Unitree Robotics has officially introduced the G1-D, its first wheeled humanoid robot designed for advanced data collection and model training. The robot serves as the centerpiece of a full-stack solution that combines high-performance humanoid hardware with a scalable software platform for data acquisition, AI training, and real-world deployment.

Specifications

The G1-D is available in two versions: Standard and Flagship. Both models stand between 1260 mm and 1680 mm tall and weigh up to 80 kg. The Standard version is stationary, while the Flagship version features a mobile base that supports differential drive and can move at speeds of up to 1.5 meters per second. The mobile base includes sensors such as LiDAR, depth cameras, and collision detection units.

Unitree has equipped the G1-D with 17 degrees of freedom on the Standard model and 19 on the Flagship model, excluding the end effectors. Each arm has seven degrees of freedom and supports a payload of up to 3 kg. The robot’s waist joint allows motion along the Z-axis up to ±155 degrees and along the Y-axis between -2.5 and +135 degrees. The platform supports a vertical working range of 0 to 2 meters.

The robot features a high-definition binocular camera on its head and an additional HD camera on each wrist. It supports various end effectors, including a two-finger gripper, three-finger dexterous hands with or without tactile sensors, and a five-finger dexterous hand. Unitree has powered the G1-D with an Nvidia Jetson Orin NX module that delivers up to 100 TOPS of AI performance. The Flagship version offers a battery life of up to six hours.

The G1-D is designed for a wide range of real-world applications. It can perform repetitive manual tasks in industrial and service environments, assist in warehouse automation, collect and annotate data for AI training, and even interact with retail or consumer settings using its onboard vision and mobility. The robot’s dexterous hands and mobile base allow it to manipulate objects, conduct inspections, or serve as a data-gathering agent in complex environments.

Alongside the hardware, Unitree has launched a comprehensive software stack that manages the entire AI workflow. This includes data acquisition tools, task management, annotation systems, and real-time tracking. The platform supports distributed training and integrates with popular open-source frameworks such as GROOT and PI. It also includes a simulation environment for model evaluation and supports seamless export and deployment of trained models.

In related news, Alibaba has recently unveiled its first self-developed AI glasses featuring swappable batteries, a POV camera, and the Qwen assistant. Meanwhile, an LSE study predicts that by 2028, Gen Alpha will rely on voice rather than keyboards at work.

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The second phase of Global Sources Hong Kong Shows Phase II opened on October 18, 2025, at AsiaWorld-Expo in Hong Kong. Running until October 21, the four-day event brings together more than 2,000 exhibitors, 150,000+ innovative products, and over 60,000 expected international buyers under the theme “AI-Powered Ecosystem: Igniting Future Manufacturing Intelligence.”

A Strategic Platform for Global Buyers

The event features four major trade shows: Mobile Electronics, Smart Home, Security & Home Appliances, Lifestyle, and Home & Kitchen. According to John Kao, Vice President of Hong Kong Shows & Overseas Shows at Global Sources, the show closely follows global sourcing hotspots and places itself at the center of the AI transformation wave. It is designed to offer not only sourcing opportunities but also deep insights into the future of AI-driven hardware ecosystems and efficient global B2B connections.

Debut of the AI Pavilion

A major highlight this year is the debut of the AI Pavilion, featuring over 1,200 booths divided into seven specialized zones:

• AI+ Terminal Devices: Showcasing phones, laptops, and keyboards with real-time translation, performance optimization, and multi-device collaboration.
  
• AI+ Wearables: Smartwatches, earphones, and rings with integrated health monitoring and early risk detection.
  
• AI+ Glasses: Ranging from high-end to mainstream models with AI photography, intelligent translation, gesture control, and eye tracking.
  
• AI+ Toys: Companion and educational toys designed for children’s education, adult companionship, baby care, and collectibles.
  
• AI+ Pet Products: Intelligent health monitoring, behavior recognition, emotional companionship, and automated care systems.
  
• AI+ Personal Healthcare: Beauty and wellness devices with AI algorithms and sensors.
  
• Other AI+ Products: Smart PC cases, helmets, and earphones with adaptive noise cancellation and safety features.
  

The pavilion also features an “AI & XR Experience Zone” through a partnership with HTC, showcasing immersive VR games and technology collaborations.

Celebrating Innovation with Awards

The Global Sources Innovation Awards recognizes achievements in mobile electronics, smart home, security, and lifestyle products. In collaboration with the European Product Design Award (EPDA), the event will honor winners of the “Best Product Design Award” and the “AI Innovation Award.” Many exhibitors are also unveiling new products, including global and Asian debuts that highlight the merging of technology and market demand.

Industry Summits and Market Insights

This year’s program includes expert discussions at the Global Sources Summit and the AI & Robotics Summit (AIRS) under the theme “Consumer AI Gadget Conference.” Topics include trillion-dollar market transformation, Asian channel strategies, robotics-as-a-service, smart wearables, AI assistive devices, and smart homes of the future. These sessions aim to provide industry insights and help businesses tap into fast-growing markets.

AI Robot Demonstrations

The AI Robot Demonstration Area features live performances and interactive displays. A key highlight is Engine AI, which performs the iconic Axe Gang dance from Kung Fu Hustle. The segment demonstrates advanced motion planning, real-time control, and the potential of robotics across industries.

GSOL 30th Anniversary Celebration

This year also marks the 30th anniversary of GlobalSources.com. The “GSOL 30th Anniversary Cocktail Party” celebrates the platform’s journey and its role in connecting buyers and suppliers. Speakers Hu Wei and Carol Lau highlighted achievements and outlined future plans, emphasizing the company’s commitment to global trade.

A Defining Event for AI and Global Trade

With record-breaking attendance expected from emerging markets, the 2025 Global Sources Hong Kong Shows Phase II stands as a key platform for showcasing AI advancements and driving global sourcing trends. Through its AI Pavilion, product launches, awards, and summits, the event reinforces its leadership in shaping the future of intelligent manufacturing and global trade.

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Hong Kong has once again opened its doors to the world of cutting-edge technology with the 45th Electronics Fair (Autumn Edition) and the 28th electronicAsia. Held at the iconic Hong Kong Convention and Exhibition Centre, the events run until 16 October, welcoming thousands of tech enthusiasts, innovators, and buyers from across the globe.

A Global Gathering of Innovators

With over 3,200 exhibitors from 20 countries and regions, the fair has become a magnet for companies eager to showcase their latest breakthroughs. Delegations from regions including China, Japan, Korea, Singapore, Australia, the US, France, Germany, and the UK are actively participating. More than 120 buyer missions from 61 nations highlight the fair’s role as a hub for international business connections.

Robots, Exoskeletons, and Beyond

One of the standout attractions this year is the robotics zone, where humanoids, quadruped robots, and wearable exoskeletons are on full display. Leading firms are demonstrating live, interactive technologies, while innovators like Hangzhou-based Ascentiz have launched a modular exoskeleton designed to assist people with mobility challenges. Visitors can explore how robotics is moving from research labs into real-world applications.

Startups and Immersive Experiences

The fair also highlights emerging brands through zones like RISE Avenue and Adventure Hub. Here, AI-driven interactive gaming, VR and AR experiences, and smart home devices demonstrate how technology is reshaping entertainment and everyday life. The Hong Kong Tech Showcase and Startup Zone provide a platform for local and early-stage companies to connect with global buyers and investors.

Technology for All Ages

A special focus on the silver economy brings forward solutions aimed at older adults. Exhibits include GPS-enabled walking aids, smart pill dispensers, and wearable health monitors, all labeled under “Smart Ageing Products” to help visitors navigate this rapidly growing sector.

Knowledge Sharing and Collaboration

In addition to exhibitions, seminars, and forums offer insights into robotics, AI applications, and energy storage. The 10th Symposium on Innovation & Technology explores robotics in logistics, ocean exploration, and industrial automation, reflecting the fair’s commitment to connecting ideas with practical impact.

Blending live demonstrations with digital matchmaking via the Click2Match platform, the fairs reinforce Hong Kong’s position as a dynamic hub for global technology innovation.

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The world of robot companions just got a little more crowded – and a little more legged. While Boston Dynamics‘ Spot has dominated the robot dog scene, Lenovo has entered the ring with the “Daystar Bot GS.”

The robot dog companion has an extra leg as compared to Boston Dynamics’ Spot

This robotic canine boasts a similar design to Spot, but with a crucial difference: an extra leg. This additional appendage could potentially enhance the Daystar Bot GS’s stability and maneuverability, particularly on uneven terrain.

According to reports, the Daystar Bot GS is built for tackling challenging environments. It boasts “advanced control systems” that likely translate to precise movements and navigation. “Cutting-edge perception algorithms” suggest the robot dog can interpret its surroundings and react accordingly, while “IP66 protection” indicates a level of dust and water resistance crucial for outdoor operation.

Beyond these technical details, the official website, as reported by IT Home, reveals the Daystar Bot GS’s intended applications. Lenovo seems to be targeting the “trade, industry and public sectors,” hinting at potential uses in fields like construction, inspection, and even search and rescue.

While specific details about the Daystar Bot GS’s functionalities remain under wraps, its launch marks an interesting development in the robot dog market. Whether the extra leg translates to a significant advantage over Spot and other competitors remains to be seen. However, Lenovo’s entry into this growing field promises to spark further innovation and exploration of the potential applications for robotic companions. The official release date set for later this year will hopefully bring more information about the Daystar Bot GS’s capabilities.

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Giant robots have always been a theme in movies like Transformers or games like Titanfall up until now. Even though artificial intelligence and robotic technologies are quite advanced today, there wasn’t a product of such gigantic proportions available. That is, until now. Tsubame Industries, leveraging the power of advancing technology, has developed a 4.5-meter-tall (14.8-foot) four-wheeled called ARCHAX with a price tag of $3 million.

Japan’s $3 Million Transformers Robot ARCHAX, The Closest Thing Yet to Real Life

In today’s world, if you have enough money, you can buy almost anything. Moreover, the number of things you can purchase is continually increasing. The latest addition to this list is the “transformers” robot named ARCHAX, created by a Japanese startup called Tsubame Industries. ARCHAX features a cockpit with monitors that display images from cameras positioned on the robot’s exterior. This allows you to sit safely inside the cockpit and battle your “evil” adversaries.

The pilot uses joysticks to control the robot’s arms and hands. ARCHAX also has two modes: upright “robot mode” and “vehicle mode,” in which it can travel up to 10 kilometers per hour. ARCHAX is currently being sold for $3 million. The startup plans to build and sell five of the machines. However, the CEO of Tsubame Industries, Ryo Yoshida, has also said that he hopes that the robot could one day be used for disaster relief or in the space industry.

Of course, buying ARCHAX doesn’t solve all your problems. Depending on the regulations of your country, taking this wheeled robot into a public space might cause you issues. But if you consider that you’ve spent $3 million on a new robot, this might not be a significant concern. If Optimus could do it, I’m sure ARCHAX can too.

Jokes aside, it’s still too early to say how the robot will be used in the future. However, its development indicates that human-piloted robots are becoming more viable, and they might significantly influence society in the upcoming years. Although it seems like an expensive toy for now, who knows? Maybe one day we’ll see giant robots genuinely performing superhero feats and battling.

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(via)

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Samsung Electronics Co. has recently filed a series of robotics patents in the United States, signaling its commitment to exploring robotics as a potential growth sector. The patents cover a range of applications, including walking assistance devices and pet monitoring machines, showcasing Samsung’s focus on developing innovative robotic technologies.

Samsung’s robotics patents bring us closer to a technologically advanced lifestyle

One of the patents involves a robotic technology specifically designed to monitor pets’ movements and detect their emotions. Unlike pet robots requiring manual control, Samsung’s robot has autonomous capabilities. Shaped like a round device and equipped with two wheels, it can follow and track pets in real time. The robot utilizes an internal camera to analyze pet behavior patterns, enabling it to detect emotions and movements accurately. Additionally, integrated microphones allow the robot to recognize sounds produced by pets, facilitating interactive communication with pet owners.

Samsung Electronics also filed a patent for a walking assist robot intended to be worn by individuals. This robot, anticipated to be part of Samsung’s prospective healthcare robotic brand called BotFit, aims to assist people with limited mobility, particularly the elderly. It operates along pre-programmed routes, ensuring seamless and safe movement even in situations where communication is disrupted due to device errors. Notably, the device has received ISO 13849 certification.

Samsung Electronics’ patented robot finger has garnered attention due to its potential applications in industrial, medical, and home settings. The robot finger comprises two sensors that enable object detection and grasping.

Addressing the need for efficient disinfection in public spaces during contagious outbreaks, Samsung Electronics developed a spray-on robot. This machine utilizes sensors to identify areas that require disinfection, providing an automated solution for effectively combating the spread of diseases.

Another notable patent involves a technology that allows robots to detect various heights along their paths. Additionally, Samsung Electronics has designed a sensor specifically for automatic charging, simplifying the charging process for robotic devices.

Samsung Electronics has established a dedicated team of robot engineers, underscoring its commitment to expanding its presence in the robotics industry. The company’s focus on innovation is expected to result in the unveiling of a walking assist device later this year, further highlighting its dedication to enhancing mobility solutions.

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(Source)

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Robotic clones of humans are normally something you will only hear in science fiction stories, but in our current world where technology is advancing at an unprecedented pace, one company is making waves in the field of robotics today. Meet Clone Robotics: a cutting-edge tech startup that’s revolutionizing the way we think about androids.

Founded in November 2021 by Dhanush Radhakrishnan and Łukasz Koźlik, Clone Robotics has a bold mission: to build low-cost androids that can perform all the common labour in daily life. Imagine having an android chef, maid, nurse, teacher or therapist at your service – that’s the future that Clone Robotics claims the company is working towards.

One of their most impressive products is the Clone Hand – a power-dense, biomimetic anthropomorphic robotic hand that can perform a wide range of manipulation tasks. As shared by the CEO, Dhanush on Twitter, the company is aiming towards making synthetic humans, starting with a 1:1 copy of the human hand.

This advanced piece of technology has the potential to change the way we interact with machines and could have far-reaching implications for industries such as healthcare and manufacturing.

But what sets Clone Robotics apart from other companies in this field? For starters, their focus on biomimicry – using nature as inspiration for their designs – sets them apart from more traditional robotics companies. Additionally, their commitment to keeping costs low means that their products could be accessible to a wider audience.

With its cutting-edge technology and ambitious vision, it’s clear that Clone Robotics is a tech company to watch out for. As they continue to develop new products and push the boundaries of what’s possible with androids, it will be exciting to see what they come up with next.

Speaking about robotics, Microsoft recently revealed their plans to integrate ChatGPT in the robotics field, which could have a major impact on the robotics industry, of which Clone Robotics is currently a part of. 

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(Source 1, Source 2)

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The competition in the field of robotics is fierce, with numerous tech companies vying to advance their R&D departments. Xiaomi is one such company and is set to impress at MWC 2023, showcasing their four-legged robot dog, CyberDog, and humanoid robot, CyberOne. MWC is set to be hosted on February 27, 2023. While these robots are not new, with CyberDog debuting in 2021 and CyberOne in the previous year, it is possible that they may soon be available on the international market.

The CyberOne robot is fitted with a Mi-Sense depth vision module and combined with an AI interaction algorithm, giving it the ability to perceive 3D space and recognize individuals, gestures, and expressions. With a self-developed MiAI environment semantics recognition engine and a MiAI vocal emotion identification engine, CyberOne can recognize 85 types of environmental sounds and 45 classifications of human emotions. Its processing units, coupled with a curved OLED module, allow for real-time interactive information to be displayed.

The Cyberdog, powered by NVIDIA‘s Jetson Xavier NX platform and equipped with 11 built-in sensors, is much smaller than the Boston Dynamics‘ quadruped and is priced at approximately $1,540. At the time of its launch, CyberDog could be controlled in three ways – via the mobile phone app, voice control, and a remote control sold separately. Only a handful of Xiaomi phones, including the Redmi K40 Gaming Edition, Redmi K40, Redmi K30 5G, Redmi 10X Pro, Redmi 10X, and Mi MIX 2S were supported at the time of the reveal. Xiaomi had stated that compatibility for more devices would be added in the future.

Xiaomi plans to release 1,000 of these robots, which is significantly less than the advanced Spot system. It is important to note that the limited functionality and availability of these robots suggest that the company is not yet trying to place a Cyberdog or CyberOne in every home. Rather, Xiaomi’s focus is on building hardware for NVIDIA’s platform, providing an affordable way for people to learn programming and prototype robotics.

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Shanghai, traditionally known for its advancements in finance, business, and technology, is now adding another feather to its hat by aiming to become an Industrial Robotic Leader. 

The city has seen a 6% increase in the YoY output of robots used in the intelligent manufacturing sector. In 2022, more than 75000 new robotic units were installed in Shanghai making it the number one city in China for Industrial Robotics. The local authorities of the Shanghai Municipal Commission of Economy and Informatization have hinted that the Robot Density in the city will increase by 100 in the next three years. 

Robot density is measured by the number of installations per 10000 employees. According to the latest IFR (International Federation of Robotics) report on Robot Density, South Korea is the undisputed leader, with a Robot Density of 1000 followed by Singapore, Japan, and Germany. However, China is also leading up to the race by surpassing the USA and reaching the fifth position with a density of 322.

To support the intelligent manufacturing and robotics sector, the Shanghai Metropolis is planning to build 10 industry-leading robot brands, 20 city-level smart factories, and more than 100 benchmark robot applications that will expand the industrial output to 100 billion yuan ($14.76 billion). By 2025, the local authorities are planning to build 20 City Level lead factories and 200 smart factories that will place the city on the global map of advanced industrial robotics.

Shanghai is the first city in China to include Robot Density statistics. According to the city-wide data, Shanghai has already surpassed twice the global average of Robot Density with the key industries accounting for a density of 383 and major enterprises showing a density of 260. According to Tang Enkan, deputy director of the Shanghai Municipal Commission of Economy and Informatization, Robots have become a part of the urban digital transformation of the city by becoming work assistants and life partners for the residents. 

The 14th Five-Year Plan of China focuses on the development of the Robotic Industry and states that the country aims to become a global hub for robotics and innovation by 2025. China is mobilizing massive resources and investments to develop the Robotic industry and has become the fastest growing Robot market in the world. By 2025 China wants to be considered a Global Leader in Robotics and Shanghai is making a major contribution to achieve this goal.

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(Source)

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