@be_arsh ๐ฏ we were just talking about that this week. I have an open source, https://t.co/Z0u1gD0kgj, I think could be a fit. Planning to play with that next week.
We built a new type of datacenter for AI inference. We call it NanoDC.
NanoDC is a solar-powered autonomous datacenter that can be deployed anywhere on the planet in 4 weeks.
11 Trillion will be invested in AI compute over the next 4 years. Most of this will be for inference and most of it will be severely delayed: stuck in grid interconnect queues, site permits, or supply chain issues. NanoDC sidesteps these issues completely.
NanoDC is built rapidly at a factory and shipped to the site ready to be turned on in 30 minutes. It generates its own power with solar and batteries. You open the door and the solar panels fold-out like an accordion. The compute is cooled with patent-pending high-density air cooling. It connects to the internet via Starlink.
No construction. No grid interconnect. No Water supply.
It never waits for transformers and turbine generators either.
Getting more compute is as easy as dropping more units and turning them on.
The first units will be live this month. Thousands will be shipping starting 2027.
Sunlight in. Tokens out.
Very interested in making Puck feel more like an employee in Slack.
Instead of โmy puckโ being the target when I @Amp, Iโd love for it to be โour puckโ or just โpuckโ the omniscient teammate.
Service accounts seem key, with a sense of awareness on channel context and relationship to spaces and roles/access/connectors. And memory. Tough design problem for sure, but unlocks Slack + Amp in a whole new way.
We unboxed MacBooks in a datacenter and got 27.5M views, plus over 1K comments and questions about it.
So this post covers what we learned running Macs at any scale: how we designed custom MacBook racks, virtualize macOS with Apple's Virtualization framework, and distribute huge VM images across our fleet.
I spun up 100 Namespace Devboxes, each running as an independent musician with its own instrument and starting tempo, using Strudel's audio engine, Superdough.
All 100 ran in parallel, exchanging beats over the network and adjusting their timing using a rule inspired by the Kuramoto model of coupled oscillators.
After 139 seconds, they found a common beat.