Today #opensource dexterity became accessible to everyone! 🤯
just follow along the step-by-step assembly video and build your own 17 DOF orcahand v2 from our $1,700 BOM kit
This recent paper is super interesting...
Using ultrasound imaging to generate images of the entire in vivo human cross-section in the abdomen and thighs
Basically trying to do CT/MRI-like imaging but using ultrasound!
Ultrasound imaging is highly underrated :)
Strawberries? From Dyson?!
Yes, the same Dyson that reimagined the vacuum cleaner… is now reimagining farming. And it’s brilliant.
When I think of Dyson, I picture futuristic fans — not vertical farms.
But here we are.
The innovation?
Dyson has developed a high-tech vertical farming system that looks like something out of a sci-fi film:
🍓 Two Ferris-wheel-style rigs rotating trays of strawberries toward optimal light
🤖 Robots picking only the ripest fruit
🌱 UV light preventing mold
🔁 Recycled heat and CO₂ powering the entire system
📈 The result? 2.5x more strawberries per square meter.
This isn’t just farming. It’s systems engineering. Precision robotics. Design thinking applied to food production.
And in my opinion, it's a reminder that even the most traditional industries can be transformed - when automation, AI, and imagination come together.
So, what’s next?
Which “low-tech” industry do you believe is ready for a radical, high-tech reinvention?
#FutureOfFarming #AgriTech #Automation #Innovation #Robotics #AI #SmartSystems #DesignThinking
In a new Google DeepMind video, Hannah Fry threw a curveball into the scene: a squishy stress ball the model had never encountered.
Watch it adapt to the physics in real-time. This is what open-ended robotics looks like.
This story is wild
Chinese state-backed hackers hijacked Claude Code to run one of the first AI-orchestrated cyber-espionage
Using autonomous agents to infiltrate ~30 global companies, banks, manufacturers and government networks🤯
How the attack was carried out in 5 phases
study semiconductor manufacturing
not to build a fab.
not to get a job at TSMC.
but to witness how far the human mind has gone.
photolithography is pure magic disguised as engineering.
we’re literally etching patterns smaller than viruses; using light, mirrors, gases, plasma, and math.
machines that cost billions; all to place atoms exactly where we want them.
a chip isn’t just silicon.
it’s the story of precision, obsession, and human imagination pushed to its limit.
study how semiconductors are made; because it’s not just technology, it’s a love letter to what humans can do when they decide to understand everything.
Here’s a simple workflow I built for creating story-style videos like this.
You just ask it any question in any language, and it generates a 1-minute mini-documentary for you. You can clone the workflow and customize it however you like ⭐️