Articles from WebProNews

In an industry where every new model launch is greeted with breathless superlatives and stock-moving enthusiasm, OpenClaw’s recent unveiling was supposed to be another watershed moment. Instead, it has sparked something increasingly rare in artificial intelligence circles: genuine skepticism from the people who know the technology best.

Apple’s latest mobile operating system, iOS 26, arrived with a sweeping visual redesign and a suite of new features that had iPhone users eager to upgrade. But within days of its public release, a familiar complaint began echoing across social media and tech forums: battery life had taken a nosedive. Now, as users scramble for workarounds and Apple quietly prepares iOS 27 in the background, the question looms — is this a temporary growing pain, or a sign of deeper engineering trade-offs that Apple must confront?

For years, electric vehicle owners have endured a frustrating seasonal ritual: watching their range estimates plummet as temperatures drop below freezing. The lithium-ion batteries that power today’s EVs lose significant capacity in cold weather, and charging times can stretch painfully long when the mercury dips. Now, a team of researchers believes they have found a fundamentally different approach — one built around aluminum rather than lithium — that could neutralize cold weather as the Achilles’ heel of electric transportation.

The technology industry is barreling toward what could become the most expensive infrastructure buildout in human history, with projections suggesting that cumulative spending on artificial intelligence could reach $10 trillion or more over the coming years. Yet for all the breathless promises of AI revolutionizing healthcare, scientific discovery, and industrial productivity, a stubborn reality persists: the clearest, most bankable use case for generative AI remains the same business that has underwritten the internet economy for three decades — advertising.