Latest articles on AI, technology, and software development.
Three years ago, humanoid robots existed primarily as demo videos — carefully choreographed clips designed to generate headlines and investor interest. Today, Figure 02 is working a BMW production line in South Carolina, Tesla Optimus is doing warehouse sorting at Tesla facilities, and 1X's Neo is handling logistics at multiple commercial sites.
After years of pilots and promises, drone delivery has crossed into genuine commercial operations — Amazon Prime Air, Google Wing, and Zipline together logged millions of deliveries in 2025, and the economics, battery tech, and regulatory frameworks that finally made it work are all worth understanding.
Construction is the world's second-largest industry and one of the least automated. Labor costs have risen sharply, skilled tradespeople are in short supply, and projects routinely run over budget and schedule. Robots built specifically for construction tasks — floor marking, rebar tying, autonomous excavation — are now moving from year-long pilots to routine deployment. Here is an honest look at what is actually working.
Sending humans to inspect bridges, transmission lines, and wind turbines is expensive, slow, and dangerous. A new generation of autonomous inspection drones is changing how critical infrastructure gets assessed — and the business case is getting hard to argue with.
For 60 years, industrial robots were too expensive and too complex for most manufacturers. Collaborative robots changed that. Here's what cobots are, what they cost, where they work — and what the payback period actually looks like.
Autonomous mobile robots have moved from pilot projects to the operational backbone of major fulfillment centers. In 2026, more than 4 million AMRs are deployed globally, running real-time logistics at companies from Amazon to regional grocery chains. The technology works — but the deployment realities, ROI timelines, and workforce effects are more complicated than the vendor pitch suggests.
Wing, Zipline, and Amazon Prime Air are running tens of thousands of deliveries per month in approved areas. The technology works. The FAA, infrastructure requirements, and economics are the constraints that will determine how fast the category scales.
Autonomous mobile robots have moved well beyond proof-of-concept: major 3PLs, retailers, and e-commerce operators are running fleets of hundreds today. We break down how the technology works, what the leading platforms can reliably do, what they still can't, and what the economics look like for a warehouse operator making the call in 2026.
Chronic labor shortages, aging farming populations, and rising input costs are accelerating robotics adoption in agriculture. The first wave of field robots is already working — on weeding, spraying, and harvesting jobs where the economics of automation have decisively tipped.
Intuitive Surgical's da Vinci 5, Stryker's Mako, and a new wave of AI-equipped surgical systems are changing what surgeons can do — and raising questions that existing oversight frameworks weren't built to handle: when an AI recommends during surgery, who's responsible for the outcome?
Automated fulfillment is no longer a pilot program — it's the operational backbone of modern e-commerce. But between the hype and the headlines, the real story is messier, more interesting, and further from science fiction than most coverage admits.
The demos are spectacular. The funding numbers are extraordinary — over $23 billion into robotics startups in 2026 alone. But behind the headlines, a more grounded reality: a handful of robots doing narrow, well-defined tasks in a few dozen real facilities, with uptime constraints, significant cost-per-hour economics, and a gap between controlled-environment performance and the physical unpredictability of the real world.