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

As the world faces unprecedented climate challenges and surging energy demands, the way we generate, distribute, and consume electricity is undergoing a profound transformation. At the center of this revolution? The fusion of smart grids and the Internet of Things (IoT) — a pairing that’s set to make our energy systems smarter, greener, and more resilient than ever before. What Is a Smart Grid? A  smart grid  is an electricity network that leverages sensors, communication links, and automation to enable two-way communication between utilities and consumers. Instead of the old, one-way flow of electricity and information, smart grids are dynamic and interactive. IoT devices — like smart meters, grid sensors, and intelligent controllers — form the backbone of this architecture. They constantly monitor the grid, provide real-time feedback, and automate decisions that once required manual intervention. Electricity production remains one of the largest sources of global greenhouse ...

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

Forget expensive smart home ecosystems — you can automate lights, fans, or garden watering with a $5 ESP8266 and a relay. With tools like  ESPHome ,  Tasmota , and  Home Assistant , you don’t need to code much. Want to trigger a hallway light from a motion sensor? Easy. Want your bathroom fan to turn off when humidity drops? Done. These hacks aren’t just cheap — they’re private, modular, and flexible. Let’s say you want your plants to water themselves. Connect a soil moisture sensor to an ESP8266 and wire it to a relay that controls a small pump. With just a few lines of YAML in ESPHome, you can set thresholds and automate watering based on real-time data. Hook it into Home Assistant, and now you can get mobile notifications when soil gets dry — or even override automation with a tap on your phone. Another favorite? The  smart light switch  retrofit. Instead of replacing all your bulbs or switches with expensive proprietary ones, install a relay module behind th...

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.

The fusion of quantum computing and the Internet of Things (IoT) might sound like science fiction, but it’s fast becoming one of the most transformative frontiers in tech. Both are powerful in their own right — but what happens when we combine them? The answer: a new era of data processing, security, and real-time intelligence. Why Combine Quantum Computing & IoT? 🚀 Quantum computing leverages the weirdness of quantum mechanics (think superposition and entanglement). Instead of classic bits, quantum computers use  qubits , which can represent multiple states simultaneously. This allows for massive leaps in computation — potentially solving problems in cryptography, optimization, and simulation that are out of reach for traditional computers. Meanwhile, IoT is scaling up fast. As billions of sensors and devices come online, the volume and complexity of data balloon — creating new bottlenecks for even the best cloud infrastructures. Networks are more distributed, systems are mor...

  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! 

The factory floor is no longer just about conveyor belts and forklifts — it’s becoming a living, thinking system. Powered by  Industrial IoT (IIoT) , today’s manufacturing plants are smarter, faster, and more resilient than ever before. Sensors, edge computing, and intelligent software are replacing clipboards and guesswork, ushering in a new era of data-driven production. 🏭 From Machines to Microservices At the heart of IIoT is  data  — collected from temperature gauges, vibration sensors, machine vision systems, and more. This information is fed into  real-time analytics engines  running on edge devices or local servers. Instead of passively waiting for things to break, factories now operate with  predictive insight . For example, a CNC machine might detect subtle increases in motor vibration — a sign of a failing bearing. With  Edge AI , the system flags it before it becomes catastrophic, allowing technicians to replace the part during scheduled do...

  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!

The intersection of healthcare and technology has never been more exciting — or more critical. As aging populations grow and chronic illnesses become more common, remote patient monitoring (RPM) powered by the Internet of Things (IoT) is transforming how care is delivered, making it more proactive, efficient, and accessible. 🌐 What Is Remote Patient Monitoring (RPM)? Remote Patient Monitoring uses connected devices to track health data from patients outside traditional clinics or hospitals. With IoT, doctors can continuously monitor heart rate, blood pressure, glucose, oxygen saturation, and more — all in real time. How it works:  IoT devices transmit this data securely to cloud platforms and electronic health records (EHR), supporting timely interventions and reducing overall healthcare costs. 📲 Essential IoT Devices for Health Monitoring RPM depends on a wide array of smart, connected devices: Wearable ECG patches : Continuously monitor heart rhythms and detect abnormalities. P...

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)

The rapid growth of the Internet of Things (IoT) is revolutionizing everything from healthcare to smart cities. But with more connected devices than ever, IT security faces a wave of new challenges.  Here’s a look at the top IoT threats in 2025 — and the innovative solutions keeping our digital lives safe.

🚨 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...

The world of home security is evolving fast, and at the heart of this transformation are smart locks — devices that promise not just convenience but a leap forward in safety and interoperability. The next wave? Ultra Wideband (UWB) and the Matter protocol. Here’s what you need to know about these technologies and why they matter for your home. A Brief History: The Evolution of Smart Locks 🗝️ Smart locks started out as electronic deadbolts — unlocked with Bluetooth, Wi-Fi, or a mobile app. They made losing your keys less of a problem, but also brought headaches: compatibility issues, app fatigue, and concerns about hacking. Enter the new generation. Now, smart locks are integrating technologies that address these very pain points, aiming for security that feels almost invisible to the user. What Is Ultra Wideband (UWB)? 📡 UWB is a wireless tech that sends ultra-short pulses across a wide frequency spectrum. What does that mean for your door? Super-precise location detection. UWB can t...

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! 

In the past, machine learning was the domain of cloud servers, GPUs, and heavy-duty hardware. Today, that’s changing — dramatically. With  TinyML , developers can now deploy ML models on  microcontrollers  as small and affordable as an ESP32, STM32, or even an Arduino Nano 33 BLE Sense. These are chips that cost less than a cup of coffee and can run for months on a coin cell battery. 🧠 Tiny Models, Real Intelligence Despite their size, these microcontrollers can now handle tasks like: Keyword spotting  (“Hey IoT!” to wake up a device) Gesture recognition  using accelerometers Anomaly detection  in machines or wearables Visual classification  with ultra-low-res cameras All of this happens  on the edge  — locally, without needing a cloud connection.  That’s critical for applications in  remote areas ,  latency-sensitive systems , and  privacy-first devices  where you can’t (or shouldn’t) send data off-site.