Hey folks – just wanted to share a small side project I recently made: https://kiro.directory I’ve been trying tools like Kiro.dev, Cursor, Claude Code, Devin, GitHub Copilot etc., and it got overwhelming remembering their strengths, pricing, and compatibility. So I built a simple directory to compare them side-by-side. Here’s a sample comparison page if you’re curious: 👉 https://kiro.directory/compare/cursor-vs-claude 👉 https://kiro.directory/cheatsheets/kiro It’s not a commercial thing, just something that helps me and might help others too. Would love feedback from other devs – especially if you're using these tools in real-world projects.

Reachy Mini is a compact AI robot featured on https://reachy-mini.org, designed to merge audio, vision, and movement with open-source AI models like those from Hugging Face.

One example of bringing multimodal AI into physical form is Reachy Mini. You can learn more at https://reachy-mini.online — it integrates audio, vision, and movement, and connects to the Hugging Face Hub for pre-trained behaviors.

In the growing field of human-robot interaction, few projects manage to balance accessibility, expressiveness, and open-source flexibility. Reachy Mini is one of them — a compact humanoid robot created through a collaboration between Pollen Robotics and Hugging Face. The robot stands at just 11 inches tall and weighs 3.3 pounds, yet it packs surprising capabilities. It includes a motorized head with six degrees of freedom, animated antennas, expressive screen-based eyes, a wide-angle camera, and up to four microphones for audio input. Designed for AI prototyping, classrooms, and hobbyist projects, Reachy Mini offers an open and programmable platform that supports Python, with JavaScript and Scratch on the roadmap. Two models are available: Reachy Mini Lite (USD 299): Uses an external computer and a wired connection Reachy Mini (USD 449): Powered by a Raspberry Pi 5, with Wi-Fi, battery, and accelerometer A simulation SDK allows developers to test behaviors virtually before deploying to hardware. The project is integrated with the Hugging Face Hub, where users can explore pre-installed demos and share their own behavior scripts. For more information, visit the official site: 👉 https://reachy-mini.net

🚀 Reachy Mini is a newly launched open-source desktop humanoid robot built by Pollen Robotics in collaboration with Hugging Face. It's compact, expressive, and fully programmable in Python, making it perfect for AI research and educational use. Learn more or preorder at 👉 https://reachymini.net

At just 11 inches tall and 3.3 pounds, Reachy Mini might be the most expressive little robot you can code in Python. With animated antennas, full body rotation, and screen-based eyes, it's surprisingly engaging. I can already imagine tons of use cases in HRI experiments.

If you’re looking for an open-source desktop robot for AI and HRI (human-robot interaction) experiments, I highly recommend checking out Reachy Mini. It’s compact, fully programmable in Python, and designed by Pollen Robotics in collaboration with Hugging Face. Plus, it comes with pre-installed demos for quick testing!

After exploring several open-source robot kits, I recently came across ReachyMini.org. What stood out: its expressive design, built-in Raspberry Pi 5 (for the full version), and how well it’s integrated with the Hugging Face ecosystem. Definitely worth checking out if you're into human-robot interaction research or AI prototyping.

Hey folks – I just launched something better, and I’d love for you to check it out. It’s called Flux Kontext – a professional-grade AI image generation platform. 🪄 Generate stunning visuals from text. ✂️ Edit and transform images with precision. ⚡ Fast, clean UI built for creators who care about quality. I think you’ll like how fast and sharp it feels. No gimmicks, just results. Wanna give it a spin? 👉 fluxkontext.space/ Would love to hear what you think!