DLR’s autonomous humanoid robot, Rollin’ Justin (right), and the ESA Interact Rover are being controlled from the International Space Station (ISS) and are working together to handle a tool.

As the role of robots in everyday life grows, their ability to work seamlessly with humans is more crucial than ever. Flexibility has become a key safety feature, allowing robots to adapt to their surroundings and prevent potential hazards, like collisions with nearby people. This adaptability makes all the difference between smooth operations and risky situations. Pioneering the way in this field is the German Aerospace Center (DLR), a global leader in the development of cobots – collaborative robots designed to work side by side with humans. According to DLR, these robots are built with a unique focus on safety, intelligence, and flexibility, ensuring they can assist in various settings without causing disruption. As industries increasingly embrace this technology, DLR’s cutting-edge research promises to shape the future of human-robot partnerships, paving the way for safer, more efficient environments where both robots and humans can thrive together.

China’s first robot chef approved for commercial use

China’s first licensed pancake-making robot, developed by Joybing Robot Co., is now operating in Beijing E-Town. This advanced COBOT (collaborative robot) creates perfect Chinese-style pancakes in just three minutes, customizable via an interactive screen with QR codes. With nearly 100 units already delivered and an expected order volume of 5,000 to 10,000 this year, this innovation is set to revolutionize the catering industry. 🎉 What do you think about this incredible leap in robotics?

Skyline Robotics has introduced Ozmo, the world’s first fully automated window cleaning system, at a 45-story office building located at 1133 Avenue of the Americas in Manhattan. This cutting-edge technology marks a significant advancement in the field of building maintenance, replacing the traditional method of human workers washing windows from platforms suspended from the roof.

While this might be difficult news for workers who rely on window cleaning as their livelihood, it reflects a broader trend seen in other high-risk professions: automation is a necessary and inevitable change. Just like other industries, automation in window cleaning aims to improve safety and efficiency.

Ozmo is designed to replicate the process of human window washers. It uses two robotic arms, developed by the robotics company Kuka, to handle the cleaning. These arms are currently supervised by a human operator who monitors the process from the rooftop. The robots are equipped with a Lidar (Light Detection and Ranging) system, which scans every corner and curve of the building, making real-time adjustments to ensure optimal cleaning. According to Blum, “Ozmo is constantly scanning the environment” to fine-tune its operations for the best results.

While this automated solution may appear promising in the short term, it raises concerns. History has shown that automation often leads to the obsolescence of jobs that were once considered essential to society. The rise of robots like Ozmo, and other innovations such as the SVEABOT S100—designed to allow remote control and inspection—suggest that more jobs traditionally held by humans could soon be replaced by machines. Though automation offers advantages in efficiency and safety, it also brings the uncomfortable truth that many occupations may no longer be necessary in a rapidly evolving technological landscape.

When it comes to floor cleaning, home-use bots are convenient—but they come with their own set of limitations. Such that EVZIV RS20 Pro In testing the RS20 Pro, as report which encountered a frustrating issue. The cleaning chute proved too narrow for effective emptying, so there decide resorted to manually emptying the dustbag at the base station and set it to try emptying itself again. Interestingly, the RS20 Pro didn’t alert me to a blockage the second time around. However, the real problem surfaced the following day when the robot sent it to vacuum again. Instead of cleaning efficiently, it ended up spilling a mess of cat litter and Cheerios all over my kitchen floor. It’s clear that while the RS20 Pro offers some convenience, it struggles with certain tasks that can lead to unexpected and annoying mishaps.

Take the SVEABOT S100, for example—a revolutionary machine that lets humans take a step back while still maintaining full control. With its ability to operate independently, it offers a glimpse into a future where inspection and control are no longer tied to human hands, but to powerful, autonomous robots. The age of effortless oversight is here. Curious to see how this technology works?

Robots gain agility

An ASAP-trained humanoid robot can now replicate signature moves from sports legends, including Cristiano Ronaldo’s “Siu” celebration with a mid-air spin, LeBron James’s “Silencer” with precise single-leg balancing, and Kobe Bryant’s fadeaway jump shot. Beyond sports moves, it can also perform forward and side jumps exceeding one meter.

While the robot may still appear clumsy due to hardware limitations and fewer articulations than a human, it demonstrates significantly improved dexterity compared to previous humanoid robots. The advancement is largely due to the “delta action model,” which compensates for differences between simulated and real-world physics. By integrating this correction mechanism, researchers reduced tracking errors by up to 52.7 percent, allowing the robot to execute complex whole-body motions previously unattainable.

In other side, Unitree has the new evolving technologies, which are creating waves in the robotics sector. According to Hong Kong 01, after the viral performance of robots dancing to the tune of Niu Yang Ge at the Spring Festival Gala, the demand for humanoid robots surged, leading to supply shortages, with some units being sold out. The daily rental for these robots skyrocketed to as high as 15,000 RMB, while second-hand prices were inflated to 120,000 RMB. A sales manager from Unitree Technologies shared that humanoid robots are not yet ideal for purchase for dance performances, as their movements remain limited—mostly walking and waving. To perform a complete dance routine, a company would need a significant team to develop the necessary adaptations, which is an expensive process. “For personal buyers, right now, these robots are more like display props,” he explained. He also warned that the industry is currently overheated and urged people to ‘calm down,’ mentioning that the price of quadruped robots might eventually drop to 3,000 to 4,000 RMB, bringing them closer to the consumer market. However, an insider has suggested that this price estimate may not be entirely accurate, and there’s no official comment from Unitree regarding any price cuts. Meanwhile, a video recently posted by Wang Xingxing, showing Unitree’s G1 robot dancing with fluid and natural motions, caught the attention of many online. To prove the authenticity of the video and that the actions were not AI-generated, staff threw a soccer ball at the robot and used a stick to interfere with it.

Wang Xingxing also responded to comments, confirming that the new functionality showcased in the video had only been recently developed and had yet to be pushed to clients. Different models and versions of the robot have varying capabilities, he added.”

In January, at a Mark’s clothing store outside Vancouver, Canada, a Sanctuary AI robot successfully completed a variety of retail tasks that are usually completed by human workers. This innovative practice is not only a symbol of technological progress, but also a new strategy for the retail industry to address human resource challenges and improve efficiency. By using humanoid robots to perform daily tasks such as picking, packing, replenishing sales floors, cleaning and store display, Mark’s stores not only improve operational efficiency, but also free up human employees to engage in more creative and strategic tasks.

The pilot test was carried out by the retail chain owned by Canadian Tire Corporation (CTC) and demonstrated the potential of Sanctuary AI’s general-purpose robots in actual store environments. Jody Ross (co-founder and CEO of Sanctuary AI) pointed out that these robots can efficiently perform necessary but basic tasks, thereby helping retail businesses improve operational efficiency and service quality.

This experiment is not only a technological breakthrough, but also a reflection on the future of retail formats. As artificial intelligence technology advances, retailers can better use robots to handle daily repetitive tasks, thereby creating more opportunities for human employees to exercise their creativity and interpersonal interaction. This innovation not only improves business efficiency, but also earns the brand a reputation for cutting-edge technology applications, further enhancing the brand’s market competitiveness and customer recognition.

Through such practices and innovations, Mark’s is not just a retail store, but also a leader that demonstrates technological innovation and service excellence, setting a model for the future retail industry.