Over 150 Chinese companies are developing humanoid robots, but a Beijing official has warned that the rapidly growing industry risks forming a market bubble. Strong government support and robust supply chains are helping firms advance AI-powered robots for everyday tasks, yet overcapacity is a concern as production expands faster than actual demand, according to Goldman […]
China Warns Humanoid Robot Buzz could Spark a Bubble Read More »
Last week, Flexion Robotics AG announced it has secured $50 million in Series A funding. The company is developing a reinforcement learning and sim-to-real platform designed to enable humanoid robots to handle a wide range of forms and tasks. Bringing Generative AI to Robotics In recent years, generative AI has transformed how people code, analyze
Series A to Advance Sim-To-Real AI For Humanoid Robots Read More »
Soft robots excel at flexing and handling delicate objects, allowing them to navigate tight or fragile environments to grow coral larvae in labs or inspect chemical plant piping. Yet it is still difficult to achieve true embodied intelligence in these robots, where sensing, actuation, and power all function together without external tethering. Magnetic Fields Boost
Using Magnetic Fields, Soft Robots Can now Operate More Intelligently On Their Own Read More »
Beijing has recently become the site of an experiment merging technology, public engagement, and live AI testing. A humanoid robot is now assisting customers at an automated kiosk, eliciting a range of reactions. While its service remains slow and limited, the engineers are less focused on the customer experience than on the hidden capabilities being
The Most Peculiar Robot in Beijing may hold the Greatest Significance of the Decade Read More »
Moving into a new home often feels like tackling a massive, three-dimensional puzzle when packing the moving truck. Every item must fit perfectly, and any instability or imbalance can make it shift and damage itself during the move. Load Balancing: Humans vs. Robots Humans naturally balance objects—whether a tray of food or a stack of
Robots Can Handle Unsecured Loads Thanks To Tactile Sensors Read More »
Atlas, CU Denver’s robotic dog, navigated the crawlspace of the Anythink Nature Library construction site in Thornton last month, its lights flashing as it worked its way through narrow, dim corridors. At the entrance, Associate Professor Moatassem Abdallah and seven students analyzed Atlas’s 360° footage and sensor data to guide the project’s next phases. The
Automation and Smart, Data-Driven Tech are Transforming Construction’s Future Read More »
Neural tissue engineering aims to replicate the brain’s extracellular matrix, supporting neuron growth and connectivity. This environment is precisely organized and conveys signals that direct how cells behave and interact. 3D tissue-engineered models hold great promise for reproducing the brain’s complex structure and functions. Replicating the brain’s fine features in the lab remains difficult, as
A Fully Synthetic Model of The Human Brain Has Been Created for the First Time Read More »
Researchers at Sweden’s Karolinska Institutet have discovered a brain circuit that triggers repetitive, compulsive actions in mice—even when they have access to natural rewards like food or social interaction. The findings, published in Science Advances, could deepen understanding of conditions such as obsessive-compulsive disorder and addiction. Animals and humans alike can get locked into repetitive
A Brain Circuit Linked to Compulsive Behaviors Has Now Been Identified and Mapped Read More »
Paradromics, a U.S. BCI startup, is emerging as a key neural tech contender after FDA approval for a human trial of its speech-restoration implant for people with paralysis. The Austin-based company, with multiple FDA Breakthrough Device designations, received IDE approval for its Connexus BCI Connect-One Early Feasibility Study. It is the first company to obtain
A Speech-Restoring Brain Implant has Won FDA Approval for Human Trials Read More »
Wuji Tech has introduced a breakthrough in robotics: a highly agile robotic hand crafted for humanoid applications. The technology aims to broaden the capabilities of robots across multiple fields, from personal assistance to research and development. The project mimics human hand movements, enabling tasks from simple to highly precise. This development reflects the growing trend
Chinese Firm Unveils Highly Agile Life-sized Robotic Hand Read More »