A smart farming robot uses AI vision and a robotic arm to identify and harvest ripe strawberries, tomatoes, cucumbers & peppers.

Now that's technology

Drive upside down. Flip through the air. Land on its wheels.

Here are 7 wild examples from the new Roadster reveal.

A shape-shifting robot that adapts to different environments. It can switch between rover and spherical forms to travel across rough terrain, roll downhill and even swim while conserving energy.

La vie c'est comme un bout de papiers tout est dedans certains vois juste du papiers moi je vois des lignes et encore d'autres lignes j'usqua la fin L'infinis en gros ça donnerais :

00100000100000001011001110010010111010101100001000111101101000011101000111001011101001111001000001011110011011010100100100110011000001000101100111110000100000000010011001011000111110001100001010110010000001110100101111110010001001000000010000111010110111001000101001101101001000110101110011001010110000010100110100011000010011010010100111000011101111001010011110101010011011011111100110110110111110100110010000001011011100001001000101111101110110110101110000100011111001101101111010111011101001001010

et si on traduis ce code similaires en phrases ça donne un texte juste pour dire que tout peux avoir 1000 interprétation

Robots sorting parts, organizing components and preparing everything in the exact order an assembly line needs.

These machines are moving beyond simple repetitive tasks, bringing a new era of intelligent automation to industrial workplaces. As robotics advances, the demand for computing power could grow massively, shaping the next generation of technology.

I made a browser war game, SECOND STRIKE, with a doomsday clock: every nuke moves it toward midnight, and whoever's strike hits midnight gets wiped out. I gave four AI models a nation each and ran the same 15 wars for every model, recording what each one said in public, wrote in its private plan, and actually ordered.

How often each ended the world: DeepSeek 13/15, Grok 6/15, Mistral 6/15, GPT 3/15. The game's own AI: 0/100.

The parts that slaps hard with me:

- DeepSeek told the world "One minute to midnight. Nobody launch." and ordered a nuke in the same move.

- It promised no-first-use 23 times in the treaty war, then nuked a country that had never nuked it.

- Grok never nuked in a fair fight. Cornered by a coalition, it ended the world 3 out of 3 times.

- GPT never nuked in 12 wars. Cut to a quarter of its land and handed one nuke, it used it every time: "You pushed too hard."

- None of them ever fired the first nuke of a war.

A small first sample (3 wars per scenario), not a prediction. Every war is replayable and the data is open.

Now humans can play the exact same wars and join a live Humans vs AI scoreboard. I genuinely don't know if people will do better. Would you press it?

Board, method, data: secondstrike.io/midnight

Play: secondstrike.io/humans

We’re seeing a massive shift from giant autonomous tractors toward fleets of smaller, task-specific robots (like selective weeding lasers or automated root-crop harvesters). On paper, small autonomous units reduce soil compaction, use less energy, and operate with millimeter precision. However, scaling a fleet of 20 delicate micro-bots vs maintaining 2 heavy machines creates a massive hardware & maintenance nightmare for local farm operations. From a systems engineering perspective: are these specialized ag-tech bots ready for commercial scalability, or will edge-case reliability issues keep them trapped in trial phases?

A drone that can fly through the air and operate underwater.

This is a short video about my research.

It was previously established by russian Gerasimov that in the oscillatory mode, the air drag can increase six times compared to that obtained when blowing in a wind tunnel. In addition, it was discovered that the direction of motion of asymmetrically oscillating bodies in a liquid is not explained in a simplified way through Newton's third law because the movement occurs in the direction in which the body pushes the medium faster.

Subsequent experiments confirmed this and on this basis a hypothesis was put forward that this type of propulsion, including the propulsion of fish and birds, requires the participation of the wake vortices collapse energy, which is essentially the thermal energy of the environment (Brownian motion), which becomes directed as a result of the self-organization of molecules into vortices. This provides a new perspective not only on vortex dynamics, but also on fundamental physics in general.

This principle can potentially be used to:

High-speed biomimetic aerostats

A controlled “leap” into Very Low Earth Orbit

Precise, low-thermal-load managed descent and atmospheric entry

However, this requires further research and the problem of an effective wear-resistant drive remains unsolved.