Potential of Discovery: The Robotic Fish and its Potential

During our lifetime the sea has not been tame domesticated. So far, "modern" technology can only advance into the world under the sea and the surface. But in the past ten years, all these have changed. In the study of fish movement and anatomy around the world, the gap between the surface and the seafloor can decrease rapidly. For many years, humans are amazed at the speed and elegance of most marine life. The lack of resistance, the ability to move forward, and the ability to live with such impossible depth are always the envy of submarines and marine explorers.

The potential benefit on our planet is a technology that enables robots to become autonomous. The same technology can be deployed here when studying new and more complicated algorithms that allow experts to run a robot on the surface of Mars. Sensing capabilities also need to be improved, which will result in intelligent and rapid automation of autonomous vehicles, manufacturing robots and the like. Making a humanoid robot like Valkyrie can also elucidate the progress of prostheses and exoskeleton.

Industrial robots have existed for decades, but until recently they showed the real possibility to change the global manufacturing ecosystem. This possibility increases the interest of investors and leads the emergence of various robot startups, many of which not only develop state-of-the-art and innovative robots to date, but also to robots that interact with humans in the workplace We are also focusing. An increasingly important role. . There are estimated 5 million robots worldwide, which are mainly used by major manufacturers in the automotive and semiconductor industries, and everyone is engaged in tasks performed by human labor. These robots occupy a central position in the process of steadily replacing traditional factory workers, but with the advent of joint robots, a new trend has appeared.