Smart factory robots guided by motion-driven strategies

In the ever-evolving world of technology, a new AI system named Roboballet, specifically designed to choreograph robotic arms for faster factory operations, is making waves. One such robot, CyRo, developed by CynLr, has been introduced with a unique concept in industrial automation – motion-first vision.

CyRo addresses a long-standing issue that stumps traditional systems: the transparent bottle problem. By focusing on how things feel and behave when touched and handled, CyRo is proving to be a game-changer in the industry.

DENSO's pilot projects demonstrate CyRo's versatility, showcasing its capability in scenarios such as assembly on moving platforms, handling transparent and reflective components, and adapting to new geometries without reprogramming. General Motors is even conducting trials with CyRo for assembly work on moving surfaces, where parts come in variable orientations and circumstances beyond the capability of conventional automation.

The CyRo robot uses dual-lens event-based cameras that capture changes in intensity, thereby detecting motion at the individual pixel level. This makes it suitable for detecting motion, a feature that sets it apart from conventional systems. When CyRo encounters an unknown object, it highlights contours in motion while filtering out static background elements. These moving elements are instantly associated with the same object, building spatial understanding through physical interaction rather than visual analysis.

Meanwhile, in the realm of renewable energy, significant strides are being made. A new hollow glass fiber design has been developed, capable of carrying internet in air with 1,000x transmission power. Researchers have also achieved a breakthrough in fuel cell technology, surpassing the one-megawatt power barrier, which could be beneficial for electric vehicles and aviation.

In another breakthrough, scientists have converted captured carbon into a palm oil-like fat for aviation fuel. Additionally, a new method has been discovered to unlock 80% more electricity from US data centers, thanks to a 'solar bump' breakthrough.

Elsewhere, China has developed a transparent coating that can turn ordinary windows into solar power generators. In the UK, the first recycled EV battery pouch cells have been unveiled, reducing carbon emissions by 32%.

On the scientific front, researchers have mapped complete brain activity during decision-making for the first time. A new ring laser has been developed to measure Earth's axis wobble without the need for telescopes or satellites.

Lastly, a cheaper way to convert plastic waste and coal into hydrogen fuel has been found by US researchers. A new snake-like robot with tentacles could replace divers in risky offshore jobs, and a new 3D-printed scaffold has been created to guide stem cells in repairing damage from spinal cord injury.

These advancements highlight the rapid pace of technological progress, with CyRo's motion-first vision approach to industrial automation being a prime example of innovative solutions to long-standing problems.