Uladzislau Bayouski

Exciting times in IoT and robotics! OpenAI ramps up its robotics efforts, NVIDIA Jetson Thor delivers groundbreaking AI power, Raspberry Pi revolutionizes synth creation, and M5Stack’s Cardputer promises incredible IoT prototyping potential. The future of tech is buzzing! #OpenAI #NVIDIAJetsonThor #RaspberryPiSynths #IoTInnovation

Robotics on its own is impressive. Add IoT — and your robot doesn't just move, it thinks, reacts, and communicates with the world around it. These five projects are all buildable right now, with off-the-shelf hardware, open-source firmware, and a weekend of focus. Each one teaches you something real. 🤖 The 5 Projects 1. Smart Surveillance Robot A mobile sentry that roams your home or warehouse, streams live video over Wi-Fi to your phone, and fires motion alerts when something moves where it shouldn't. Ultrasonic sensors handle obstacle avoidance; cloud storage handles the footage. Skills: sensor integration, video streaming, remote control. 📹 2. Voice-Controlled IoT Robot No buttons, no joysticks — just your voice. Your smartphone converts commands to instructions, transmits them via Bluetooth or Wi-Fi, and the robot obeys. An IoT dashboard displays battery level and command history in real time. Skills: NLP basics, wireless protocols, real-time monitoring. Best applicatio...

Welcome to the IoT Forge News Digest! This episode of the highlights the latest in IoT, including advancements in tiny batteries and smart sensors. The broadcast covers real-world applications, such as asset tracker solutions, making complex IoT internet of things tech easy to grasp. Tune in to stay updated on trending topics in the sector.

Imagine your basil sending you a message: "Hey, I'm parched." Or your tomatoes flagging a humidity drop before you even walk into the greenhouse. That's not science fiction. That's a Raspberry Pi, a soil moisture sensor, and about a weekend of building. 🌱 The Short Version A DIY smart greenhouse is one of the most satisfying IoT builds you can do — genuinely useful, surprisingly affordable, and a brilliant excuse to learn automation, computer vision, and data visualisation all at once. The core hardware stack: DHT22 — temperature and humidity monitoring Soil moisture sensors — know exactly when your plants need water, not just when you remember to check Relay + water pump — automatic watering triggered by sensor thresholds, not guesswork 💧 Light sensors + LED strips — extend daylight hours and compensate for cloudy days automatically Raspberry Pi or ESP32 — the brain, running ESPHome, Home Assistant, or a lightweight Flask app Pi Camera or webcam ...

Both are under $10. Both have Wi-Fi. Both have dual cores and thriving communities. Both are sitting in the parts drawers of every serious IoT maker on the planet. So which one do you actually reach for? The Short Version The ESP32 and the Raspberry Pi Pico W are the two microcontrollers that dominate budget IoT — but they have genuinely different personalities, and the right choice depends entirely on what you're building. ESP32 is the veteran. Feature-packed, battle-tested, and wireless-first: Dual-core Xtensa processor with FreeRTOS baked in Built-in Wi-Fi and Bluetooth (classic + BLE) 📶 30+ GPIOs with analog input, PWM, I2C, SPI, UART Deep sleep modes that stretch battery life for years Arduino, ESP-IDF, PlatformIO, MicroPython — pick your stack Best for: smart home controllers, wireless sensor nodes, wearables, anything needing Bluetooth or real-time RTOS tasks. Raspberry Pi Pico W is the precise one. Efficient, predictable, Python-friendly: Dual-core ARM Cortex-M0+...

You've decided to build something connected. You've heard two names more than any others:  Arduino  and  Raspberry Pi . Both are affordable. Both are beginner-friendly. Both show up in every "getting started with IoT" article on the internet. But they are fundamentally different tools — and picking the wrong one can cost you time, money, and a weekend of frustration. The Short Version Arduino is a microcontroller. It does one thing at a time, does it reliably, and does it with almost no power. Perfect for reading sensors, controlling outputs, and anything that needs precise real-time timing. Raspberry Pi is a full single-board computer. It runs a full OS, supports Python and JavaScript out of the box, and handles complex tasks like data processing, networking, and even machine learning. The quick breakdown: Programming : Arduino uses C/C++ via its own IDE — lightweight, real-time. Raspberry Pi supports Python, JS, C++ and more — feels like coding on a regular compu...