Hamstronics

I promised to do a thread on how to design an build a chip leveraging AI. @SirLeoBDasilva @FirstClassMe It's a long thread but you would be enlightened, I can also do a live demo of chip design with AI

Most people compare FPGA vs ARM the wrong way. FPGA is not a “competitor” to ARM. It’s what you use when CPUs are no longer enough. Here’s how real engineers think about it 👇

Reversing for dummies - x86 assembly and C code (Beginner/ADHD friendly) 0x44.cc/reversing/2021… #c #reverse #asm

Σεμινάρια συναρμολόγησης ντρον στην Αγία Πετρούπολη.

They are attacking Mbwelle in Kwatasvof Bokkos L.G.A again and 7 people have been confirmed dead already🚨⚠️‼️. This is too much now, this is too much 😭💔

i trained Llama 2 on a $5 computer with less processing power than a thermostat. it’s called 🥧 PiTorch: an ML library for Raspberry Pi Zeros. i cover how to make it from scratch, from writing assembly GPU kernels to sending bytes over wires. (no hardware background needed!)

@pointerveil Semiconductor fields have the most aggressive gatekeepers

something i love about engineering/physics/CS culture is that almost every intellectual resource is available for free. there's a real presumption of non-gatekeeping that is, in my experience, not present in other fields

April 9, 2010: Charles Okafor was killed by men of the Nigerian Police while watching football at a viewing centre in Ajegunle, Lagos, simply because he refused to let the officers take his money. 16 years later, this has been swept under the carpet. Will he ever get justice?

Most people write: for(i=0; i<N; i++) FPGA engineers think: Why loop? Just build N units.

List of C/C++ Project Ideas in Networking Programming 🔗 Here's a collection of practical projects with references to help you get started: 1. Let's Code a TCP/IP Stack - Part 1: Ethernet & ARP saminiir.com/lets-code-tcp-… - Part 2: IPv4 & ICMPv4 saminiir.com/lets-code-tcp-… - Part 3: TCP Basics & Handshake saminiir.com/lets-code-tcp-… - Part 4: TCP Data Flow & Socket API saminiir.com/lets-code-tcp-… - Part 5: TCP Retransmission saminiir.com/lets-code-tcp-… 2. Programming concurrent servers - Part 1 - Introduction eli.thegreenplace.net/2017/concurren… - Part 2 - Threads eli.thegreenplace.net/2017/concurren… - Part 3 - Event-driven eli.thegreenplace.net/2017/concurren… - Part 4 - libuv eli.thegreenplace.net/2017/concurren… - Part 5 - Redis case study eli.thegreenplace.net/2017/concurren… - Part 6 - Callbacks, Promises and async/await eli.thegreenplace.net/2018/concurren… 3. MQTT Broker from scratch - Part 1 - The protocol codepr.github.io/posts/sol-mqtt… - Part 2 - Networking codepr.github.io/posts/sol-mqtt… - Part 3 - Server codepr.github.io/posts/sol-mqtt…) - Part 4 - Data structures codepr.github.io/posts/sol-mqtt… - Part 5 - Topic abstraction codepr.github.io/posts/sol-mqtt… - Part 6 - Handlers codepr.github.io/posts/sol-mqtt… - Bonus - Multithreading codepr.github.io/posts/sol-mqtt…

Are you starting out in embedded systems? Starting with Arduino? Just got your kit? Let me shorten the path for you After you’ve gotten comfortable with C/C++ (I’ll assume you have 😗), start working with these: 1️⃣ LEDs (Light Emitting Diodes) This is the most basic project you can do Think of it like your “Hello World!” (LED Blink) But don’t stop there: • Work with multiple LEDs • Build simple projects (traffic lights, night lamp, Christmas lights) This is where you understand control 2️⃣ Servo Motor Servos move between 0° and 180° This is where things start getting interesting You’ll begin to understand: • How motion works • Why voltage/current ratings matter • How poor power supply affects performance If you go further (robotic arms, legged robots), this becomes very real 3️⃣ Sensors & Components Now your system can sense Work with: • Potentiometer • DHT11 • Ultrasonic sensor • Photoresistor (LDR) • Flame sensor • IR sensor • PIR sensor Here’s what you’ll learn: • Analog vs digital • Different sensor states • How data is read and interpreted • How hardware + math connect If you go deeper, you’ll even use functions like map() 4️⃣ Motors DC motors. Stepper motors. Now you’re combining everything: Input (sensors) + Output (movement) This is where systems start to feel real After this, don’t stay comfortable Work on more projects, get the hang of things, then move to the heavy-duty stuff But be careful Things might burn Something might blow In my boss' words, that's how you know you're growing Please, don’t call my name if that happens 😂 But in all, that’s part of the process You’ve got this 👑

BREAKING: Don't leave this earth without knowing Jesus, pass it on timeline.

Lmao 😂😂 PPI (Politics press n information) aka CIA recruits Never ENGINEERING, SCIENCE, MEDICINE or TECHNOLOGY EU is irrelevant 🫵

Hi guys, I built an open-source alternative to @pewbeam_ai in one week. github.com/openbezal/rhema Started coding during a Sunday church service. By the following Sunday, we were using it live during our church service. Wild. Here's what Rhema does: it listens to your pastor's sermon in real-time, detects Bible verse references as they're mentioned, and displays them on screen instantly. No manual clicking, no dedicated slide operator needed. The tech stack: - Tauri 2.0 with a Rust backend handling all the heavy lifting: audio capture, transcription pipeline, verse detection logic, and system tray integration - Local AI embeddings using Qwen3-0.6B so everything runs on-device with zero cloud dependency. Your sermons never leave your machine - Real-time audio transcription paired with semantic search against a full Bible verse database The Rust backend was a deliberate choice. We needed low latency audio processing and efficient memory usage for running an embedding model locally, and Rust delivers on both. Is it perfect? Probably not. But the core functionality works and we're already using it in a real church environment This is where you come in. Rhema is fully open source and we need contributors to help take it to the next level. Whether it's improving the verse detection accuracy, adding multi-language support, building a better overlay UI, adding support for more Bible translations, or optimizing the transcription pipeline, there's real work to be done and real impact to be made. If you're a Rust developer, a frontend engineer, an ML enthusiast, or just someone who loves building tools for the church, come build with us. Star the repo. Fork it. Open a PR. Let's make this the go-to open-source solution for live Bible verse display in churches worldwide. github.com/openbezal/rhema

Soko, a Muslim contestant on MasterChef Spain, refuses to cook pork: "For me, my religion is more important than anything else." The judges send her straight to elimination: "Here, you come to cook everything."

Hey Algorithm, let those interested in PCB design and Drones see this post. I'm trying to gain new followers and get more mentors.

If you did Maths in secondary school, you should know what this represents and the principle of operation

"AGF Hires 6 SANs To Defend Seyi Tinubu & Block Details of Lagos-Calabar... youtu.be/Sp_vLe4H5F0?si… via @YouTube

Friend of mine gave me a new book to add to my queue.

⚠️ They are about to execute Benyamin Naghdi. BE HIS VOICE. Make this go viral - now!