China Prepares for the Large Scale Production of Humanoid Robots in 2023

By Aarti Dhapte , 07 December, 2023

Growth in artificial intelligence led to various developments to provide comfort and ease in consumers' daily lives. China is among the group of countries increasing the economy of nations with multiple innovations in the field of technology. Recently, China released guidelines for developing humanoid robotics in 2023.

China aims to mass-produce humanoid robots in two years from now till 2025. The set of rules and regulations published by the Chinese government aims at large-scale production of humanoid robots by 2025 with certain technological advances. These technologies are considered "brain, cerebellum, and limbs" to implement core supplements and their supplies safely. The Ministry of Industry and Information Technology (MIIT) has released the guidelines for humanoid robots' production. The MIIT document discusses the plans to build "globally influential" two to three ecological enterprises. The organization also plans to build more industrial development clusters that will aid in developing small and medium-sized enterprises. It will help China to grow as a global hub for advanced robotics by 2025. MIIT aims to enhance the robotics industry's innovation and technologies with various collaborations on research, high-quality development, and others.

The Chinese government is aiding billions in research and development, and several companies are also focusing on innovations in the field of technology. The country with advancement in the technical and robotic industry aims for global dominance in 2023. The nation's core energy for technical progress lies in the consumer's access to an unlimited data supply that provides the broader field for technological innovations.

China's new set of rules for developing humanoid robots aims to create human-like robots that can be deployed in service sectors. Humanoid robots at workplaces can help to enhance businesses. Therefore, researchers are working to develop sophisticated humanoid robots that can feel, think, and make decisions other than only speaking and writing features. Incorporating these features in the humanoid robots can take China's technology sector and work field to the next level by the end of 2025.

HUMANOID-ROBOTS

Latest News

HUMANOID-ROBOTS
New Face Of Lithium-Sulfur Batteries For The Low-Cost Batteries In 2024

Solid-state batteries have not been in use for a long time. However, the rising demand for electric vehicles in the automotive market may revamp the sulfur content of solid-state batteries. There are many advantages of sulfur in solid-state…

Read More

HUMANOID-ROBOTS
Microsoft To Invest USD 3.4 Billion On Artificial Intelligence In Germany

Artificial intelligence is enhancing the tech industry nowadays. In the past years, artificial intelligence has played a pivotal role in functioning cloud computing and other tech industry infrastructure. One of the bug techs, Microsoft, is investing…

Read More

HUMANOID-ROBOTS
Solar And Wind Energy Leads to Environmental Waste in 2024

Renewable energy is considered as an alternative to fossil fuels. Nations are replacing fossil fuels with renewables to achieve sustainability in the environment. Renewable energy sources regulate specific sectors like electricity, transportation…

Read More

HUMANOID-ROBOTS
Sustainable Aviation Fuel From Human Waste Can Accelerate Clean Energy Transition

In the industrial applications and production sector, sustainability will play a significant role in  2024. Industries are growing interested in adopting sustainable approaches in light of the clean energy transition. The aviation industry in 2024…

Read More

HUMANOID-ROBOTS
Battery Storage Is The Leading Energy Investment In 2024

Energy storage is the main component in the clean energy transition as it facilitates the storage and discharge of energy. Battery storage is expected to support clean energy transition in the upcoming years. A survey shows battery storage can be a…

Read More

Author Pic
Aarti Dhapte

Team Lead - Research