Uladzislau Bayouski

Excited to share our latest hands-on look at Smart Living Silicon Valley 2026! We hopped off CES 2026 and headed to the Computer History Museum to discover 1,000+ attendees, 30 exhibitors, and a floor buzzing with AI hardware, robotics, wearables, green mobility, and game-changing IoT solutions. From the Ocalis Exoskeleton and CTI One AI Rollator to bone-conduction Smart Helmet, autonomous cleaning robots, and the Rictor C4-X4 flying vehicle, this event proved that ambitious tech dreams are becoming reality—today. Our honest takeaway: smaller gatherings deliver real access, genuine conversations, and the chance to actually touch the tech. If you’re seeking practical insights and a sprint-size peek at tomorrow, this is a must-see. Dive into the full on-site recap and chapter-by-chapter highlights here: https://www.youtube.com/watch?v=qEig-UGVyYQ Stay connected with IoT Forge for more hands-on tech walks, maker insights, and free IoT education for engineers, makers, and curious min...

Please find my new article on Medium - Time-Series Databases in IoT: Why Your Storage Choice Really Matters .

Please find my new article on Medium - Zero Trust for IoT: Why “Inside the Network” Doesn’t Mean Safe Anymore .

Just dropped a new video from a once-in-a-lifetime experience at Illuminarium inside AREA15 Las Vegas before it closed forever. We went in to capture the full Space Experience — from the 360° projection room and spatial audio to lunar rovers, asteroid fields you can “crush” with your feet, and a jaw-dropping solar system flythrough. Plus, a candid 10/10 review on whether it’s worth it if AYA Universe reopens. This video highlights how immersive tech powers wonder: projection mapping, real-time interactivity, and spatial audio shaping unforgettable storytelling. If you’re obsessed with immersive art, IoT-driven experiences, or the future of digital cinema, you’ll want to see this. Watch here: https://www.youtube.com/watch?v=8f0281_a8z0 #Illuminarium #AREA15LasVegas #AREA15 #immersiveexperience #LasVegas #SpaceExperience #DigitalArt #ImmersiveArt #ProjectionMapping #IoTForge #iotforgetechwalks #TechMeetsArt #LasVegasHiddenGems #OffTheStrip #360Experience #JamesWebb #PillarsOfCreati...

Here's a threat that sounds like science fiction but is happening right now, while you read this. An attacker intercepts encrypted data from your IoT devices. They can't read it. The encryption is solid. So they don't try to break it. They just store it — copy the ciphertext to a drive and wait. They're betting that in five, eight, or ten years, a quantum computer will crack it retroactively. When that day comes, they'll read everything they harvested. The medical records. The industrial secrets. The authentication keys that might still be valid. This is called Harvest Now, Decrypt Later . It turns time itself into a weapon. A breach enabled in 2032 can originate from data intercepted in 2026. The clock has already started. 🔒 The Short Version The quantum threat is specific: Shor's algorithm can break RSA, ECC, and Diffie-Hellman — the public-key algorithms underpinning essentially all modern secure communication — on a sufficiently powerful quantum c...

For two decades, the deal with IoT was simple. Devices watched. They reported. A human read the alert and decided what to do. That model is being dismantled. The new generation doesn't wait for a human to read the alert. It detects the temperature spike, diagnoses the likely cause, adjusts the machine parameters to compensate, logs what it did, and only escalates if its own fix doesn't work. The human is no longer in the loop — they're watching over it. 🤖 The Short Version Autonomous IoT is the convergence of everything the IoT stack has been building toward: edge computing for real-time local processing, on-device AI for learned judgement, digital twins for outcome simulation, and lightweight protocols connecting it all. Put those pieces together and you get a device that doesn't just sense and report — it senses, reasons, decides, and acts. The distinction that matters most: automation vs autonomy. Automation follows fixed rules. "If temperature ...

You've shipped 50,000 smart locks across three continents. A security researcher emails on Tuesday afternoon. There's a buffer overflow in your firmware — exploitable, real, and present on every single lock. Without OTA, your options are recall, truck roll, or hope. Any of those costs millions and takes months. With OTA, you push a signed patch Tuesday evening. By Wednesday morning, 94% of your fleet is fixed. The remaining 6% update themselves when they next connect. That's why OTA isn't a feature. It's a survival mechanism. 🔒 The Short Version OTA (Over-the-Air) updates let you deliver new firmware to deployed IoT devices wirelessly — no physical access, no recall, no technician. The four components every OTA system needs: Update server — hosts firmware images, controls which devices get which version and when Device client — polls the server, downloads, verifies, and applies updates Transport layer — MQTT, HTTPS, or CoAP carrying the image secur...

A bearing on a production line starts to degrade. Nobody notices. The machine keeps running. Three days later it fails catastrophically — the line stops, repair parts are on a six-week lead time, a full shift of output is gone. Now replay that scenario with predictive maintenance running. The vibration sensor notices the shift on day one. The AI flags early-stage bearing degradation. A work order is automatically generated. The bearing is replaced during a scheduled lunch break on day two. The production line never stops. That's not a hypothetical. That's happening right now in factories, power plants, aircraft fleets, and wind farms worldwide. 🔧 The Short Version Most maintenance is either reactive (fix it when it breaks — expensive chaos) or preventive (service on a schedule — up to 30% of work is unnecessary). Predictive maintenance replaces both with a third approach: service it when the data says it needs it. The economics are hard to argue with: 30–50% reductio...

Celebrating Apple at 50 with a tour of rare exhibits and legendary prototypes! We visited the Computer History Museum for TechFest, diving into Apple’s journey from early Apple II to modern devices. Highlights include the Michigan Micro Mote, the world’s smallest computer, hands-on demos with an Apple Lisa, a working ImageWriter printer, an Apple-1 replica connected to a GPT-powered experience, and vintage iPods and iPhones on display. Plus, rare prototypes and engaging stories that showcase how Apple helped shape tech as we know it. Watch the full tour and insights here: https://www.youtube.com/watch?v=W_j0s1K7xx0 What’s your favorite Apple device of all time? #Apple50th #TechFest #RetroComputing #HistoricsOfApple

You need to monitor soil moisture across 500 acres of farmland. Or track 10,000 waste bins across a city. Or read gas meters in 200,000 homes without sending a truck. Wi-Fi doesn't reach. Cellular works, but the data bills for 10,000 devices sending hourly readings add up fast. Bluetooth covers about 10 metres. Unless you know about LoRaWAN. 📡 The Short Version LoRaWAN is a wireless protocol that transmits data up to 15 kilometres on a single battery charge that can last a decade . In 2026, with 125 million devices deployed globally and 25% annual growth, it's quietly becoming the connectivity backbone of smart cities, agriculture, utilities, and industrial IoT. Quick naming clarity first: LoRa — the radio technology (Chirp Spread Spectrum modulation). The road. LoRaWAN — the network protocol built on top. The traffic management system. The four-layer architecture that makes it work: End devices — sensors and trackers at the edge; transmit tiny packets every few...

In April 1970, an oxygen tank exploded on Apollo 13, 330,000 kilometres from Earth. NASA's engineers had to figure out how to bring the crew home using only what was left on the spacecraft — without being able to touch it. They did it by building an exact physical replica of the command module in Houston and running scenarios until they found one that worked. That replica saved three lives. It was also, in concept, the world's first digital twin. The idea hasn't changed. What changed is that the copy became digital, live, and connected — updating itself in real time from sensor data streaming off the physical asset it mirrors. In 2026, digital twins are running in factories, hospitals, power grids, and entire cities. And the reason they exist at all is IoT. 🔧 The Short Version A digital twin is a living virtual model of a physical asset — not a CAD file, not a dashboard, but a continuously synchronised replica that reflects the real-world state of its counterpart in ...

Just published: a fresh dive into Sensors Converge 2026 in Santa Clara! From humanoid and autonomous robots to AI-powered computer vision, smart wearables, and industrial automation, we showcase the tech transforming manufacturing, healthcare, mobility, and consumer devices. Highlights include hands-on looks at LiDAR, 3D sensing, advanced spectroscopy, and real-world deployments moving beyond prototypes. If you’re curious about how robotics and AI are being embedded into everyday solutions, this is a must-watch. Check out the full walkthrough and insights here: https://www.youtube.com/watch?v=qKBwkAJkr6g #SensorsConverge2026 #Robotics #AI #EmbeddedSystems #IoT #Automation #ComputerVision #SmartSensors #IndustrialAutomation #Wearables #Engineering #FutureTech #STEM #IoTForge #Electronics #ConnectedDevices #TechExpo #HumanoidRobot #iotforge #iotforgetechwalks

Excited to share a deep dive into Day 2 of Google I/O 2026! This video breaks down the era-defining tools and platform shifts that will shape the next wave of apps, wearables, laptops, and AI agents. From Antigravity 2.0 and Android 17 to Wear OS 7, Googlebook, Gemma 4, and the new agent-first developer stack, this recap explains why Day 2 actually stole the show for builders this year. If you’re a developer, creator, or tech strategist, this is the breakdown you don’t want to miss. Learn how Google is wiring the entire stack from Antigravity to AI Studio to Firebase and Chrome DevTools into one seamless pipeline, and why Gemma 4 and Googlebook mark a major shift for open-source AI and OS-level AI integration. Watch here: https://www.youtube.com/watch?v=HJX640E5q5s Key takeaways: - Agents at OS, browser, and watch levels are the new norm - End-to-end developer stack now functions as a single pipeline - Gemma 4’s open model with Apache 2.0 licensing quietly accelerates open-source...

Two days, ninety-plus sessions, and a quiet shift in what AI is actually for. Most people watched the smart glasses demo and the Gemini benchmarks. The headlines wrote themselves. That's the surface. Underneath it, Google quietly retired the idea of AI as an assistant and replaced it with AI as an operator. The Short Version The keyword across both days — repeated in nearly every announcement — was agent . Not chatbot. Not assistant. Software that takes an instruction, decomposes it, and operates on systems on your behalf, often without you watching. Sundar opened with the numbers that made that inevitable: 19 billion tokens per minute through Google's APIs, 2.5 billion monthly users on AI Overviews, AI Mode crossing a billion in twelve months. At that scale, the assistant model collapses. Nobody types a billion prompts. The work has to happen on its own. Day 1 — the consumer stack: Gemini 3.5 Flash — 4× faster than competing frontier models, beats Gemini 3.1 Pro on ev...

Most people discovered DeepSeek as a chatbot. Fast, capable, surprisingly cheap. That's the surface. Underneath it is a programmable AI engine that can automate research, generate content, monitor competitors, and deliver weekly intelligence reports — without a human touching a keyboard. This is what DeepSeek looks like when you go beyond the chat interface. The Short Version DeepSeek exposes two models via a simple API: DeepSeek-V3 — speed-optimised for content generation, summarisation, and data retrieval; benchmarks favourably against GPT-4o at a fraction of the cost DeepSeek-R1 — reasoning-focused, built for multi-step analysis, market research, and structured decision-making Both accessible via /v1/chat/completions . Both OpenAI-compatible — switch from OpenAI with a one-line change. Three prompt patterns cover most business automation use cases: Search — retrieve and synthesise information on a specific topic, scoped by industry, date range, or geography Summa...

MQTT: The Tiny Protocol Powering Millions of IoT Devices In 1999, two engineers needed to monitor oil pipelines stretching across remote desert terrain. Thousands of sensors. Hundreds of kilometres. Satellite links that were slow, expensive, and unreliable. Every unnecessary byte of data cost real money. Every dropped connection could mean a missed reading on a pipeline carrying millions of dollars worth of oil. HTTP wasn't going to cut it. So they built something new. Something with a minimum message size of two bytes. Something that assumed the network would fail. They called it MQTT. Twenty-five years later, it runs your smart home, your hospital monitors, your fleet tracking, and your factory floor. Not bad for a protocol built to watch oil flow through a desert pipe. 🔧 The Short Version MQTT is a publish/subscribe messaging protocol — and its architecture is its superpower. Instead of devices talking directly to each other, everything flows through a central broker : ...

Excited to share our latest YouTube feature: Tokyos FUTURISTIC Island That Never Sleeps! Discover Odaiba, Tokyo’s man-made marvel where history, technology, and pop culture collide. From crossing the Rainbow Bridge to spotting the Unicorn Gundam and exploring Miraikan and teamLab, this video dives into a district that epitomizes Tokyo’s reinvention and future-forward spirit. If you’re planning a Tokyo itinerary or love tech travel, you’ll want to see this. Watch here: https://www.youtube.com/watch?v=_EnROUBFUAM #Odaiba #TokyoTravel #FutureTech #Gundam

There are 19.8 billion IoT devices in the world right now. Every single one needs power. Most of them run on a battery. And in the most useful deployments — sensors inside factory walls, trackers on livestock in remote fields, monitors sealed inside bridge supports — that battery is essentially impossible to replace. Multiply that problem by 40 billion devices by 2034. The math breaks down entirely. Energy harvesting is the fix. And in 2026, it's finally at scale. 🔋 The Short Version Instead of storing energy in a chemical cell that degrades over time, harvesting devices capture energy that already exists in their environment — continuously, passively, for free. No replacement schedule. No maintenance crews. No e-waste from dead cells. Four sources power most deployments: Solar — indoor photovoltaics now optimised for dim warehouse lighting and fluorescent tubes; smart shipping labels that track pallets through supply chains without ever touching a battery Thermal — the...

For years, engineering teams were execution engines. Product decided what to build. Business decided where to go. Engineering shipped it. That model is changing. Fast. The Short Version Jellyfish's 2026 State of Engineering Management report lands a clear message: AI is no longer just a developer productivity tool. It's becoming a business strategy — and the engineering teams that adopt it well aren't just shipping more code, they're operating differently. The numbers are hard to ignore: 64% of respondents report at least a 25% increase in developer velocity from AI 92% of teams with very high AI adoption say their company's growth outlook is stronger than last year — vs. 69% for low-adoption teams 84% say engineering productivity is now a top management concern 75% say it's a strategic concern for the business — not just an internal R&D metric And in a remarkable shift in under a year, Claude Code became the most popular AI coding tool among...

There are more connected devices on Earth than there are people. Each one is a potential entry point. Each one is a potential weapon. The IoT security threat landscape in 2025 isn't what it was three years ago — and most defences haven't caught up. The Short Version The attack surface has exploded. So has the sophistication of the attacks. Here are the ten threats reshaping IoT security right now: Device hijacking 🤖 — unsecured cameras, thermostats, and locks turned into network backdoors or remote spying tools Botnets & DDoS 💥 — armies of infected devices weaponised to knock banks, hospitals, and infrastructure offline (Mirai was just the preview) Data breaches 🔓 — IoT devices collect health data, location, and behaviour; a single compromised hub can expose years of deeply personal details Weak authentication 🔑 — default passwords still shipping in 2025; a dictionary attack takes minutes Firmware vulnerabilities 🛠️ — unpatched devices running software fr...