Uladzislau Bayouski

Discover the future of IoT with our latest video on revolutionary smart materials! From flexible electronics to bio-integrated sensors, see how graphene and energy-harvesting tech are changing the game. Get ready for the invisible innovations powering tomorrow’s devices! #AdvancedMaterials #NextGenIoT #FlexibleElectronics #SmartSensors

Exciting times ahead! 5G is revolutionizing the Internet of Things, transforming cities, farms, and industries into smart, connected ecosystems. With ultra-low latency and massive device capacity, the future is here! Discover how 5G and IoT will reshape business and society!

Just had the most amazing late-night adventure at the Space Travelium TeNQ Museum in Tokyo! We explored Japanese space history, authentic astronaut gear, and took a jaw-dropping 5D VR trip to the Moon! A must-visit for space lovers and families alike! Can't wait to go back! #SpaceMuseum #TokyoTravel #VRTour #MoonMission

Get ready for a world where your clothes, pills, and even trash can talk! Ambient IoT is ushering in a new era of invisible tech with tiny battery-free sensors that connect everything around us. Imagine smart cities and aware infrastructure transforming our lives. Are you ready? #AmbientIoT #SmartEverything #InvisibleTech #IoTRevolution

The electricity grid hasn't fundamentally changed since Tesla and Edison were arguing about AC vs DC. One-way flow of power. Centralised generation. Manual fault detection. Billing that tells you what you used last month. IoT is changing all of that — right now, at scale. The Short Version A smart grid replaces the old one-way power flow with continuous, two-way communication between utilities and consumers. IoT devices form the backbone: smart meters, grid sensors, and intelligent controllers that monitor, respond, and automate in real time — decisions that once required a truck and a technician. The core capabilities: Demand response — when electricity demand spikes, utilities send signals to smart thermostats and water heaters to adjust automatically; demand curves flatten, blackouts are prevented 🌡️ Renewable integration — IoT-enabled inverters and sensors balance variable solar and wind generation dynamically; excess energy stored or fed back to the grid instead of ...

Exciting times ahead as IoT transforms the energy landscape! Smart grids are revolutionizing energy management, integrating renewables, EVs, and blockchain for peer-to-peer trading. Join us to explore how this tech innovation propels us toward a sustainable future in energy! #SmartGrid #IoT #CleanEnergy #EnergyEfficiency

You don't need a Philips Hue starter kit, a Google Nest subscription, or a smart home hub that costs more than your rent. You need a $5 ESP8266, a relay, and about an hour. The Short Version The DIY smart home stack — ESPHome, Tasmota, and Home Assistant — has matured to the point where you can build genuinely useful automations with minimal code, minimal cost, and zero vendor lock-in. Your data stays local. Your setup stays yours. Here's what you can actually build this weekend: Motion-triggered hallway light — PIR sensor + ESP8266 + relay. Walks in, light turns on. No app required, no subscription, no cloud round trip ⚡ Bathroom fan automation — DHT22 humidity sensor detects the post-shower spike, fan turns on automatically, turns off when levels drop back down Self-watering plant system — soil moisture sensor wired to a pump relay; set thresholds in YAML, get mobile notifications when soil is dry, override with a tap on your phone 🌱 Fridge temperature monitor — sens...

Ready to transform your home into a smart living space? Check out our step-by-step guide on setting up your first smart home! From smart lighting to security systems, we cover everything you need for seamless automation. Start your journey to smarter, safer living today! #SmartHome #HomeAutomation #SmartHomeGuide #ConnectedLiving

Just wrapped up an incredible journey at the Sensors Converge Expo! From mind-blowing AI robotics to cutting-edge smart city tech, the future of innovation is here. Tesla demos, real-time object recognition, and so much more. Stay tuned for all the amazing insights and surprises!

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.

Billions of IoT sensors. Exponentially growing data. Real-time decisions that can't wait for a cloud round trip. Classical computing is starting to sweat. Quantum computing doesn't break one. The Short Version Quantum computers use qubits — which can represent multiple states simultaneously — to solve problems that are simply out of reach for traditional hardware. As IoT scales to billions of devices and the data complexity balloons, quantum's strengths land exactly where IoT needs them most. Here's where the combination changes things: Real-time analytics at scale — quantum algorithms excel at pattern recognition in massive, messy datasets. Predictive maintenance, anomaly detection, and sensor fusion across thousands of endpoints become practical, not aspirational 🔍 Network optimisation — quantum optimisation algorithms solve routing, load balancing, and task scheduling dramatically faster. Smarter energy grids, adaptive traffic systems, optimised drone fleets ...

  Quantum computing is set to revolutionize the Internet of Things! Imagine devices that are faster, smarter, and nearly unhackable! Explore how this fusion enhances data processing, real-time decisions, and unbreakable security. The future of tech is here, and it's mind-blowing! 

A CNC machine starts vibrating slightly differently. A bearing is beginning to fail. Nobody notices. Two weeks later, it seizes mid-shift. The line stops. The repair crew arrives. The cost: tens of thousands of dollars in unplanned downtime. With IIoT, that story ends differently — the sensor caught it first. 🏭 The Short Version The factory floor is no longer just conveyor belts and forklifts. Industrial IoT (IIoT) is turning manufacturing plants into living, thinking systems — where machines report their own health, production lines self-optimise, and disruptions are caught before they become crises. The core capability stack: Predictive maintenance — vibration, temperature, and current sensors feeding Edge AI that flags failing components before breakdown; less unplanned downtime, lower repair costs, longer machine lifespans Digital twins — virtual replicas of the entire production line, updated in real time with sensor data; test a new process flow on the twin before tou...

  Get ready to dive into the future of manufacturing! Smart machines are revolutionizing factories with Industrial IoT, enhancing efficiency through predictive maintenance, AI insights, and smart automation. Discover how data and connectivity are shaping the factories of tomorrow!

A heart failure patient at home. Their weight, blood pressure, and ECG monitored continuously. An alert fires before they even feel symptoms. The hospitalisation that never happens. That's not a future vision. It's Remote Patient Monitoring running right now — and IoT is what makes it work. The Short Version Remote Patient Monitoring (RPM) uses connected devices to track patient health data continuously outside a clinic — transmitting it securely to care teams for real-time analysis and timely intervention. The devices already doing this: Wearable ECG patches — continuous heart rhythm monitoring, arrhythmia detection in real time Pulse oximeters — blood oxygen levels flagging respiratory deterioration before it becomes an emergency Smart scales — weight and body composition tracking critical for heart failure, renal, and metabolic patients Smart thermometers — fever pattern trends logged automatically, no manual readings 🌡️ Continuous glucose monitors — closed-loop ...

The future of healthcare isn’t in hospitals — it’s in your home. Thanks to IoT-powered remote patient monitoring (RPM), doctors can now track patients in real time using wearable sensors, smart devices, and AI-driven alerts. This video explores how the Internet of Things is improving healthcare through easier and more effective remote patient monitoring. See real-world examples of smart devices enhancing patient health, and learn about the advantages and challenges of employing this digital health technology. We will also discuss internet of things healthcare and other healthcare iot applications.  🔍 You’ll learn:  What remote monitoring really does Life-changing devices (ECG patches, oximeters, glucometers) AI that detects early warning signs Real success stories and future breakthroughs The big challenges (privacy, regulations, access)

🚨 As our world gets more connected, so do the threats. From AI-powered attacks to physical tampering, 2025 is already seeing the rise of complex, dangerous IoT threats. In this deep dive, we break down the Top 10 IoT Security Risks and the cutting-edge solutions protecting our homes, cities, and industries. This video covers the top IoT security threats in 2025, from device hijacking to ransomware. We also discuss potential security solution options like automated patch management and new cybersecurity standards. Learn how to protect your connected devices from cyber attacks and internet of things vulnerabilities. 💡 Learn about: - Device hijacking and botnet takeovers - Data breaches and supply chain hacks - AI-driven cyberattacks - Zero trust, blockchain, and biometric defenses 👀 Whether you're a tech enthusiast or an industry pro, this video equips you with everything you need to stay secure in 2025. Timestamps: 00:00 – Intro: The State of IoT Security in 2025 00:45 – Weak Aut...

Your front door is the most important security layer in your home. And for years, "smart" locks meant Bluetooth deadbolts with app fatigue, compatibility headaches, and a vague feeling that someone might be able to spoof them open. Two technologies are fixing all of that at once. The Short Version Ultra Wideband (UWB) solves the precision problem. Instead of checking whether your phone is nearby, it measures the exact time radio pulses take to travel — pinpointing your position to within centimeters. The lock only opens when you're physically at the door. Not in your driveway. Not outside your building. At the door. That spatial authentication makes signal-boosting attacks — a real weakness of Bluetooth locks — essentially impossible. Matter solves the compatibility problem. It's the open, IP-based protocol that lets your lock talk to every major smart home platform — regardless of brand. Your lock, your lights, your thermostat, your security system: one automation,...

In this week's IoT Forge Unplugged, we explore incredible upgrades in tech! From enhancing industrial robots with neural nets to using the Steam Deck as a robot controller, the innovations are mind-blowing! Plus, new AI tools for searching ROS packages! Tune in for the latest! 

Machine learning used to mean cloud servers, GPUs, and serious infrastructure. Not anymore. TinyML runs ML models on microcontrollers that cost less than a cup of coffee and run for months on a coin cell battery — an ESP32, an STM32, an Arduino Nano 33 BLE Sense. Chips that fit in your palm. Intelligence that fits inside them. 🧠 The Short Version Despite their size, these microcontrollers can now handle real ML tasks — entirely on-device: Keyword spotting — "Hey IoT!" to wake a device without cloud latency Gesture recognition — accelerometer data classified in real time Anomaly detection — catching abnormal behaviour in machines or wearables before failure Visual classification — ultra-low-res cameras identifying objects or events locally No cloud connection. No round trip. No monthly API bill. Just embedded intelligence baked into the hardware — critical for remote areas, latency-sensitive systems, and privacy-first devices where data can't leave the devi...