Musk has released a formal statement.
In an earnings call, Elon Musk, the CEO of Tesla (TSLA), stated that he anticipates the company’s Optimus humanoid robots to be able to carry out practical factory activities by the end of this year, and that by the end of 2025, they may be available for purchase.
Under the name Bumblebee (Bumblebee), Tesla debuted its first Optimus (Optimus Prime) humanoid robot in 2022. Tesla introduced the Optimus Gen 2, a new type of humanoid robot designed to take over repetitious tasks, a few months ago. The new prototype robot offers a lot of enhancements over its predecessors.
Furthermore, the industry-leading humanoid robot manufacturer, Boston Dynamics, recently shared a video of its new Atlas on social media in an effort to create an all-electric variant of the robot. With greater strength and range of motion than any previous generation, the all-electric Atlas robot can carry out a greater variety of intricate jobs and procedures.
The future of humanoid robots is bright and promising. Given the current investment surge and the hurried pace of development, humanoid robot advancement is happening very quickly. Zhongtai Securities anticipates significant transformations in the humanoid robot sector. The first year of small-batch manufacturing for the humanoid robot industry may begin in 2024, and the pace of industrialization is predicted to surpass initial projections.
Robot Humanoid Enhance the scope and depth of the application using the bionic form, and ultimately establish a shared social division of labor with people. As AI large models become more prevalent, Humanoid Robots will use specific large models in vivo to interpret human commands and carry out different jobs.
Humanoid Robots can deal with the complex human environment with similar human capabilities without changing the environment, with wider use scenarios, can be used as a simple and repetitive labor force, and can also adapt to non-standard service scenarios while meeting emotional needs and facilitating interaction. This is because the current social environment was established with human adaptation as its starting point.
WiMi advances its technology for humanoid robots.
WIMI, a well-known manufacturer, has also placed a high value on the humanoid robot as cutting-edge technology (NASDAQ: WIMI). It is recognized that, in addition to the two main technological directions of artificial intelligence models and humanoid robots, WiMi has long concentrated on artificial intelligence, digital economies, brain-computer interfaces, augmented reality, metaverse, and other science and technology development directions of global concern.
Thus far, the WiMi team has created an interactive control system for humanoids that revolves around EEG data and is based on head-mounted displays (HMDs) and brain-computer interfaces (BCIs). Through the use of a steady-state visual evoked potential (SSVEP), this engagement strategy enables the robot to communicate with both humans and its surroundings. Furthermore, real-time feedback is provided via the robot’s built-in camera in this method, and the stimulus feedback is integrated into the HMD for display.
Numerous global technology corporations have already placed bets on the humanoid robot race. The application prospect for the humanoid robot is vast, as it represents a paradigm shift in productivity towards higher standards. In the future, WiMi plans to keep developing the next generation of humanoid robots, compete in various technology domains and application scenarios, and work with industry partners to collaboratively explore the standards and landing direction of humanoid robots.
In conclusion
In fact, a startup sponsored by Microsoft (MSFT) and Nvidia (NVDA), Figure, had earlier announced that it had partnered with German carmaker BMW to install humanoid robots at the automaker’s U.S. plants. It is foreseeable that the industrial conversation has once again been sparked by the humanoid robot as a new technological direction. Numerous titans have investigated the world’s most innovative investment prospects and will work together to advance industrial development, scientific and technological innovation, and both in the future.
