Recently, according to the Robotics Conference, Kinetix AI has completed over 500 million yuan of angel+ rounds financing, which will be used to accelerate the data-model-body transformation and promote the deployment of physical intelligence products.
Founded in September 2025, Superdimensional Power is a full-service smart model company with a founding team of senior executives from Huawei Autonomous Driving, technology experts from the University of Hong Kong, and serial entrepreneurs with multiple entrepreneurial experiences in the field of humanoid robots, with complete capabilities for technological innovation, engineering realization and commercial landing.
In less than a year, the team has released high-performance models, multi-modal no-body, multimodal-human-ego-centric data collection software hardware solutions, intelligent AI Infra platforms, super-high-performance general-purpose humanoid robot KAIBot, and high-frequency agility products such as KAI Hand.
Matrix of KAI series products
In the view of the co-founder of Superdimensional Dynamics, Rooping, the entity defines the limits of the robot's motion space, perceptual abilities and task completion, data determines the model's generalization capability, while the problems that the model exposes in real tasks will in turn drive improvements in numerical methods and hardware. Lack of useful abilities, the algorithm's upper limits will be limited; without a complete system of data and training methods, it will be difficult for a good entity to sustain generalization capability.
The data-model-body-technical flywheel
This is a technological flyer of super-dimensional power: "Human production of massive amounts of data, the scale-up of AI infrastructure, the ability to generalize model learning, the ability to execute tasks in real environments, success and failure to flow back into training systems, ultimately transforming human experience into the ability of robots to learn, execute and continue to evolve".
01.
Data is the starting point for technology.
By lightweighting the first human data collection ring, KAI Halo Lite, superpower collects the most real human operational data, combined with complex algorithms, to provide high-quality data support for human full-body motion modeling, 3D environmental modeling, and fitness algorithm training.
In WAIC, the WRC site, KAI Halo Lite has also launched a live test run. Only the head rings are required to view high-definition captured images in real-time via the mobile app, as well as the dynamic 3D reconstruction results processed in real-time by the system through centimeter-level spatial positioning and comprehension of body posture.
Test with KAI Halo Lite, and the screen displays real-time 3D reconstructed images.
02.
The center of the plane is the model.
KAI World Model relies on parallel video generation with 4D spatial modeling, while supporting the generation and reconstruction of tasks, enabling robots to accommodate the needs of the three categories of pure mobility, pure operation and whole-body loco-manipulation under the same representation. Combined with pre-trained accumulation of millions of levels of video data, the model achieves cross-tasking, cross-substance generalization capabilities, significantly improving performance after migration to real robots.
At the WRC, WAIC, the super-dimensional power showcases highly interactive scenes with the audience, such as the opening of the bottle of the mechanical arm, the SMASH table tennis system of the high-dynamic humanoid robot.
The mechanical arm of the bottle is automatically opened to grab the drink as directed by the human.
By integrating high-speed visual perception, real-time trajectory prediction, full-body motion control and intelligent decision-making, SMASH achieved multi-joint full-body synchronous control of shoulders, elbows, wrists, waists, and legs at the milliseconds level. Based on real-life human motion data and optimised full-body tactics, robots demonstrated coordination and environmental adaptability to approaching human athletes in combat.
Notes: A humanoid robot playing table tennis
More importantly, SMASH's core algorithm has achieved cross-body deployment, and the same algorithm can be adapted to different robots, showcasing Utrecht's G1 and A3 field shots, and truly achieving a multi-brain puzzle.
Note: The SMASH algorithm can be adapted to multiple nationalities such as KAIBot, Qiyuan A3, Wu-Tang G1, and others.
03.
Bodies: The end of the flywheel and the beginning of a new round of data
KAI Bot is 173 cm tall, weighs 70 kg, reproduces real body proportions, has a total of 117 degrees of freedom, and the range of joint activity is basically consistent with humans. It is currently the world's highest-frequency super humanoid robot product, which can effectively reduce the migration loss of human data, allowing the execution results of the body in the real environment to effectively flow back to the training system.
NOTE: KAI Bot carefully grabs and delivers gifts to the audience.
At the WRC, WAIC site, the KAIBot walks autonomously to the interaction area of the stand to interact with the audience, relying on the built-in large model voice response in real time to the various professional or hobby questions posed by the audience, and the precise completion of fine-grained object grabbing to deliver delicious gifts to the interactive audience.
Note: KAI Hand screwing violence screwing limits test
It is worth mentioning that the ultra-dimensional products have very strong landing properties. KAI Hand, KAI Halo Lite have been launched simultaneously worldwide and the products have been delivered to industry customers.
In addition, the super-dimensional humanoid robot algorithm has been showcased at major exhibitions and competitions such as WAIC, WRC, WHRG and has been acclaimed and has strong landing attributes in the field of travel and performance.
At the 2026 World Human Robotics Games (WHRG), Super Dynamics and the Hong Kong University's Hong Kong Super Dynamics Team were invited to perform as a ping-pong team in the Opening Ceremony with World Champion Dingning. The SMASH-powered humanoid robot moved around a lot, could make extreme moves such as pulling balls, cutting balls, the overall batting technique was highly adaptable, had extremely strong interaction and viewability, and Dingning called "the future of the SMASH system feasible".
In the future, ultra-dimensional dynamics will continue to increase research and development investments in bio-magnitude models and bio-intelligent infrastructure, accelerate data, model-to-body synergy, drive products to scale, and collaborate with downstream partners in the industrial chain to build a bio-intelligent ecosystem.
Li Wei, investment executive partner of the round, said: "Physical intelligence is one of the few areas that has the opportunity to redefine human-machine relationships, and its path to realization is still unbroken.
At this stage, we focus more on teams that are capable of defining full-body standards. Super Dynamics as a full-body smart model company, designed under the same set of standards as first-person data collection, first-person bio-body size models and high-frequency cores, formed a series of mature products in less than a year. The SMASH system's performance in high-motion tasks such as ping pong, and successful migration to multiple cores, prove that its full-body closure cycle has been opened.