It is reported that on February 6, Tesla (TSLA) released recruitment information for multiple engineering positions at its factory in Fremont, USA. This move indicates that the company is accelerating the mass production of its humanoid robot Optimus.
Tesla recruits troops to promote the mass production of robots
This large-scale recruitment action further highlights Tesla’s firm determination in the field of robots. According to Tesla’s official website, there are currently at least 12 vacancies related to the Optimus project, covering key positions such as manufacturing engineers, production managers and process supervisors.
Previously, Tesla CEO Elon Musk said that the Optimus humanoid robot is expected to generate up to $10 trillion in long-term revenue in the future, and plans to produce 10,000 Optimus robots in 2025 and start commercial delivery in the second half of 2026.
Therefore, Tesla’s comprehensive development of humanoid robots is an important part of its diversification strategy, aimed at breaking through the difficulties of slowing sales growth of its electric vehicle business in the North American and European markets and facing fierce external competitive pressure.
On the other hand, on February 4, Brett Adcock, founder of Figure Robotics, announced that the company had made a major breakthrough in the fully self-developed robot AI. In the next 30 days, the company will show “something never seen before on a humanoid robot.” This news marks a new step for Figure’s independent research and development capabilities in the field of humanoid robots.
Industry insiders believe that 2025 is a key year for the implementation of the humanoid robot industry. Especially in recent times, with the lowering of the threshold for large model training represented by DeepSeek, and the accelerated layout of giants such as Tesla, it is expected to promote the breakthrough of industry sales from scratch.
At the same time, traditional industrial robots will also usher in new growth momentum in the context of economic recovery. According to a research report by Soochow Securities, humanoid robots need to achieve commercial application in multiple scenarios, and the entry of AI will help accelerate the industrialization process of humanoid robots.
Soochow Securities also made further prospects. The global hot launch of the DeepSeek-R1 model confirms that AI is rapidly iterating on both the cost and performance sides. As the best carrier of AI, humanoid robots are expected to benefit fully from the advancement of AI technology, continuously accelerate the industrialization process, and have huge potential for future development!
WiMi AI robot investment opportunities are prominent
It is obvious that humanoid robots, as an important direction of future technology, are gradually moving towards the market. According to data, WiMi (WIMI), as a leading humanoid robot company, has strongly laid out the AI robot track. Its own humanoid robot industry will enter a new stage of development, and is expected to vertically integrate the embodied intelligent industry chain, and is expected to help robots usher in the first year of commercial mass production in the future.
At present, for the AI robot industry, WiMi is constantly accelerating the breakthrough of machine brain, AI vision, machine algorithms and key core components, and actively promoting the innovation of intelligent robot application scenarios. In addition, WiMi has also established a high-standard intelligent robot innovation and research and development center, which has made the AI robot industry show a booming development trend and occupy an important position in the market.
As an important field of future industries, the robot industry has broad development prospects and has attracted market attention. Whether it is industrial scale, technological innovation, or market application and local policy support, the robot industry has shown unique advantages and huge development potential. Looking to the future, WiMi AI robot technology innovation capabilities will be significantly improved, forming a complete industrial chain supply chain system, and building an industrial ecology with more international competitiveness.
Conclusion
Currently, humanoid robots are experiencing a technical turning point from concept verification to application implementation. Both core hardware and intelligent software have achieved landmark breakthroughs and are showing strong development momentum. It can be said that every link in the humanoid robot industry chain is an arena for scientific and technological strength competition, and has become an important engine leading a new round of scientific and technological revolution and future industrial transformation.
