Chiken Lirul

me gusta la caguama

[Jaynit @jaynitx]

Elon Musk literally revealed the fastest way to become irreplaceable in the AI era:

[VenkatP @VenkatP1359]

AI infra structure & different phases
The bottleneck map for investing

[El CondeNado @elconde_nad0]

Los inicios del Only F4ns:

[Xavi Ruiz @xruiztru]

México’s economy, mapped through its most iconic brands 🇲🇽

[Yasmine Khosrowshahi @yasminekho]

Elon Musk revealed the mental frameworks he used to build impossible companies:

[Pico 🎈 @Piicools]

Bro’s doing 1.5 reps

[naiive @naiivememe]

Peak male happiness

[yessie @jimincatalyst]

tratando de escapar de la realidad de vivir en México porque está situación está horrible

[Elon Musk @elonmusk]

People giving OpenClaw root access to their entire life

[Lunix @SolLunix]

Nobody:

The banks and hedge funds watching you draw zig zag patterns on tradingView thinking you'll become a millionaire.

[SaltyAom @saltyAom]

Are we deadass

[Dividend Hero @HeroDividend]

Excited to announce that I am no longer checking my portfolio

[NVIDIA Omniverse @nvidiaomniverse]

Welcome to the physical AI era. 🏭

Industrial AI is transforming manufacturing, powering smarter, more adaptive systems through digital twins and real-time simulation.

Check out our top #NVIDIAGTC 2026 industrial AI and manufacturing sessions to get started.

🔗 https://t.co/bDL3lC9B6K

[Karthik @karthikponna19]

can't believe we lost our jobs to this

[Luca Carlone @lucacarlone1]

DAAAM!!

"Describe Anything Anywhere at Any Moment".

State of the art approach to provide spatio-temporal memory to robots and agents. Powered by VLMs and scene graphs. Directly suitable for LLM queries. great work by Nicolas Gorlo and Lukas Schmid!

https://t.co/m3ISxmqgJO

[Matt Dancho (Business Science) @mdancho84]

This guy built an entire AI data science team in Python. Then open-sourced (100% free).

It automates data science workflows with AI, including data loading, cleaning, exploratory analysis, and feature engineering. And it tracks each step in a 100% reproducible pipeline.

00:00 Project Overview
01:32 Diving into the AI Data Science Workflow and Data Loading
02:10 Data Wrangling and Cleaning
03:33 Data Visualization Insights & Plotting
04:08 Feature Engineering
05:00 Live 1-Hour Workshop
05:44 AI Data Science Team Python Library

🔗 AI Data Science Team On GitHub (Give it a Star)
https://t.co/VMGf1yxIIO

🔗 Join My Next Live 1-Hour Agentic AI Workshop (Free):
https://t.co/onpLpRwkzH

[Akshay 🚀 @akshay_pachaar]

A 100% open-source alternative to n8n!

Sim is a drag-and-drop UI for creating powerful AI agent workflows:

- Runs locally on your machine
- Works with local LLMs

I built a stock market research agent & connected it to Telegram in minutes.

Here's a step-by-step guide:

[Mustafa @oprydai]

robot dogs aren’t toys. they’re systems.

legs → four actuators working in sync, mimicking muscle and tendon.
balance → imu + force sensors + control loops keep it upright on uneven ground.
perception → stereo cameras, lidar, depth sensors, letting it map stairs, doors, obstacles.
planning → algorithms decide where to step, how to recover from slips, how to follow you.
power → batteries small enough to carry, strong enough to run motors for hours.

what makes them special?
→ legs go where wheels can’t. rubble, forests, stairs, urban chaos.
→ small footprint but high mobility.
→ load carriers, scouts, companions.

tradeoffs:
✔ agility like animals
✔ versatility outdoors and indoors
✘ expensive actuators, high power drain
✘ complex control math (nonlinear dynamics + inverse kinematics + gait planning)

research labs push the frontier → boston dynamics spot, unitree go1, mit cheetah.
each new model is less of a prototype, more of a tool.

think about it → robotic dogs are the closest thing we’ve built to a living machine.
not just rolling robots, but walking, sensing, adapting systems.
they force us to solve locomotion, balance, perception, and planning all at once.

and that’s why robo dogs are a glimpse of the future → not just robotics, but the merging of biology, physics, and computation into machines that move like life itself.