A difference in company philosophy:
@neuralink: put wires on brain.
@CorticalLabs: grow brain on wires.
Cortical Labs just completely changed my dreams and nightmares.
Here it is in Hon Weng’s hotel room. He is showing this off tomorrow at a brain conference in San Francisco.
You get a sneak peak tonight.
We've built a simulated driving agent that we trained on 1.6 billion km of driving with no human data.
It is SOTA on every planning benchmark we tried.
In self-play, it goes 20 years between collisions.
Tomorrow we're finally unveiling our company, it's what I've wanted to build since I was 9.
Until then, here's a thread of my favorite tweets from the premiere/movie today — for memories :)
"Robotics companies now are where LLM companies were five years ago. Sometimes in the next five years we will see the ChatGPT moment for robots." —@bobmcgrewai
This is a brilliant chart of China's tech-industrial ecosystems, by Kyle Chan.
Most of us economists don't understand that clusters of technological capabilities cut across our categories of 'sectors' and 'industries'.
This chart gets that across in a fantastic way.
@chris_j_paxton agree its awesome. Its just how capital expectations have been conditioned by the speed and ease with which information startups scale. Bit seems to be more lucrative than It.
Still deciding where to place the robot camera? 🤔
Why not everywhere?! 👀
Meet RoboPanoptes – the All-Seeing Robot with Whole-Body Dexterity! 🤖✨
With 21 cameras 📷distributed across its body, RoboPanoptes sees and operates from every angle.
And yes, its name is inspired by Argos Panoptes, the many-eyed giant of Greek mythology! 👁️ 😉
IMHO, the problem with all the various "LLM Agents" writeups/tutorials floating about is that they all think agency can be defined in a hand-wavy fashion without the nitty gritty of actions, state, environment, models, planning, execution etc. Unfortunately it doesn't quite work.
over the coming decades - humanoid robots are going to age in reverse.
they’re like frail geriatrics today - but over time should become nimbler and faster.
respectfully disagree - I think we're confusing capability with robustness. This makes for impressive demos but doesn't solve for product.
Current VLM approaches can show great generalisation - but robotics is a problem of robustness/ high 9s reliability, done using low latency, high efficiency compute.
And unlike software agents - you cannot "human in the loop" robotics to the same extent to backstop false positives.