Liard·virtual moving points help the development of embodied intelligent robots and unlock new skill

In the journey of continuous progress in the field of science and technology, December 25, 2024 will become a node of special significance. On the same day, Liard Virtual Moving Point joined hands with strategic partner Matsumoto Power to jointly establish the Joint Laboratory of Concrete Intelligence. This move is like sowing a seed full of hope in the field of concrete intelligence. In just three months, surprising results were achieved-the robot of Liard·Virtual Point Enabling Partner Matsumoto Power achieved a major breakthrough in motion performance and successfully unlocked the continuous somersault skills.
The growth process of robots is just like the growth of humans and does not happen overnight.
机器人的成长历程恰似人类的成长，并非一蹴而就。From the initial toddler, to being able to dance, to now mastering difficult movements such as continuous somersaults, every step requires careful cultivation. However, for robots, during their movement training process, high-quality accurate data is the nutrient for their vigorous growth.


As a leader in the field of AI and spatial computing, Liard Virtual Moving Points has accumulated industry-leading action databases in the long process of development. This database is like a rich treasure that can continuously provide robot partners with high-quality and high-quality action data. At the same time, through in-depth data development and professional movement training, Liard Virtual Moving Point also provides robot manufacturers with diversified training services to help them improve the performance of robots. Not only that, with its profound accumulation of algorithms and excellent capabilities in camera hardware manufacturing, Liard Virtual Moving Point is actively involved in the specific intelligent robot industry and is committed to providing a series of comprehensive and practical spatial positioning software and hardware solutions.
空间计算技术宛如一座桥梁，巧妙地连接起虚拟与现实的世界，同时也搭建起现在与未来的通道。Liard Virtual Moving Points is based on the solid foundation of spatial computing and will continue to inject strong impetus into the concrete intelligent industry. On the one hand, it helps partners build robots with better performance and stronger functions; on the other hand, it accelerates the commercialization process of humanoid robots in various practical work and life scenarios such as homes, enterprises, and industries, so that scientific and technological achievements can truly enter public life and bring more convenience and possibilities to social development.