Yep, and we think the most exciting frontier is the site intelligence layer orchestrating AI agents, humanoids, AMR’s, IoT, and humans as coordinated participants in shared physical sites. It demands seamless communication and verifiable receipts to ensure safe, accountable collaboration across the digital-physical divide.
Three exponential curves are driving robotics forward:
- AI getting better
- Chips and compute getting cheaper and more powerful
- Robot hardware and dexterity getting better
Any one of these trends would be significant. What about all three trends at the same time?
This was 6.16.
We unveiled FX Navi — our foundational EAI learning robot for the home, available now — alongside the All-New Futurist and our EAI robot education ecosystem. One brain, multiple forms, built around how families learn and live.
But this is only the first half.
Next stop: Chicago, 6.22 — where we'll launch the All-New Futurist and our new Mobile Manipulator. The second half begins.
Learn more at: https://t.co/loTnXdaSGe
#FFEAI #EmbodiedAI #Robotics #Futurist #FXNavi
Heat your water. Get paid.
Superheat H1C Founding Batch pre-orders are officially open.
🇺🇸🇨🇦 US & Canada.
Deliveries begin October 2026.
$199 to reserve your spot.
Pre-order now:
https://t.co/xGl4HGje2K
Today Sanctuary AI has unveiled an expanded Physical AI strategy, backed by a landmark demonstration on a complex industrial task.
The result? 99.5%+ success rate at a cycle time of 2.54 seconds.
Our hardware-agnostic approach expedites industrial adoption of Physical AI, while building the foundation that will support the next generation of intelligent robotic systems.
Are you ready to Automate What’s Next?
🔗News release: https://t.co/vxez3P0hXW
#SanctuaryAI #Robotics #PhysicalAI #Automation #IndustrialRobots
- Nils visited a 150-robot data factory in China and saw new egocentric capture hardware that drops data collection costs 20-50x
- Hardware ships in September and we plan to distribute to clients
- This will accelerate timeline on manipulation tasks
- Realman and Cactus updates
i'm 100% convinced this is the future of espionage
china's national university of defense technology just built a drone the size of a real mosquito
packed into that tiny body are a micro camera, a microphone, and sensors that can pick up images, sound, and even electronic signals
the wings flap like an insect instead of spinning like a normal drone propeller, so it stays nearly silent and moves like something alive
you fly it from your phone over bluetooth
it's under 0.3 grams, about 2cm long, with three legs as thin as a human hair
so it's basically a flying bug that can sit on a windowsill and record the whole room.
you'd swat it on reflex. the idea that it's recording you never crosses your mind
the use-cases here are infinite:
> surveillance that walks past every metal detector and camera because it reads as an insect
> tapping a room nobody would ever think to sweep for bugs
> battlefield recon where a soldier sends one ahead to map a building before anyone steps inside
the catch right now is power.
even with the best batteries it flies for maybe 1-3 minutes, it's fragile in wind, and it can only carry the most basic sensors.
it's also still a lab prototype
but this is the worst this tech will ever be
the moment battery density catches up, you won't be able to trust a mosquito in your room again
Robotics basics straight from Stanford! 😮💨
This free from @Stanford University is a great starting point to kinematics, dynamics, control, motion planning, trajectory generation, and design.
There is no better way to get into robotics than through a legend like Oussama Khatib from Stanford Robotics Center.
Oussama Khatib is one of robotics' founding legends. He was reseaching human-centered robotics when the field was still obsessed with industrial cages and safety barriers.
His work on haptic feedback and dynamic control made robots safe to work alongside humans.
16 lectures grounded in the actual mathematics robots need to move safely and work with people.
That's what you can find inside:
→ Spatial transformations
→ Forward & inverse kinematics
→ Jacobians, velocity propagation, and singularities
→ Trajectory generation
→ Motion planning
→ Newton-Euler and Lagrangian methods
→ Manipulation, and compliance,
→ Applications in vision-based robotics and whole-body control
Access it here for free and recommend to your robotics buddy: https://t.co/x3cG0eQHdZ
~~
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