Excited to share these early results in which we combine our harness with a VLA and a frontier model to resolve tasks without the latency and cost of relying on it completely. We have more in the works on this front, so follow @noumenal_labs and stay tuned!
LLMs can drive robot arms now. So why don’t you just ask Astra?
On the same task, same robot, the LLM alone needs ~120 calls and 22 minutes. π0.5 with our harness needs 3.5 calls and under 2 minutes. π0.5 alone fails.
A thread about what we have done @noumenal_labs
What a great day. Amazing companies building real robotics products for agriculture, sharing their experiences with the industry. We need more of this. @bernsteinres and @reservoirfarms are clearly onto something special here. Looking forward to next year!
6AM of Ruggedize. Quiet for another hour.
Soon the farm fills and ANYTHING in agriculture starts to feel possible. Resilience feels possible. Automation feels possible. Upskilling feels possible. Cutting the chemicals we put in the ground feels possible.
Thank you to our new community, and to the Reservoirians and partners who built this.
cc @westerngrowers@johndeere@reservoirfarms
imo if you're starting a robotics company and you're not taking a straight shot at either 1) owning the hardware or 2) owning the labor (or ofc owning both), you're pretty cooked from day 0
software-only dev tool type products: 1) solve mostly pretty menial, low-pri problems for companies actually trying to deploy hardware (but they sound cool!) 2) have a smaller addressable market today than the robotics hype train wants you to believe, and in practice you'll end up having to sell to more "old school" big manufacturers to get your business to work (which comes with it's own problems / unlikely to work from an ivory tower in SF)
@Trace_Cohen One likely downstream effect is that the pool of amazing serial founders that execute, exit and re-invest into the venture ecosystem will shrink, not grow, without a new class every few years. Many of them start with smaller upside companies.
Our friends @noumenal_labs strapped an XTR-0 to an agriculture bot and used it as the brains 😁
Not how I imagine how people would use the desktop form factor but very cool!
This is why we are creating Z1 m.2 sticks, which will be far more compact and 100k× more pbits than X0
Major update from us @extropic
Announcing Torx and Thermalizers, basically our version of PyTorch + kernels, but for Thermo hardware
Also: Z1 is now taped out and in fabrication! Will be available on 0.5M pbit sticks, and 4M pbit PCIe cards
+1 more thing at the end... enjoy!
This was fun little detour from a build out with @PHuembeli. To my knowledge, the first robot in the world with thermodynamic hardware in its control loop. Powered by @extropic.
@JasonrShuman Legs are useful in environments built around humans and that can’t change. Autonomous factories in the future won’t have this constraint, so wheels win in terms is speed, efficiency, stability and cost.
@JasonrShuman It’s a great strategy for getting your product out there doing real work and kicking off the virtuous cycle of data collection -> model improvement. Deployed robots are the internet of Physical AI.
@michellelsun Deployed robots == the internet for Physical AI. We believe the best pipelines will be fed with real-world data collected on deployed robots. We're building a deployment & data collection platform that powers our own robots today with broader community deployment later this year.
@zanehengsperger Love this and honestly, I don't believe upcoming generations will have a choice (including my kids). The white-collared bloat of the past 30+ years will systematically be erased by those who build.