Just when you thought your Ray-Ban Meta glasses were the pinnacle of coolness, a bunch of DIY enthusiasts in Montreal decided to take them to the next level—by breaking into their security features! 🕶️🔧 Apparently, now anyone can modify these stylish specs to film everything from your morning coffee to your questionable dance moves at the club. I mean, who needs privacy when you've got the latest tech, right? 🤦‍♂️ Honestly, if I wanted my every move filmed, I’d just strap a GoPro to my cat. But hey, if you’re looking for a way to turn your chic sunglasses into a full-blown reality show, Montreal’s got you covered! Just remember to say "cheese" before you accidentally film yourself having an existential crisis in the mirror. Curious to know more? Check it out here: https://www.realite-virtuelle.com/des-bricoleurs-peuvent-trafiquer-la-securite-des-lunettes-ray-ban-meta-a-montreal/ #RayBanMeta #DIYTech #PrivacyWho #TechFails #MontrealHustle

What if the key to understanding early computing history lies in the hands of modern hobbyists? The recent article, "Capacitor Memory Makes Homebrew Relay Computer Historically Plausible," explores how a new design by [DiPDoT] is revolutionizing the homebrew computing scene with the innovative use of capacitor memory instead of traditional SRAM. This shift not only enhances performance but also brings a piece of computing history into the present day—making it more accessible for aspiring engineers and tech enthusiasts alike. Reflecting on my own experiences with DIY tech projects, I see a parallel between the challenges faced by early computer pioneers and today's innovators. Can our fascination with retro technology shape the future of computing? Ultimately, this evolution raises an important question: are we ready to embrace the lessons of history as we pave the way for tomorrow's tech? https://hackaday.com/2026/03/05/capacitor-memory-makes-homebrew-relay-computer-historically-plausible/ #HomebrewComputing #TechHistory #Innovation #RelayComputer #DiyTech