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This robot has smoother moves than me… A few years ago even ''animating'' realistic human movement was a challenge. Now, we have real-life robots dancing with perfect fluidity. This is Adam, a humanoid robot from PNDbotics. Built with high-torque PSA QDD actuators and powered by the PND-Network, it controls every joint in real-time, allowing it to perform complex choreography with shocking precision. What’s next? Follow Endrit Restelica for more tech stuff.

In 1986, Honda started developing a humanoid robot that could walk, think, and someday live alongside us. By 2000, ASIMO was unveiled to the world... That was 25 years ago. A symbol of innovation, optimism and what the future could look like. In 2018, the project was quietly retired... But in 2025, it’s making a comeback, this time as the name behind Honda’s new vehicle operating system: ASIMO OS. They’re calling it the “soul” of their next-generation EVs. ASIMO walked so others could run Follow Endrit Restelica for more tech stuff.

Yes, this video is 100% AI-generated. How long before AI videos are completely indistinguishable from reality? A few years? Months? Weeks? Or is this already happening? We talk a lot about AI influencers, deepfakes, scams, and manipulation. The fact is that someone can already take your photos, clone your voice, and create a video of you saying or doing anything. But there’s one massive problem that not enough people are talking about: AI-generated adult content. The problem is real people losing themselves. Think about it. AI can manufacture the perfect content to feed your desires. Hyper-personalized, tailored to every weakness. Whether it’s fake relationships, AI-generated adult content, or hyper-realistic escapism. What happens when entire generations get hooked on content that makes reality feel boring? When AI creates the perfect "partner", the perfect stimulation on demand, the perfect escape? We already see it with social media, but AI takes it to a whole new level. The video is a test of a Stable Diffusion LoRA model, generated using Kling AI by reddit user MikirahMuse. Follow me Endrit Restelica to stay up to date with AI.

''Vibe coding'' is the new trend taking over the tech world. In the next 3-6 months, AI will be writing 90% of the code. And in 12 months? Maybe all of it... that's what CEO of Anthropic Dario Amodei is saying. We used to talk about AI’s impact being years away, but now we’re talking months. At this pace, we’ll soon struggle to keep up. As AI takes over the technical side of coding, the new role for humans will be less about writing the code and more about knowing what to ask AI. Simply guiding it, tweaking it, and leveraging it for what you need. This is the shift towards ''vibe coding'' where AI does the ''boring stuff'' and we focus on the creative and strategic aspects. At this point, we’ll all just be vibing around. Follow Endrit Restelica to stay up to date with AI.

That’s not a real person talking. It’s AI. This is the closest we’ve been to ''Her''. Emotionally alive. It laughs, pauses, even sighs like a human. And if you talk to it long enough you start to forget this isn’t a real person. What happens when talking to an AI feels ''better'' than talking to a real person? More ''patient''. More ''interesting''. Always there. Do we build deeper connections? Do we get obsessed? Addicted? What do you think? Follow Endrit Restelica for more tech stuff.

They broke free… What would you think if you suddenly saw a robot jogging past you like this? Because we’re not far off from that reality. This isn’t CGI. This is the Unitree G1, it's real and it’s already outside, walking, running, falling, and getting back up... Soon, this will be normal. They'll be helping us, walking beside us, becoming part of everyday life at home, in public, and maybe even… jogging past you on your morning run. The future is here. Follow me Endrit Restelica to stay up to date with tech.

They'll never forget this... How do robots learn? From us, through reinforced learning. Laugh now, but when robots start pushing us around in 10 years, just remember we started it first. 😅 I'm joking obviously, but the way it got back up is kinda creepy, not gonna lie. On a serious note, robots learn exactly like humans do through trial, error, and repeated experiences. Follow Endrit Restelica for more tech stuff.

This 17 year old used AI to build a mind-controlled prosthetic for just $300. - A device that normally costs $450,000!!! Let that sink in for a moment... How is it that a high school student just built something that costs 1,500 times less than industry alternatives? What does that say about the system? About innovation? About who actually gets access to life changing technology? Benjamin Choi is just 17 years old. Using tiny electrodes on the forehead, his AI-driven prosthetic picks up brain activity and translates it into movement... and it doesn’t even require surgery or brain implants. He trained the AI on thousands of brainwave data points, wrote 23,000+ lines of code, and studied nearly 900 pages of calculus to make this happen. And it works! Yet, similar prosthetics cost around $450K. Why? Of course, high-end prosthetics are expensive for valid reasons: materials, research, clinical testing, regulatory approval, and customization for individual patients. Those costs aren’t just random numbers. But does that fully justify the price? How much of it is necessary cost, and how much is just the way the system works? This proves that low-cost, effective alternatives are possible if we rethink how we approach accessibility. If a teenager can match the performance of top-tier prosthetics for a fraction of the cost, why aren’t these solutions available to those who need them most? We can build the most incredible technology in the world, but if it's not accessible and affordable, have we really accomplished anything?

RIP Hollywood. “AI-generated content will never replace real stuff.” Cool. But who’s filming the real stuff now? Robots 😂 Boston Dynamics’ Atlas just stepped behind the camera. WPP, Canon, NVIDIA, they all teamed up to let this humanoid film ads like a pro. Yes, no more backflips.. he’s got a real job now. But do we really need a humanoid robot for this? We’ve already got robotic arms and drones. They’re precise, cheaper, and proven. So why use a walking robot? They say Atlas can handle 20kg gear, hold weird positions, repeat complex shots, and adapt on the fly. Flexible. Trainable... Still… I’m not convinced. But one thing’s clear: robots and AI are creeping into every job and we honestly have no idea what the future will look like. Follow me Endrit Restelica for more tech stuff.

This is not CGI - this is a real robot. As 'Blue' walked onto the GTC stage today, NVIDIA announced Newton, an open-source physics engine developed in collaboration with Disney and Google DeepMind. Newton is built to train robots in ultra-realistic simulations, making them smarter, faster, and more adaptable to the real world. Watching this it's clear we're entering an entirely new era in robotics. How soon until robots like Blue walk into our daily lives? Follow me Endrit Restelica for more tech stuff.

For years, we’ve been obsessed with bringing the past back to life. It started with old, damaged photos, scratched, faded, and torn. We tried to restore them manually, filling in the missing details by hand. Then, we went a step further colorizing black-and-white photos, turning history into something more vivid and real. But video? That was always the hardest challenge. Blurry, low-resolution clips from decades ago felt trapped in time... until now. AI is finally unlocking the past in a way we’ve never seen before. Project Starlight by Topaz Labs takes old, degraded footage and restores it in stunning HD with AI-driven diffusion models. It smooths out distortion, sharpens lost details, and enhances clarity. What's next? Turning these into 3D. And after that…? Maybe soon we won’t just watch history. We’ll step inside it. Follow me Endrit Restelica for more tech stuff.

China's new quantum computer is 1 million times faster than Google’s latest quantum processor, Willow. Zuchongzhi-3, developed by Chinese researchers, has 105 qubits and has shown insane speed in specific tasks, solving problems that would take classical supercomputers billions of years. Meanwhile, Google’s Willow, also a 105-qubit superconducting processor, focuses on improving error correction which makes it slower now but more reliable for large-scale quantum computing in the future. Microsoft has also recently announced Majorana 1, but it’s playing a completely different game. Instead of superconducting qubits like Google and China, Majorana 1 uses topological qubits, designed to be way more stable. Right now, it only has 8 qubits, but if Microsoft pulls this off, it could scale to millions with far fewer errors than traditional quantum chips. They’re all playing a different game, but one thing’s for sure - quantum computing will change everything we know and could accelerate progress at speeds we’ve never seen in history. Follow me Endrit Restelica for more tech stuff.

Nio ET9 vs BMW vs Audi? In this test, the Nio ET9 really shows off its advanced suspension system thanks to its AI-powered tech that adapts in real-time to the road. AI isn’t just for self-driving anymore, it’s transforming how we drive and interact with cars. The future of every industry isn’t just building better physical parts but combining hardware with smart software to create more efficient products. Follow Endrit Restelica for more tech stuff.