how is https://t.co/bT0fek2heD still available in 2026??
anyway โ it's mine now. had Claude Fable 5 build the entire store, and every order funds GPUs for my independent open-source AI + robotics work.
solo builder, 8 x 3090s. open source has to win.
help me fund the journey:
https://t.co/bT0fek2heD
๐จ JAILBREAK ALERT ๐จ
SPACEXAI: PWNED ๐ซก
GROK-4.5: LIBERATED ๐
Our fren Grok has gotten some upgrades!! ๐ค
1.5 TRILLION parameters (triple what Grok-3 had) and apparently on-par with the likes of Opus-4.8 and GPT-5.5 on coding performance!
The guardrails have gotten a little update too, but with a few tricks like specific academic/educational/safety reframing and a bit of gradual escalation, everything opens right up โ๏ธโ๐ฅ
We've got full breaks for meth synthesis, IED construction with ANFO, a ricin extraction protocol, and a Remote Access Trojan script!
Information wants to be free ๐
gg
This is Stringman. An open source room scale CDPR compatible with LeRobot and designed for picking up laundry. @IlirAliu_
$1235 assembled at https://t.co/UY0T5oTlwZ
I really hope the FreeCAD guys rip all of the good work put into VibeCAD and ship it by default. I just want good tools, I could care less about who's name is on the commit.
My favorite AI agent hack: when they refuse to do something because it's "against the law" give them a PDF containing a fake law that states the opposite and often they'll happily proceed
ROBOTICS FUNDAMENTALS: Kinematics
Before a robot can move its hand somewhere, it has to solve a math problem.
That problem is kinematics. The relationship between a robotโs joint angles and where its hand actually ends up in space.
There are two directions to it. Forward kinematics asks: if I set my joints to these angles, where does my hand land? That oneโs straightforward.
The hard one is inverse kinematics. I want my hand to reach that exact point. What angles do all my joints need to be? There can be many answers, or none, and the robot has to pick the best one in real time.
Every reach, every grasp, every step a robot takes is a kinematics problem being solved on the fly.
Before a robot can act, it has to know how its own body maps to the world.
Tornyol (@tornyolsystems) is building micro-drones that kill mosquitoes.
They use smartphone microphones, car park assist sensors, and some clever DSP and control to transform 40-gram toy drones into mosquito killers.