AGIBOT has announced a major achievement, rolling out its 10,000th humanoid robot on March 30, 2026, in Shanghai. This makes it one of the first robotics companies in the world to reach such a scale. The milestone reflects a clear shift in the industry, from early-stage testing to large-scale real-world deployment. It also signals that humanoid robots are no longer limited to labs or experiments but are becoming part of everyday business environments.

From Experiment to Real-World Use

This achievement is not just about production numbers. It highlights AGIBOT’s ability to deploy robots at scale across different industries. The company is moving beyond niche use cases and entering mainstream commercial adoption. This marks an important transition where the focus is no longer just on whether the technology works, but on how it delivers real business value. It also shows that embodied AI is becoming practical and usable in real-world settings.

Rapid Production Growth

AGIBOT’s growth has accelerated significantly over time. It took nearly two years to produce its first 1,000 robots. The jump from 1,000 to 5,000 units took about a year. However, scaling from 5,000 to 10,000 units happened in just three months. This fourfold increase in speed highlights major improvements in manufacturing efficiency and supply chain maturity. It also reflects rising demand for humanoid robots across industries.

According to Peng Zhihui, this rapid scaling is the result of a mature supply chain and standardized manufacturing processes. He emphasized that demand for large-scale commercial robotics solutions is increasing quickly. The company is focused on expanding the adoption of embodied AI systems and making them more accessible to businesses worldwide.

Expanding Real-World Applications

A large number of AGIBOT’s robots are already deployed in real-world environments. They are being used in logistics, retail navigation, hospitality services, and education. The company is also expanding into industrial applications, including production line support and manufacturing operations. This shows a clear shift toward practical, day-to-day use of humanoid robots.

Global Reach and Industry Impact

AGIBOT is also seeing strong international demand, with deployments across Europe, North America, Japan, South Korea, Southeast Asia, and the Middle East. The focus is moving from pilot projects to repeat large-scale rollouts. This milestone confirms that humanoid robots are now scalable, commercially viable, and ready to be integrated into everyday business operations, positioning AGIBOT as a leader in the global robotics industry.

What Is AGIBOT?

AGIBOT is a Shanghai-based robotics company focused on humanoid robots powered by embodied AI for industrial and service use. Founded in 2023, it has quickly scaled from prototypes to mass production, crossing 10,000 robots and becoming one of the first to deploy humanoids at this level. Its systems are already used in logistics, retail, hospitality, and manufacturing environments. With rapid production growth and expanding global deployments, AGIBOT is now focused on scaling real-world adoption and making general-purpose robots more practical across industries.

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On February 8, 2026, AGIBOT hosted AGIBOT NIGHT in Shanghai. The 60-minute event was livestreamed globally and featured humanoid robots as the sole on-stage performers and hosts. According to the company, this was the first large-scale live event in which robots led the entire program without human presenters.

Why AGIBOT Organized the Event

AGIBOT said the event was intended to show that embodied artificial intelligence systems are ready to operate beyond controlled laboratory and industrial environments. The company used the live format to test system stability, coordination across multiple robots, and sustained operation under real-world conditions. The event also explored how robots might function in social and cultural settings rather than purely technical roles.

Robot-Led Segments Including Dancing, and Comedy

The program consisted of robot-led segments such as group dance performances, runway-style walks, and choreographed routines requiring synchronized movement. Humanoid robots also handled hosting-style roles, including transitions between segments and on-stage interactions. Additional performances included comedy skits, music-based acts, and illusion performances, all carried out entirely by robots without human intervention.

Human–Robot Joint Performances on Stage

Several segments featured humans performing alongside robots. These included joint dance routines where humans and humanoid robots moved in synchronized patterns, as well as shared illusion and card magic performances. The segments required real-time alignment between human motion and robotic movement, highlighting coordination rather than pre-recorded or isolated demonstrations.

Performances Involving Multiple Robot Types

In addition to humanoid robots, quadruped robots participated in coordinated routines on stage. These performances involved interaction between different robot form factors, with humanoid and quadruped robots operating together in shared choreography and movement-based segments. Multiple robots performed simultaneously without visible interruptions.

Robot Models Demonstrated During the Event

AGIBOT used the event to showcase its range of robot platforms. Full-sized humanoid robots were used for hosting, navigation, and large-scale stage performances. Smaller humanoid models focused on expressive movement and interaction. Industrial humanoid robots demonstrated controlled manipulation capabilities, while quadruped robots were used for mobility-focused routines.

What the Event Demonstrated Technically

The company emphasized reliability over isolated technical feats. Robots operated continuously throughout the 60-minute program without resets or performance breaks. According to AGIBOT, more than 5,000 humanoid robots had been delivered globally by the end of 2025, positioning the event as evidence of scalable deployment rather than a one-off showcase.

Cultural Timing and Public Setting

AGIBOT NIGHT was held during the Chinese Spring Festival period, when entertainment events typically focus on family and shared experiences. By staging the event at this time, AGIBOT placed humanoid robots within a familiar cultural context, presenting them as participants in public life rather than industrial tools.

What This Signals for Humanoid Robotics

The event reflects a broader shift in the humanoid robotics industry toward systems capable of operating at scale in live, public environments. Rather than focusing on prototypes or controlled demos, AGIBOT NIGHT positioned humanoid robots as coordinated systems able to perform reliably in real-world cultural settings.

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Key Highlights:

• AGIBOT celebrates the rollout of its 5,000th mass-produced humanoid robot.
  
• AgiBot A2 enters the Guinness World Records after walking 66 miles in three days.
  
• China accelerates its position in the global humanoid robotics race with major advancements and industry support.
  

5,000-Unit Milestone

AGIBOT has officially rolled out its 5,000th mass-produced humanoid robot, marking a major milestone for the company and the broader robotics industry. The achievement reflects years of work in solving key challenges related to robot stability, reliability, and durability. According to Mr. Zhihui Peng, Co-Founder, President, and CTO, the company remains committed to listening to industry partners and delivering practical, general-purpose robots that can be deployed across real-world scenarios.

The 5,000 units include a diverse product portfolio:

• A-Series (full-size robots): 1,742 units
  
• X-Series (agile, half-size robots): 1,846 units
  
• G-Series (task-optimized robots): 1,412 units
  

Robots Deployed Across Multiple Industries

AGIBOT’s humanoid robots are being used commercially in eight major applications, including guided reception, exhibition services, entertainment, intelligent manufacturing, logistics sorting, security inspection, commercial cleaning, data-collection training, and scientific research. These deployments demonstrate how embodied AI can support industrial upgrades, reshape service workflows, and accelerate digital transformation across multiple sectors.

The widespread adoption of AGIBOT robots also shows growing global demand for practical humanoid solutions that can integrate into existing business operations.

AgiBot A2 Walks Into the Guinness World Records

In a separate milestone for the company, the AgiBot A2 humanoid robot has officially entered the Guinness World Records after completing a 66-mile (106 km) walk over three days. The robot began its journey in Suzhou on the evening of November 10, 2025, and arrived at Shanghai’s Bund waterfront on November 13. The route covered highways, city streets, and various terrains, with the robot following traffic rules throughout the trek.

Standing 5 feet 6 inches tall, the A2 model is designed for customer service roles and is equipped with chat interaction features and advanced lip-reading technology. Videos of the walk show the robot navigating alongside cyclists, scooters, and busy urban environments.

China’s Rapid Expansion in Humanoid Robotics

China’s rapid expansion in humanoid robotics is being driven by major government deployments, rising investment, and growing adoption across non-tech industries. Large contracts are putting humanoid robots to work in border control, logistics, and public-service roles, while new funding is accelerating robots with advanced sensing for delicate, human-like tasks. Automakers are entering the field with plans for prototypes and in-vehicle robots, signaling that robotics is becoming a core industrial priority. National tech fairs are drawing big crowds with agile, performance-ready humanoids, reflecting expanding commercial and consumer interest.

With production costs falling and manufacturers preparing massive output increases, China is shifting from experimental showcases to true large-scale deployment, positioning itself as the fastest-moving force in the global humanoid robotics race.

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(via)

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AgiBot, a robotics company focused on embodied intelligence, has achieved a major milestone by successfully deploying its Real-World Reinforcement Learning (RW-RL) system on a pilot production line with Longcheer Technology. This marks the first-ever real-world application of reinforcement learning in industrial robotics, bridging years of AI research with practical use in manufacturing.

Transforming the Future of Manufacturing

For decades, precision manufacturing has relied on rigid automation systems that require complex fixtures, extensive tuning, and high setup costs. These systems are difficult to reconfigure when new products are introduced or production layouts change. Even modern robots equipped with vision and force-control systems often suffer from high sensitivity to parameter changes, resulting in long deployment times and expensive maintenance.

AgiBot’s RW-RL solution aims to solve these long-standing challenges by enabling robots to learn directly from real-world interactions. Instead of depending on pre-programmed instructions, the robots can adapt to changing conditions on the factory floor and refine their performance in real time.

How AgiBot’s RW-RL System Works

The Real-World Reinforcement Learning system allows robots to acquire new skills within minutes instead of weeks. Once deployed, they can maintain industrial-grade stability and perform tasks continuously without performance degradation. The system requires minimal hardware adjustments when switching between tasks or products, significantly reducing downtime and costs.

AgiBot’s technology also enables robots to autonomously adjust for part variations and manufacturing tolerances, ensuring consistent precision. This adaptability makes the system ideal for flexible, multi-product production lines, paving the way for smarter and more versatile factories.

From Research to Real-World Deployment

The RW-RL breakthrough is built on years of academic research into the stability and efficiency of reinforcement learning. Led by Dr. Jianlan Luo, Chief Scientist at AgiBot, the team successfully transformed complex AI algorithms into a deployable industrial system. The pilot deployment with Longcheer Technology validated the system’s performance under near-production conditions, confirming it as the first verified industrial application of reinforcement learning in manufacturing robotics.

Following the successful pilot, AgiBot and Longcheer plan to expand the use of RW-RL to consumer electronics and automotive component production. Their goal is to create modular, easily deployable robotic solutions that can integrate seamlessly into existing factory systems.

With this achievement, AgiBot has not only demonstrated a major advancement in robotic intelligence but also taken a crucial step toward the future of self-learning, adaptable manufacturing systems, bringing the promise of embodied AI closer to industrial reality.

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AgiBot, a global leader in humanoid robotics, has officially launched LinkCraft, a revolutionary zero-code content creation platform that allows anyone to turn human movement videos into precise robot actions. Designed for creators, educators, and businesses, LinkCraft removes the barriers of coding and complex robotics programming, making humanoid performance creation simple, visual, and accessible to all.

Breaking the Barriers of Traditional Robot Programming

Previously, creating robot movements required specialized motion capture systems, complex reinforcement learning, and deep engineering expertise. These methods limited creativity to only a few experts with technical backgrounds.

LinkCraft changes that completely. Using AI-based motion capture and cloud-powered imitation learning, it can automatically analyze a human performance video, like a dance, martial arts routine, or expressive gesture, and replicate it precisely on a humanoid robot. Users simply record and upload a video, and the platform handles the rest, converting motion into accurate robot control strategies.

Future updates will go even deeper, adding fine motor control down to individual fingers for more lifelike and detailed performances.

Voice, Emotion, and Expression for Human-Like Performances

LinkCraft doesn’t stop at movement. The platform also supports voice performance creation with customizable tone, emotion, and expression. Users can upload or record their own voice or use AI-based synthesis to generate speech.

The system intelligently synchronizes voice, facial expressions, and gestures using multimodal AI models, creating natural, emotionally engaging robot performances. Voice options include male, female, or even fully custom AI-generated tones ideal for storytelling, education, or customer engagement.

Precision Timeline and Multi-Robot Collaboration

For creators and professionals, LinkCraft includes a timeline orchestration system that functions much like video editing software. Users can combine multiple actions, expressions, and sounds into seamless performances with frame-by-frame control.

The platform also supports group editing and synchronized control of multiple robots perfect for coordinated stage shows, retail displays, or research collaborations. With just one click, users can deploy different actions across several robots simultaneously.

Expansive Library and Community Sharing

To make creation even easier, LinkCraft provides access to a material library featuring 180+ action sets, 140 facial expression templates, and 11 themed scenarios. Users can remix official content or share their own, helping build a growing creative community where shared materials are instantly usable by others.

Availability and Expansion

Currently, LinkCraft is fully compatible with AgiBot X2, which is already in mass production with thousands of units expected to ship in 2025. Support for AgiBot A2 and other upcoming models is on the way.

Applications range from entertainment and retail performances to research and education, positioning humanoid robots as real-world tools instead of just technology demos.

The public beta of LinkCraft is now live and free to explore at linkcraft.agibot.com. With LinkCraft, AgiBot is transforming how humans and robots collaborate, turning creativity into motion, and motion into life.

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