Hamza

Building websites from first principles
Building robotics that mimic the natural world @ DavinciRobots

[Hamza @hamzscenes]

@SamuelBeek This looks really cool, hopefully I can make some time to participate

[Hamza @hamzscenes]

@rehan_shei Chud maxing 😭

[Hamza @hamzscenes]

I think we’ve all been sleeping on SF

what a city

[Andrew Qu @andrewqu]

I think we’ve all been sleeping on Paris

what a city

[Hamza @hamzscenes]

As if TikTok isn’t already 60% ai reels on infinite loop. I don’t think we will ever run out of content

[joyce @henloitsjoyce]

the next multi-billion company will be ai reels on infinite loop (i saw in person a few friends one-shotted last night)

a lot of people are trying to make generative game / world platforms, just try reels instead

[Hamza @hamzscenes]

@isidentical U guys are doing some crazy things there at fal

[Hamza @hamzscenes]

Guys they got the interdimensional cable up and running!!!

[1LittleCoder💻 @1littlecoder]

WTF did i watch for a minute 😂🤣 infinite slop glitch!

[Hamza @hamzscenes]

I love finding quirky and cool websites, always helps with inspiration
https://t.co/VV7Iti1Rat

[Hamza @hamzscenes]

@richardzphotoz This video was so good man, I love the detail

[Hamza @hamzscenes]

@rehan_shei Totally worth it though, this is sick

[Hamza @hamzscenes]

How many credits is this burning through 😭😭

[Rehan Sheikh @rehan_shei]

Minimax H3 Max has generates video faster than you can watch it so I hooked it to a twitch livestream! Now you can watch infinite interdimensional cable - link to the stream below

[Hamza @hamzscenes]

@alyia_tv imagine waking up and ur robot got ur clothes on, that would pmo 😭

[Hamza @hamzscenes]

Putting clothes on robots is giving me the heebie-jeebies

[tamara @tamarajtran]

prompt injected it to climb stairs

[Hamza @hamzscenes]

Such beautiful craftsmanship

[sabakichi @knshtyk]

Polyendのメカニカルキーボード「Keys」
ファンクションキーを黒鍵に見立てて配置することにより、キーボードで作業しながらそのまま演奏や入力ができる、という着想が素晴らしくてどきどきした。しかも単体でMIDIキーボードとしても動作するらしい

Keys • Polyend
https://t.co/ifQBIfQ0Du

[Hamza @hamzscenes]

Pokémon black market opened up in downtown SF

[Hamza @hamzscenes]

There’s a Pokémon drone show happening in SF. Is anyone going?

[Hamza @hamzscenes]

Making it ever easier for robots to replace us

[Skild AI @SkildAI]

Introducing S1, our new foundation model that learns from one example.

It can be taught 10-minute long tasks that it has never seen before, from one video prompt without any fine-tuning.

Watch S1 operate in real-time via in-context learning:

[Hamza @hamzscenes]

@SamuelBeek @M5Stack Curious to know what you are using it for though! I do want to get one

[Hamza @hamzscenes]

Need to get my hands on one of these. Have a couple home projects that this will be able to help with

[Arduino @arduino]

The wait is over! Meet Arduino VENTUNO Q, where AI takes action.

💬 Run local LLMs like Qwen 3, Gemma 4, and Qwen 3 VLM directly on the board
🧠 NPU + CPU + GPU +MCU: @Qualcomm Dragonwing IQ-8275 with up to 40 dense TOPS of AI performance and STM32H5 microcontroller for real-time control
🗄️ 16 GB RAM + 64 GB eMMC + expandable storage
🪁 Linux-powered, pre-loaded with Ubuntu OS + Zephyr RTOS
🛠️ Build AI faster using Arduino App Lab, @huggingface, @EdgeImpulse, and Qualcomm AI Hub
💨 Move seamlessly from prototype to production through Works with Arduino Certification Program

The first batch won’t last. Pre-order your VENTUNO Q with a free power supply and USB-C cable included! Get ready to enter a new era of Physical AI: https://t.co/YpDhKRuX6y

[Hamza @hamzscenes]

I was working on something very similar, where I was taking inspiration from bats and using echolocation to detect surrounding objects

[Drone Wars @Drone_Wars_]

Researchers at Duke University’s General Robotics Lab have demonstrated SonicFly, a system that enables one UAV to estimate the relative position of another and follow it using only the sound of its propellers. It requires no GNSS sharing, radio communication, active acoustic signaling, cameras or ground infrastructure.

The follower carries a lightweight four-microphone MEMS array and an onboard computer (NVIDIA Jetson Orin Nano). By processing the acoustic spectrum together with inter-microphone phase and level differences through a neural network, the system estimates the leader’s bearing and range.

To separate the target’s signature from the follower’s own propeller and wind noise, the aircraft use propellers with different blade counts, creating distinct harmonic structures.

In outdoor tests the system maintained a mean distance error of 1.34 m. It currently operates as a coordinated leader-follower formation rather than autonomous interception of an unknown drone.

#SonicFly #Drones #UAV #DroneTechnology #AutonomousSystems #SwarmDrones #DukeUniversity