Natural Learning® algorithms combined with hand–eye servo control, achieved precise fruit recognition and picking. With dexterous hand movements, the robot performed gentle yet steady operations, demonstrating excellent manipulability and adaptability to complex orchard environments. This achievement not only marks Vizum’s technological breakthrough in smart agriculture but also provides a reliable pathway for automated harvesting under demanding field conditions.

Honored Appointment · Mission Empowered

At the closing session of the forum, Vizum was officially appointed as a member unit of CCTV-17’s Rural Revitalization Think Tank, receiving a formal certificate of appointment. This milestone represents high-level institutional recognition of Vizum’s achievements in smart agriculture and humanoid robotics, while also signaling the company’s growing responsibility in contributing to national agricultural modernization. The honor further positions Vizum to play a deeper role in both frontier technological innovation and large-scale industry applications, advancing the twin goals of rural revitalization and agricultural strength.

Smart Empowerment · Co-Creating the Future

Looking ahead, Vizum will continue to deepen its efforts in advancing agricultural production toward higher levels of automation, precision, and intelligence. In partnership with industry peers, the company is committed to injecting new quality productive forces into agricultural modernization, ensuring steady and long-term progress for China’s rural revitalization and modernization journey.

Human–Machine Symphony: A Moment of Shared Delight

During the interactive segment, the robots distributed wristbands to guests and engaged in greetings and short conversations. These seemingly simple actions highlighted their practical service value: precise navigation to avoid collisions in a complex venue; voice recognition and dialogue enabling potential multilingual support; and streamlined interaction showcasing strong applicability in front-desk reception and ceremonial assistance. Guests showed great interest in the robots’ steady performance, pausing to experience the interactions firsthand.

Seamless Human–Robot Collaboration: Intelligence Integrated into Daily Service

Driven by hand–eye coordination and Natural Learning® algorithms, Vizum’s AGV humanoid robots are further enhanced with self-developed dexterous hands, integrating visual perception, agile manipulation, and intelligent decision-making. They can be applied across a variety of scenarios—from guest reception and route guidance to event check-in and ceremonial support. By handling repetitive and standardized tasks, the robots enable hotel staff to focus on higher value-added services. This showcase was not just a product demonstration, but also an exploration of intelligent transformation in the hotel industry.

Industry Recognition: Innovation Awarded with the Golden Spoon Honor

At the award ceremony, Vizum received the Golden Spoon Award for its pioneering practice in service robotics. This honor not only affirms the company’s technological strength but also signals the emergence of humanoid robots in the hospitality sector. Behind the award lies the strong support of the organizers and the industry’s continued focus on intelligent innovation. The Golden Spoon Award serves not only as recognition but also as motivation, inspiring Vizum to further advance the deep integration of technology and hospitality.

Smart Vision for the Future: Shaping a New Chapter in Service

Looking ahead, Vizum will remain steadfast in its pursuit of innovation, working hand in hand with global partners to extend human–robot collaboration beyond ceremonial reception to broader service and management scenarios. Vizum believes robots will evolve from “assistants” to true “partners” in hotel operations—delivering stable, reliable, and intelligent capabilities that enhance efficiency, enrich guest experiences, and accelerate the industry’s progress toward internationalization and high-quality development.

Firsthand Insights: From Labs to R&D Centers

The delegation began their tour at Vizum’s industrial laboratory, where they observed live demonstrations of intelligent welding, smart grasping, and high-precision 3D imaging across complex industrial scenarios, gaining a direct understanding of the stability and accuracy of Vizum’s stereoscopic vision technology. They then visited the humanoid robot R&D center, where they explored the end-to-end process from core component development to full-system integration and testing. The experts highly commended Vizum’s full-value-chain innovation capability and its holistic in-house R&D strengths.

Thought Exchange: Envisioning the Future of Smart Agriculture

During the subsequent symposium, both sides engaged in in-depth discussions on the future of smart agriculture. Academician Deng emphasized: “Smart agriculture represents a crucial direction for the future of agricultural development, and precise visual perception combined with hand–eye coordination is the very core and soul of robotic operations.” He fully recognized Vizum’s innovative advances in stereoscopic vision algorithms and dexterous hand manipulation, expressing expectations for strengthened collaboration in smart agriculture and humanoid harvesting robot applications to jointly drive agricultural modernization.

Technology in Action: Harvesting Robot Advantages

At the meeting, Vizum CEO Dr. Dong Xiaojian introduced the company’s self-developed humanoid harvesting robot. Featuring a humanoid body with a mobile chassis, the robot integrates Vizum’s proprietary line-laser binocular stereo vision system and intelligent dexterous hand, enabling functions such as precise fruit recognition, flexible posture adjustment, and seamless hand–eye coordination. With a picking accuracy of ±1 mm and a cycle time of just 2 seconds per fruit, it is capable of both surface-level and deep-canopy harvesting. Compared to traditional methods, the robot demonstrates remarkable advantages in efficiency, safety, environmental adaptability, and multi-variety flexible harvesting—bringing smart agriculture closer to widespread practical deployment.

Joint Progress: Shaping a Greener Future in Agriculture

This academic visit not only showcased Vizum’s innovations in industrial intelligence and agricultural robotics but also laid a solid foundation for future university–enterprise collaboration. Moving forward, Vizum will continue to leverage its proprietary core technologies to advance the deep integration of stereoscopic vision and humanoid robotics, empowering smart agriculture across the full value chain. Vizum looks forward to joining hands with partners from all sectors to co-create a new chapter of high-quality, sustainable, and green agricultural development.