51WORLD Launches Two Embodied AI Products
Outlines Aerospace Strategy from Low Altitude to Deep Space
51WORLD, a Hong Kong-listed firm (stock code: 6651.HK), launched its “Physical AI Master Plan 2030” launch event in August [2026]. The company announced two major products during the event: AperData, an embodied data infrastructure and AperOne, an embodied application platform. 51WORLD also unveiled a three-tier aerospace plan for the first time covering “low-altitude, space and deep space,” providing a full-stack corporate footprint from ground-based activities to outer space.
Beijing 51WORLD Digital Twin Technology Co., Ltd. (51WORLD, Stock Code: 6651.HK), launched in February 2015, is China’s first publicly traded core infrastructure enterprise for “Physical AI”. With the goal of “cloning the Earth’s 510 million square kilometres,” the company is committed to bridging the digital and physical worlds.
AperData: Hardware-Software Integrated Data Infrastructure
Turns Embodied Data Standards into Measurable Metrics
One of the largest impediments in the embodied AI field today is data scarcity, and it is exacerbated by the lack of a uniform, practical standard for data quality. Industry estimates show that the top embodied-AI firms need about 1 million hours of high-quality data per year but can only produce a little over 100,000 hours internally, creating a supply imbalance of approximately 10x.
AperData is a data infrastructure for embodied AI. It addresses the problem of limited training and validation data through a collecting system that closes the loop from data acquisition to model training, enhancing collection accuracy and efficiency.
51WORLD launched a strategic cooperative venture with Union Image during the event, focused on embodied data infrastructure. The first product suite is AperEgo and AperOS, an integrated hardware-software collecting solution that closes an end-to-end loop from data capture through training.
The first generation product is now available. AperEgo is a head-mounted data collection device that can be donned by operators in the field. It provides synchronised multi-sensor data collecting, preliminary edge-side processing and filtering, and task-based and opportunistic collection modes.
On the software side, AperOS provides a full lifecycle data loop and can offer standardised trainable datasets. It can be deployed in the cloud or a private cloud. Its open platform allows for customisation and secondary development.
After the raw collected data is processed by AperEgo x AperOS, the supplied data can approach 99% physical consistency in trajectory, while efficiency can be improved more than 10x compared with standard teleoperation at the same cost.
51WORLD also issued a five-year roadmap for AperData. It aims to mass-produce the first generation head-mounted data gathering kit, along with toolchains for baseline data annotation and quality inspection, in 2026. From 2027 to 2029, the hardware will be an incremental addition of multimodal full-body data-collection suits with force feedback and haptic gloves, lightweight wireless collection devices and high-precision dexterous-hand collection terminals.
On the software side, it will construct a multimodal data-fusion platform including vision, force, and position; an AI-enhanced automatic annotation and scene-generation engine; and a simulation-augmented data loop. AperData is designed to support a fully automated data factory, a data engine for embodied foundation models, a worldwide distributed collection network, and adaption kits for various robotic embodiments, all before 2030.
AperOne: A Five-Stage, Full-Chain Closed Loop
to Bring Robots into the Real World
While AperData is focused on data supply, AperOne addresses the industry’s last-mile problem: getting robots to actually take up work in real situations.
For a long time, the robotics industry has wrestled with a disparity between perfect lab performance and stumbling operations in challenging field conditions. The fundamental problem is that real-life scenarios are quite complex and the expense of experimentation is expensive. AperOne is a closed loop OS platform for embodied applications. It creates a comprehensive loop that includes reconstruction, training, assessment, deployment, and operations, solving the challenges of robot deployment and low fault tolerance.
The system has already been tested in both general and specific environments, including parks, events, retail malls, power plants, mines, and industries. A national-level conference centre in a general-purpose setting used digital twins and spatial intelligence to enable centimetre-level spatial computation and layout planning in seconds to allow robots to autonomously inspect, receive, and move tables and chairs cooperatively, arrange and setup tables and chairs.
In a specialised setting, a leading smart factory in Southwest China supported robot inspection and monitoring of hazardous source, gas and dust simulation, confined-space reconnaissance, pipeline-corridor inspection and emergency coordination with digital twin reconstruction and unified command screen.
From parks to power plants, shopping centres to mines, AperOne is bringing embodied AI from ‘able to demo’ to ‘able to work’, proving a standardised approach for widespread real-world deployment.”
51WORLD has already signed collaborations with vendors, including Deep Robotics, Galbot, Sevnce Robotics, Beijing Innovation Centre of Humanoid Robotics, Gausium Robotics, GigaAI, Yimu Technology, BeingBeyond and SEER Robotics. Together, the corporations want to unleash hundreds of millions of embodied robots into the real world by 2030.
Aerospace Strategy
Expanding the Frontiers of Physical AI from Low-Altitude Airspace to Deep Space
Another important highlight of the event was 51WORLD’s first disclosure of its three-tier aerospace strategy involving “low-altitude, space and deep space” which expanded the application boundaries of Physical AI from the ground to deep space.
51WORLD and Insta360 joined hands in the low-altitude layer to establish a digital airspace simulation and test-flight assurance platform for low-altitude aircraft, making sure every eVTOL is taking off after a rehearsal in the digital world. At the space layer, it is working with Huantian Wisdom on the collection of high-precision satellite remote-sensing data and the reconstruction of “physics-ready” data assets.
The two sides have jointly customised the world’s first commercial remote-sensing satellite specially designed for Physical AI training and simulation applications: Earth Clone Star “ECS-1”. 51WORLD is working with the Deep Space Exploration Lab to digitise Mars and lunar exploration missions into the deep-space layer, enabling advanced modelling and mission rehearsal of deep-space operations.
To summarise, 51WORLD has developed a three-layer Physical AI capabilities stack. Upstream it works with semiconductor and compute partners to establish an industry foundation. Its essential support is the closed-loop capabilities around “model + simulation + data” at the middle layer. It covers various application scenarios downstream including autonomous driving, embodied AI and aerospace exploration . This full-stack technology is not only used to implement 51WORLD’s business, but is also progressively becoming common infrastructure for the entire Physical AI industry.
51WORLD’s Physical AI strategic blueprint for 2030 is also clear. Since 2015, the company has been building a product and business matrix from autonomous driving to embodied AI and aerospace exploration, with addressable market opportunities going from hundreds of billions to trillions.
Photo Source: 51 World
World’s first full-scenario robot hotel for Greater Bay Area, China