🚨 Every revolution starts with a wild idea. We built a Robotics Gym, where anyone can train real robots powered by on-device AI. Welcome to the world’s first AI & Robotics Gym 👇

🚨 Most breakthroughs don’t start with consensus. They start with someone saying: “Stop working on the thing everyone else is obsessed with.” Yann LeCun recently said, “If you’re interested in human-level AI, don’t work on LLMs.” He’s not rejecting progress, he’s revealing the

🚨 Most breakthroughs don’t start with consensus. They start with someone saying: “Stop working on the thing everyone else is obsessed with.” Yann LeCun recently said, “If you’re interested in human-level AI, don’t work on LLMs.” He’s not rejecting progress, he’s revealing the

⚡ Want to see how developers are already training Physical AI? Join the movement → https://t.co/PnaHrR4xif #PhysicalAI #GetSoloTech #OwnYourAI

🚨 NVIDIA CEO Jensen Huang says we’ve entered the era of Physical AI Where robots learn physics, friction, and object permanence like kids or pets. Machines that don’t just “think.” They move, balance, and understand the world like we do. This shift changes everything, from

The future doesn’t always walk sometimes, it sways. Follow @GetSoloTech for more real-world breakthroughs shaping the future.

5/ Its inspiration comes from the wild: → Cheetahs, whose tails steer them mid-sprint → Seahorses, whose posture defies their fragility Nature’s mechanics distilled into wearable grace.

4/ Where balance becomes an engineering language written in motion. → The goal isn’t spectacle. It’s stability. → Originally built to help the elderly walk safely, Arque could one day assist warehouse workers, soldiers, even rescue teams, anyone who must move with certainty

3/ Its design reads like poetry in motion: → Driven by artificial muscles and pneumatic pressure → Swings in eight directions, mimicking natural equilibrium → Acts as a pendulum, stabilizing every subtle shift in motion A system that doesn’t just imitate life it feels alive.

2/ Created by scientists at Keio University, Arque is a biomechanical tail that gives humans the kind of balance evolution reserved for animals. → A fusion of anatomy and engineering nature’s precision, re-engineered. Arque is still experimental a whisper from the future. But

🚨Just found something straight out of sci-fi reality A biomechanical tail that gives humans animal-like balance. Meet Arque, where nature meets engineering 👇

What's the one job you'd never trust to a robot like this? Let me know! Follow @GetSoloTech for more real-world breakthroughs shaping the future. #GetSoloTech #OwnYourAI #futureofwork #LLM #AIfamily

Our new AI & Robotics Gym lets anyone deploy and train Physical AI systems: Real robots, Real data, Real physics. If you want to experience it first-hand, join the waitlist for the world’s first AI & Robotics Gym powered by Solo Tech

3/From what we can see, these robots aren't just for show. • The discussion in the background references integrating them as a "carrier" for large language models (LLMs). • Imagine an AI as smart as the most advanced chatbot, but in a body this realistic. • The potential

2/ A closer look at the advanced humanoid robots in the video reveals some mind-blowing progress: → Hyper-Realistic Skin: The attention to detail on the faces makes them incredibly lifelike. → Modular Design: The exposed metallic bodies suggest an advanced, easily serviceable

🚨 Meet the AI Robot Family They laugh. They blink. They talk and they look so real… it’s unsettling. The line between human and machine isn’t blurring anymore — it’s gone.

🚨 Japan just built a $3M real-life mecha. It transforms. Walks. Drives and was inspired by a dinosaur. ARCHAX isn’t CGI, it’s a 3.5-ton robot straight out of anime 👇

The craftsmanship here puts even high-end machines to shame a balance of power, precision, and art. Follow @GetSoloTech for more stories where engineering meets imagination and tomorrow’s robots step out of the screen into reality.

5/ ARCHAX isn’t just entertainment. It’s Japan’s mechanical dream made tangible where anime, robotics, and purpose collide. Every servo and piston whispers one thing: fiction was just the blueprint.

4/ Only five units are planned, each taking 12–18 months to build. But this isn’t a collector’s toy it’s a prototype of possibility. The creators imagine future uses in disaster relief and even space exploration.

3/ Inside, there’s a cockpit built into the chest, where pilots use joysticks and live camera feeds to navigate. Screens surround them like a command pod a blend of engineering discipline and sci-fi immersion.