They created a robot dog capable of building Ford cars and saving people, all using artificial intelligence

Ford has implemented an advanced four-legged industrial robot from Unitree in its manufacturing operations. This robotic device is distinguished by its versatility and ability to support up to a kilogram of load on its back.

next toThis robot, which mimics the character of A dogEquipped with a built-in camera and can adjust its position to interact with different itemsLike pressing buttons when standing on two legs.

Outstanding feature in Robot It is your ability to move nimbly on difficult surfacesThis makes it a valuable tool in factory environments and on rescue missions, where its ability to access complex areas can be crucial.

Recently, Infobae attended a demonstration of the capabilities of the said robot during an event organized by Movistar, where the multiple practical applications that 5G technology can offer were demonstrated.

The robot was trained using artificial intelligence techniques, which allowed it to learn and improve its ability to move and adapt to the environment.

This training makes it easier for you to perform tasks efficiently, whether in controlled environments or in unexpected situations.

In terms of control, The Unitree robot offers flexibility as it can be operated independently using a remote control or programmed to perform specific functions Without the need for direct supervision.

This ability to operate independently underscores the potential of advanced robots in modern industry and rescue operations, where device autonomy can mean the difference in critical moments.

This type of technology represents a significant advance towards automation and efficiency in various fields, demonstrating that the synergy between robotics and artificial intelligence continues to open new horizons in the industrial field and beyond.

The four-legged industrial robot developed by Unitree, which has already been adopted by Ford to perform various tasks in its factories, is distinguished by its capabilities in disaster search and rescue operations.

This robot is able to reach areas that may be inaccessible or dangerous to humans.Which makes it especially valuable in critical moments.

Thanks to its advanced design, the robot can handle inaccessible terrain or complex surfaces. She has the ability to raise her legs and analyze the best way to move in adverse conditions, allowing her to avoid obstacles and continue her mission effectively.

One of the most important features of this robot is its integration with 5G networks.Which allows operating teams based at the bases to receive real-time images and data about the situation the device is facing.

This connection ensures smooth communication and precise control of the robot, facilitating quick decision-making based on up-to-date information during critical operations.

The ability to obtain images in real time is essential in disaster scenarios, where every second counts and accurate information can save lives.

The combination of advanced mobility, autonomous analysis of the environment and high-speed 5G connectivity provides a significant advantage in emergency response capability, allowing rescue missions to be carried out more safely and effectively.

Not only does this technological advance represent a major step forward in disaster management, it also opens up new possibilities for using robots to serve and protect vulnerable communities when a natural disaster occurs where lives are at risk.