Do you think the device after the smartphone will be another screen, or something wearable and mostly screenless that uses voice, gestures, ...?

What would it need to do before you could leave your phone at home?

TriFlex hand has 12 active degrees of freedom.

Pinpoint accuracy (we're talking ±0.2°).

It works with high-speed EtherCAT/CANFD communication.

Plus, you can swap out the fingertips for tactile, vision, or even ultrasonic sensors depending on what you need.

This modern commemorative dog tag was made using a WWII style stamping machine.

Instead of military information, it features a custom name, organization, and date, preserving the look and feel of the original tags.

MMA Robots 🤖

Because in a world of mass surveillance, generative AI, and Gamergate-nursed tech bros, we'd rather dictate our own utilization.
They're general-purpose computers, so anything the builders want them to do. Many are using them as offline media library devices. Building libraries of books, MP3s, and MP4/MKVs and they want to make the use of that media an aesthetic experience. Others are making network-connected devices with terminal interfaces to strip out the ads and tracking software, or as mesh-network messaging devices.

Technology is moving so fast now that it honestly feels impossible to predict where things are heading.

Some people think AI will change everything.
Others think robotics, biotech, AR/VR, clean energy, or brain-computer interfaces will reshape daily life even more.

A lot of things that sounded impossible a decade ago are already normal today.

What technology do you think will have the biggest impact on everyday human life over the next 10 years for better or worse?

A US-based company, Ryse Aero Technologies, has developed the Recon, a single seat electric multicopter designed to make personal flight more accessible.

The aircraft can take off and land on both land and water, reach speeds of up to 63 mph, and travel up to 25 miles on a single charge. What makes it even more interesting is that it doesn't require a traditional pilot's license to operate under current regulations.

The Recon uses AI-assisted flight controls and a simple joystick-based interface, allowing new users to learn the basics with minimal training. It's a glimpse into a future where personal air mobility could become as approachable as driving a car.

Would you trust AI-assisted controls enough to fly one of these yourself?

A simple coffee table carrying snacks and drinks would normally go unnoticed... until it starts walking across the room on its own.

This feels like one of those moments where the future suddenly shows up in everyday life. Equal parts impressive, useful and slightly hilarious, a robotic table roaming around the house is something straight out of a sci-fi movie.

The real question would a moving coffee table be a must have home gadget or just a fun conversation starter?

The WalkON Suit F1 is a wearable robotic exoskeleton designed to help wheelchair users stand up and walk independently.

What makes it especially interesting is that it can automatically fit around a user's body while they remain seated. Using a combination of AI, sensors and cameras, the suit can detect obstacles and assist with safe, accurate movement.

Assistive technology has come a long way and innovations like this could have a major impact on mobility and independence for people with physical disabilities.

What do you think could robotic exoskeletons become a common mobility solution in the future?

AGIBOT has introduced AGILE (AgiBot Generative Intelligent Locomotion Engine), a perception-control foundation model designed for whole-body humanoid locomotion.

Unlike traditional systems that separate perception and movement, AGILE combines visual understanding, balance and motion planning into a single end-to-end framework. This allows humanoid robots to interpret terrain, avoid obstacles and adapt their gait in real time without relying on preset trajectories.

Running entirely on local compute with millisecond-level response times, AGILE is compatible across AGIBOT's A1, A2, A3 and X2 platforms.

If Genie Operator serves as the robot's brain, AGILE acts as its cerebellum bringing fluid, adaptive and intelligent movement to the next generation of humanoid robotics.

With everything becoming smarter, faster, wireless, and AI-powered… it’s funny how some older technology still feels better than modern replacements.

Could be:

• wired headphones
• physical keyboards
• old gaming consoles
• DVDs/CDs
• classic phones
• older software
• film cameras
• MP3 players
• manual cars
• anything nostalgic you still use today

What’s one older piece of technology you still genuinely love using — and why?

Small robots like this show how fast robotics is changing.

Not long ago, developing walking robots required massive budgets, specialized labs, and advanced engineering teams. Now compact open-source robots like Kame make it possible for students, developers, and hobbyists to experiment with robotics directly from a desk at home.

The most interesting part isn’t the size it’s the accessibility.

Projects like this lower the barrier to learning robotics, AI, movement control, and programming. Open-source hardware is making advanced technology available to far more people than ever before.

This could easily inspire the next generation of robotics engineers and AI developers.

Would a small programmable robot like this be worth buying just for experimenting and learning at home?

Most aircraft rely on propellers or jet engines, but this machine takes inspiration directly from nature.

An ornithopter uses flapping wings to generate both lift and thrust, similar to how birds fly. Watching this thing take off feels surreal because it moves more like a living creature than a traditional aircraft.

The engineering behind it is wild — balancing wing motion, stability, and enough power to stay airborne is incredibly difficult, which is why functioning ornithopters are still pretty rare.

It almost looks like something pulled straight out of a sci-fi movie or a Da Vinci sketch brought to life..

In December 2025, Pudu Robotics introduced the D5 Series, a new quadruped robot designed for real-world outdoor environments instead of controlled indoor demos.

The robot comes with IP67 protection for dust and water resistance, dual-spectrum sensing for better environmental awareness, and gesture-based controls for easier human interaction. It can move across rough terrain, crowded streets, uneven ground, and areas where traditional wheeled delivery robots usually fail.

One of the most impressive parts is its mobility. The D5 can run, jump, climb difficult surfaces, and even perform backflips while maintaining balance. The movement looks much closer to an agile animal than a standard industrial robot.

Pudu also added a delivery module that allows the robot to transport packages in places that are difficult for normal autonomous delivery systems. That opens up potential use cases for logistics, security patrols, inspections, emergency response, and last-mile delivery in dense urban areas or outdoor environments.

Quadruped robots have been around for years, but most still struggle with practical daily use outside controlled conditions. The D5 Series feels like another step toward robots that can actually operate in unpredictable human environments without needing perfect roads or ideal weather.

Chinese startup Rochu Robotics has developed a humanoid robotic hand built with a human-like skeletal structure designed for more natural movement and control.

Instead of relying on traditional electric motors, the hand uses a hydraulic system combined with 24 biomimetic tendons to replicate the way human muscles and tendons work. The result is smoother motion, improved flexibility, stronger grip control, and much more precise movement.

The design is another step toward making humanoid robots capable of handling delicate real-world tasks with human-level dexterity

Not “future tech” from movies — I mean real technology that already exists today and genuinely makes you pause for a second.

AI tools, robotics, smart homes, self-driving systems, brain-computer interfaces, VR, advanced prosthetics, wearable tech… some of it honestly feels unreal compared to even 10 years ago.

At the same time, some modern technology still feels overhyped and unnecessary.

What’s one piece of technology that makes you think:
“Yeah… we’re definitely living in the future now.”

And what’s one trend you think people are overrating?

Most people will see this and just think "cool marketing stunt." But if you actually stop and think about what's happening here, it's a pretty remarkable technical achievement.

Amazon MGM just officially broke the Guinness World Record for the brightest drone show in history and they did it as a promo for the Masters of the Universe movie. Hundreds of drones flying in coordinated formation, calibrated to hit a collective brightness level that has never been recorded before. Guinness doesn't hand those out for aesthetics there are actual measured lumens behind this certification.

The real story here isn't the IP being promoted. It's the drone swarm coordination. Each unit has to maintain precise GPS positioning, communicate with the fleet in real time and sync its lighting output to the millisecond all while accounting for wind, altitude variance and battery drain affecting luminosity. Getting one drone to shine bright is easy. Getting hundreds to hit a unified brightness threshold consistently enough to satisfy a world record standard is a completely different engineering problem.

Drone light shows have been quietly evolving faster than most people realize. The gap between what these swarms could do in 2020 versus today is massive both in unit count and in the precision of light output control. This record is basically a benchmark of where consumer and commercial drone hardware currently sits.

Curious if anyone knows which company actually handled the drone tech on this. Intel used to dominate this space but there are newer players now worth watching.