If you're looking for a Micro:bit robot suitable for STEM education and programming beginners, but also something more than just "making a car run," then the Last:bit Tracked Robot Car is worth checking out.
Why the augmented future is not a damnation story. For generations, every story about technology touching the human body ended in damnation. But the first real cyborgs didn't crawl out of a nightmare: they walked out of hospitals. The founding article of CyborgsLife, my new observatory of hu…
A complete introductory guide to 2026
A robot did not change last week. The paperwork did. Same actuators, same code, and a machine that shipped without a second thought in June needs permission to exist in August. First the chips, then the frontier models, now the robots: the map is being redrawn faster than the technology matures.…
AI is advancing fast, and robotics is reaping the rewards. By 2026, AI robots are smarter, faster, and more capable—understanding speech, recognizing objects, interacting naturally, and making decisions on their own.Let me see how to choose the right one?
As robotics education and AI research evolve, developers and makers seek platforms balancing performance, flexibility, and scalability. Based on 2025 adoption trends, these Yahboom robotics kits are positioned to play a key role heading into 2026
With the development of edge AI, robotics, visual recognition, and AI large model inference, more and more developers are starting to explore the NVIDIA Jetson series of development boards. But how should you choose Jetson Nano, Orin Nano, Orin NX, AGX Orin, or AGX Thor?
A purpose-built enclosure designed for the Orin Nano SUPER and Orin NX SUPER.
As AI moves from the cloud to real-world devices, the demand for powerful edge computing platforms continues to grow.The NVIDIA Jetson AGX Orin Developer Kit (64GB) is designed to meet this need, delivering 275 TOPS of AI performance in a compact, energy-efficient system.
As we move through 2026, the definition of Edge AI has undergone a radical shift. We are no longer satisfied with simple object recognition; we now demand real-time reasoning capabilities at the edge. For developers and enterprises alike, choosing hardware that crosses the "Golden Benchmark…
They seem to be everywhere online: very realistic human-like, human-scale robots with smooth surfaces, proper proportions, fast and natural movement, able to do almost anything a human can do. They seem friendly, make jokes, and often show off physical feats only gymnasts can do. Millions of hum…
Imagine a world where robots handle almost all labor, and as a result no one lives in poverty. This vision might sound like science fiction, yet it’s increasingly discussed by innovators and futurists alike. Visionaries like Isaac Asimov and Iain M. Banks have painted pictures of a society…
Nonprofits and charities struggle with limited staffing, heavy administrative tasks, decreasing donor engagement, and more. Here's how robots are stepping in to help.
This article explores the impact of human-robot collaboration on workplace safety standards, focusing on the rise of collaborative robots (cobots) supported by artificial intelligence. As cobots become more prevalent in various industries, businesses and regulators must adjust risk assessments a…
"RoboSapiens" represents a society where humans and AI-enhanced robots are increasingly intertwined. The article highlights the potential of robotics and AI to revolutionize various aspects of life, including education, healthcare, and environmental management. However, it also emphasi…
The future of robotics may not include printed circuit boards, metal frames and microchips, but instead, the term “robot” may need to be adapted to include semi-living biological creations which are not manufactured on a production line, but instead grown and evolved in labs and incu…
