Now let's pretend Tesla rose from the grave and witnessed the magic of IoT and battery-free microcontrollers powering our modern world. I bet he'd be ecstatic, or maybe even a little smug, knowing that his dream of a wireless world is finally coming to life. And frankly, he has every right to be. His pioneering ideas have laid the foundation for some of the most cutting-edge innovations shaping our lives today.Prepare for a captivating voyage because we're about to dive into the fascinating world of IoT technologies and battery-free microcontrollers, drawing parallels between Tesla's vision and the current trajectory of these modern marvels. Get ready for an electrifying journey through time and technology as we explore what it would be like if Tesla were alive today to witness the fruits of his genius.<h2>The Early Days of Wireless Communication: Did Tesla Predict the Future?</h2>To kick things off, let's hop into our time machine (bear with me) and zip back to the late 19th and early 20th centuries when Tesla was busy laying the groundwork for our modern wireless world. Back then, the concept of wireless communication was still in its infancy, and Tesla's mind was teeming with revolutionary ideas that seemed almost fantastical at the time.<figure class="image"><img src="https://res.cloudinary.com/onio/image/upload/v1683621146/onio-website/2023-04-01/onio_tesla_tower_f9d7b770e1.jpg"></figure>First up, we have the <a href="https://en.wikipedia.org/wiki/Tesla_coil">Tesla coil,</a> an invention that looked like it was ripped straight out of a steampunk novel. This high-voltage, resonant transformer allowed Tesla to experiment with wireless energy transmission, igniting his imagination and sparking some of his boldest ideas. The Tesla coil was not only a testament to his ingenuity but also a precursor to the wireless technologies we know and love today.Now, while Tesla was busy conjuring up visions of a wireless future, the world was just beginning to dip its toes into long-distance communication. The telegraph and telephone were the talks of the town, but they still relied on cumbersome wires and physical connections. Enter <a href="https://en.wikipedia.org/wiki/Guglielmo_Marconi">Guglielmo Marconi</a>, the man often credited with inventing the radio. But guess whose work laid the foundation for Marconi's invention? That's right—our dear friend Tesla. His groundbreaking research on wireless energy transmission set the stage for the development of radio and, ultimately, the wireless world we now inhabit.So, with this brief glimpse into the past, we can see how Tesla's innovative spirit and daring ideas were catalysts for the wireless communication revolution. And now, as we venture back to the present, we'll see how his vision continues to shape our world through the Internet of Things and beyond.<h2>The Internet of Things (IoT) and the Wireless World: Tesla Would Be So Proud</h2>In today's world, connectivity is at an all-time high, and Tesla's dreams are becoming a reality with the advent of the Internet of Things (IoT). But what is the IoT, and how does it relate to Tesla's vision of a wireless world?Imagine a giant web of interconnected devices and objects, all chatting with each other, sharing data, and making our lives easier, more efficient, and more enjoyable. That's the IoT in a nutshell. From smart homes that cater to our every whim to wearable devices that monitor our health and fitness, the IoT is steadily integrating into the fabric of our existence. Even transportation systems and city infrastructures are joining the movement, transforming the way we move, live, and interact with our surroundings.Several IoT technologies inspired by Tesla's vision include:<ol><li>Wireless Charging: Technologies like <a href="https://www.wirelesspowerconsortium.com/qi/">Qi wireless&nbsp;</a> charging for smartphones and other devices are becoming increasingly common. They use the principle of electromagnetic induction, which was explored by Tesla in his work on wireless energy transfer. Wireless charging pads for electric vehicles are also being developed, allowing cars to recharge without physically plugging in.</li><li>WiTricity: <a href="https://witricity.com/">WiTricity</a> is a company that has developed a technology called "magnetic resonance" for wireless power transfer over longer distances. This technology can be used for charging electric vehicles, consumer electronics, and medical devices. It reflects Tesla's vision of transmitting power wirelessly over long distances.</li><li>Energy Harvesting: Researchers are developing<a href="https://www.onio.com/article/standouts-among-energy-harvesting-technologies.html"> energy-harvesting technologies</a> that capture energy from ambient sources like light, heat, and vibrations. This aligns with Tesla's vision of drawing power from the environment, enabling battery-free operation for IoT devices and sensors.</li><li>Wireless Power Transmission for Space-based Solar Power: Inspired by Tesla's ideas, some researchers are exploring <a href="https://ntrs.nasa.gov/api/citations/20080036588/downloads/20080036588.pdf">wireless power transmission</a> for space-based solar power systems. These systems would collect solar energy in space and transmit it wirelessly to Earth, potentially revolutionizing energy generation and distribution.</li><li>Ossia's Cota Technology: <a href="https://www.ossia.com/cota">Ossia is a company</a> that has developed a technology called Cota, which uses radio frequency (RF) signals to transmit power wirelessly over short distances. This technology can be used to power IoT devices, wearables, and other electronics without the need for cables or batteries.</li></ol>Tesla would likely be thrilled to see these modern technologies bringing his dream of a wireless world closer to reality. As we continue to innovate and push the boundaries of what's possible, the IoT is opening doors to new applications and opportunities that even Tesla could never have dreamed of. With each new breakthrough, we're one step closer to realizing his grand vision of a wireless world.<h2>Battery-Free Microcontrollers: The Unsung Heroes of the IoT Realm</h2>In our quest to bring Tesla's wireless world to life, we've encountered a major roadblock: energy consumption. As we add more and more IoT devices to our lives, the demand for energy-efficient solutions becomes increasingly crucial. It's time to turn our attention to the unsung heroes of the IoT realm: battery-free microcontrollers.These tiny yet powerful devices are the brains behind most of our smart gadgets, making them tick and ensuring they perform their tasks efficiently. However, traditional microcontrollers rely on batteries or wired power sources, which clashes with Tesla's vision of a wireless world. So, what's the solution? Enter<a href="https://www.onio.com/products/onio-zero.html"> battery-free microcontrollers</a>, the sustainable and wire-free alternative that's about to change the game.By harnessing energy from ambient sources like light, heat, movement, or radio waves, battery-free microcontrollers can power IoT devices without the need for clunky batteries or tangled cords. This revolutionary approach not only aligns perfectly with Tesla's dream of wireless energy transfer but also paves the way for a more sustainable and environmentally friendly future.Just picture the possibilities: smartphones that never need charging, wearables that draw power from your body heat, or even entire cities that run on wireless energy. These innovations would undoubtedly leave Tesla both astonished and proud as his once-futuristic vision becomes an achievable reality.As we continue to develop and refine battery-free microcontroller technology, we're inching closer to a future where Tesla's wireless world is no longer just a dream but an integral part of our everyday lives.<h2>Tesla's Unfinished Masterpiece: The Wardenclyffe Tower</h2><figure class="image"><img src="https://res.cloudinary.com/onio/image/upload/v1683621609/onio-website/2023-04-01/onio_tesla_tower2_23353b0b1c.jpg"></figure>As we delve deeper into the world of wireless technology and IoT, there's one ambitious project from Tesla's past that we simply can't ignore: the <a href="https://en.wikipedia.org/wiki/Wardenclyffe_Tower">Wardenclyffe Tower</a>. Conceived as a means to transmit both wireless messages and electrical power across the globe, the Wardenclyffe Tower was Tesla's unfinished masterpiece.This colossal tower, designed to harness the Earth's natural electrical charge and transmit power wirelessly, was Tesla's most audacious project. Sadly, due to financial difficulties and skepticism from investors, the project was never completed, and the tower was ultimately demolished in 1917.However, the spirit of the Wardenclyffe Tower lives on in our modern-day innovations. As we strive to develop wireless power transmission technologies and advance the Internet of Things, we're gradually realizing Tesla's vision of a connected, energy-efficient world. We may never see a completed Wardenclyffe Tower in our lifetimes, but the essence of its purpose—wireless power and communication—is very much alive today.<h2>In Conclusion: Channeling Tesla's Spirit in Our Wireless World, Responsibly</h2>As we embark on this thrilling journey through the world of wireless technology, IoT, and battery-free microcontrollers, it's hard not to marvel at the incredible foresight and ingenuity of Nikola Tesla. His pioneering ideas continue to inspire and shape the course of technological development, even over a century after his death.However, while Tesla's vision of a wireless world is undoubtedly inspiring, it's important to recognize the potential challenges and pitfalls associated with increased connectivity and reliance on technology. As we continue to innovate and embrace a wireless future, we must also be mindful of potential issues such as privacy concerns, data security, and the environmental impact of our expanding digital footprint.The key to navigating these challenges is to strike a balance between technological advancement and responsible innovation. By learning from Tesla's relentless pursuit of progress and combining it with a thoughtful, ethical approach to technological development, we can build a wireless world that not only realizes Tesla's dream but also addresses the complex issues that come with increased connectivity.So, what if Nikola Tesla were alive today? There's no doubt he would be both amazed and proud to see his vision of a wireless world materializing before our very eyes. As we continue to innovate and push the boundaries of what's possible, we're not only honoring Tesla's legacy but also building a brighter, more connected, and responsible future for generations to come.As we channel Tesla's spirit and embrace the wireless world, let's keep dreaming big, challenging the status quo, and daring to imagine a world where anything is possible, all while considering the ethical and responsible development of technology.

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Okay, picture this: You're strolling through a city that looks like it's straight out of a sci-fi movie, and your phone is magically charging in your pocket—no wires, no power banks, just pure, invisible energy. Sounds awesome, right? Well, this electrifying dream was first imagined by the mad genius Nikola Tesla over a century ago. Mind-blowing, huh?

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Nikola Tesla Today: Modern Innovations and the Wireless World Vision

Runar Finanger

To claim that technology is kind of a big deal in our lives would be the understatement of the century. From shaking us out of our slumber in the morning to tucking us in for some quality snooze time, and everything in between, tech has become our constant, inseparable companion.Remember that time when the industrial revolution turned everything topsy-turvy and changed our lives forever? That was, like, 200 years ago. Well, we're now smack-dab in the middle of another revolution – the IoT extravaganza. And, even though industrialization has given us some headaches, it's tough to completely diss it – I mean, who doesn't love a cozy sofa, zippy cars, and snazzy smartphones? Tech makes our lives cushy, and let's face it, we humans can't resist a good dose of comfy.Nowadays, the Internet of Things has gotten so ginormous that pretty much everyone's heard of it. Even if they don't know the nitty-gritty of how it all works, most folks get the basic idea that it's not just computers and tablets getting chummy with the internet anymore – it's your smarty-pants watch, your fridge, your shoes – heck, just about anything you can think of probably has some sort of internet connection.Tech's come a long way, baby. We've seen it grow and evolve through the years, and now we've got super cool things like 5G, AI, ML, and IoT, all thanks to countless advancements building on one another.<h2>The Internet of Thingamabobs: We're all connected now</h2>The IoT has completely transformed how we see the internet. Nowadays, it's way more than just the World Wide Web. We're talking everything from your snazzy sneakers to your kitchen gizmos – they can all join the internet party.<figure class="image"><img src="https://res.cloudinary.com/onio/image/upload/v1683113122/onio-website/2023-04-01/onio_connected_sneakers_fb35a2838d.jpg"></figure>We've created a world that's all chatty and interconnected. Today, we're able to mesh with reality like never before, blending the digital and physical realms in ways that would've made jaws drop not too long ago.At its heart, the Internet of Things is all about communication and connectivity – a smooth flow of info that boosts efficiency and opens the door to a whole bunch of new possibilities.Take a gander at the world around us, and it's plain to see that cutting-edge IoT gadgetry has turned it inside out.These days, we can slap wireless sensors onto just about any object, letting it cozy up to the internet in real time.<h2>IoT growing pains</h2>Back in the early days of IoT, one of the biggest hurdles to getting this global IoT shindig off the ground was the power conundrum.After all, those wireless sensors needed some juice to keep them going. Back then, plugging into the wall or relying on batteries were the only options in town. But let's be real, neither of those solutions were exactly the bee's knees.And then there were the financial concerns. IoT sensors weren't quite the bargain they are today. The numbers just didn't make sense. Manufacturers and businesses weren't being wooed with a sweet enough deal.<h2>Green quandaries and IoT</h2>IoT's eco-friendly street cred was getting some serious side-eye – after all, this was the tech that was supposed to be our trusty sidekick in battling climate change and deforestation, among other urgent eco-crises.IoT wouldn't be much of a hero if it turned out to be an environmental baddie itself – and you bet your boots it would've been a massive green nightmare if billions of IoT sensors worldwide were running on batteries.That being said, a whole bunch of brainpower was being funneled into cooking up ultra-low-power sensors and super-duper energy-efficient batteries. But as things were unfolding, it was dawning on the IoT community that a battery-powered future just wasn't in the cards.<h2>No-Batteries-Allowed IoT</h2>Despite Band-Aid fixes like ultra-low-power sensors and fancy batteries, it was crystal clear that IoT's future had to ditch the batteries. If we were gonna make a world where every doohickey and doodad connected to the internet, we needed to whip up a more clever solution.Enter stage right: batteryless microcontrollers and sensors powered by energy harvesting tech. These snappy little gizmos took all the old-school notions about IoT power solutions and chucked them out the window – energy harvesting was the new cool kid on the block.Energy harvesting is all about scooping up tiny bits of ambient energy that would otherwise laze around, and turning it into bite-sized chunks of electricity. I mean, even the most high-tech IoT devices just needed a few milliwatts here and there.Plus, there's no shortage of energy sources to pick from – there's a never-ending supply of energy dancing all around us, morphing from one form to another, just twiddling its thumbs. Thanks to our undying love for electronic gadgets – PlayStations, Wi-Fi routers, TVs, smartphones, you name it – we're swimming in a sea of radiofrequency waves. And that's where RF energy harvesting comes in, turning those waves into a power source.But that's just the tip of the iceberg. The same idea can be applied to mechanical energy – vibrations from solid objects interacting with each other are everywhere, just waiting to be harnessed and transformed into electric juice. That's where piezoelectric energy harvesting steps in. Recently, they even embedded piezoelectric harvesters into pavements to capture the power of <a href="https://www.onio.com/article/energy-harvesting-from-smart-floors.html">pedestrians' footsteps</a>.There's a whole<a href="https://www.onio.com/article/greener-world-battery-free-iot.html"> bunch of other energy</a> harvesting technologies making waves in the IoT world too. Triboelectric, solar, and pyroelectric energy harvesting are just a few standouts.Batteryless microcontrollers ride the energy harvesting wave to kick batteries to the curb in IoT devices. Usually, they'll use one or more energy harvesting methods to do the trick – like a smarty-pants <a href="https://www.onio.com/technology-redefined/batteryless-remote">remote control powered </a>by a batteryless microcontroller, which could tap into both RF energy harvesting and solar energy harvesting.<h2>Greening up IoT, Battery-Free style</h2>Our ecosystems are going haywire at a breakneck pace, and we can't just hit the snooze button. We're facing a major threat to life on this little blue dot. Thousands of species are vanishing quicker than you can say "extinct." Our <a href="https://www.onio.com/article/our-huge-soil-problem-how-iot-help.html">soil's losing its mojo</a>. The air we breathe and the water we drink are contaminated. We're barreling toward ecological disaster if we don't get our ducks in a row.The need to shake ourselves awake and tackle this urgent issue hasn't gone unnoticed. More and more people are feeling the heat and getting fired up to make a difference. But channeling all that passion into cohesive, unified action? That's been a real doozy.Enter the early days of IoT tech, and you've got folks worrying about whether this shiny new standard would be eco-friendly. After all, the first IoT devices were all about batteries, and with folks predicting a world of trillion sensors, there were growing concerns about the environmental fallout of a billion batteries in landfills. When energy harvesting tech stepped up as a battery-free alternative, you could practically hear the IoT world breathing a sigh of relief.<a href="https://www.onio.com/products/onio-zero.html">Batteryless microcontrollers</a> are a giant leap toward making IoT sustainable and Mother Nature-approved. Batteries are a sustainability nightmare. For starters, making them sucks up a ton of resources. Most modern batteries need rare minerals like lithium and cobalt. Lithium mining wreaks havoc on the environment and drains local water supplies.As for cobalt mining, it's mostly done by <a href="https://www.onio.com/article/are-batteries-really-the-answer.html">child miners</a> in the Democratic Republic of Congo, a struggling African nation. Plagued by human rights violations, cobalt mining has faced some serious side-eye in recent years.<figure class="image"><img src="https://res.cloudinary.com/onio/image/upload/v1683111539/onio-website/2023-04-01/onio_moutain_of_battery_waste_4e22fda4ef.jpg"></figure>And if getting the ingredients for batteries weren't bad enough, there's the whole disposal issue. Right now, we're dealing with over <a href="https://ec.europa.eu/eurostat/statistics-explained/index.php?title=Waste_statistics_-_recycling_of_batteries_and_accumulators">99,000 tons </a>of battery waste every year (EU). Adding billions of coin cells to this unholy number? No, thank you. Batteries are toxic trash, and getting rid of them is a major headache.So it's no wonder that batteryless microcontrollers and self-powered sensors have been welcomed with open arms.<h2>Revving up sustainability</h2>Batteryless microcontrollers are just one piece of the bigger eco-puzzle, with IoT tech being put to work to find planet-friendly fixes for some of our biggest environmental headaches. These days, we're seeing IoT being used in all sorts of ways to fight the green fight, like:<div class="raw-html-embed"><ul class="ul--navi">
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 </div><h2>The final word</h2>To sum it up, batteryless microcontrollers and energy harvesting tech have laid the groundwork for an IoT that's green as can be. As our world gets more and more connected and IoT keeps growing, we need to put the pedal to the metal on eco-conscious solutions. By tapping into the ambient energy that's all around us, we can steer ourselves and the planet toward a sustainable future.As tech keeps changing, we've got to make sure it's in sync with our values of sustainability and eco-responsibility. With batteryless microcontrollers and energy-harvesting tech, we're already on the road to making that happen.

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If you haven't noticed, the Internet of Thingamajigs (IoT) is creeping into every nook and cranny of our lives, flipping everything upside-down – from big ol' industries to our personal well-being rituals. It seems there isn't a single human endeavor that can escape the clutches of this IoT bonanza. But with all the awesome gadgetry comes a few worries – especially when it comes to our dear ol' planet. Could IoT gizmos contribute to the already looming eco-disaster we're grappling with? In this article, we'll peek into how nifty IoT advances like energy harvesting and battery-less micro-thingies are making IoT a greener buddy and laying the groundwork for a more eco-friendly IoT future.

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IoT's Sustainable Future: The Rise of Batteryless Microcontrollers and Self-Powered Sensors

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Thanks to the burgeoning global population, we’re having to look at some pretty inventive ways to meet the steeply rising demand for food. Vertical farming is one super-cool agriculture practice that’s taken off in the last few years. Vertical farming allows us to grow more food per unit of land, which takes the pressure off finding more and more arable land to feed our growing billions. However, vertical farming isn’t without its share of challenges. Read ahead to find out more about the ins and outs of vertical farming and how technologies like IoT, wireless sensors and artificial intelligence are being used to revolutionise food-production as we know it. 

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Vertical Farming and the Power of IoT

Senior Content Manager

Abishek Swaminathen

In the early years of IoT, there was a lot of anticipation and hype about how big this new technology was going to get in just a few years - predictions made just a few years ago&nbsp; were often <a href="https://www.gartner.com/en/newsroom/press-releases/2017-02-07-gartner-says-8-billion-connected-things-will-be-in-use-in-2017-up-31-percent-from-2016">ludicrous</a>. There were a lot of mentions of a “trillion sensor world” in just a few years. There was one major problem however with these predictions though - the Internet of Things was not quite able to launch into explosive growth, as expected.&nbsp;As of 2023, we are still nowhere close to a trillion sensors.&nbsp;<h2>What was the problem?</h2>The biggest hurdle was that IoT technology was not able to find a power solution that could keep pace with the exponential growth that was happening with processing power.&nbsp;Microelectronics technology was on a rampage - packing more and more computing power into the tiniest amounts of real estate - but battery technology simply couldn’t keep up - While processing power was increasing at an exponential rate, improvements in power capacity were significantly slower - processing power typically doubles once every 2 years whereas it takes a whopping 10 years for battery capacity to double.In the early years of IoT technology, this mismatch proved to be quite a significant setback - wireless sensors were getting faster, more robust and cheaper. Internet connectivity was improving by leaps and bounds, both in terms of coverage and reliability. Auxiliary technologies like AI, ML etc were cropping up seemingly everywhere and probably much more importantly, the true scope of this technology’s immense potential was really not lost - there was enough awareness about the technology and the various possibilities that it could open up. But, in spite of all these variables stacked up in its favour, IoT technology couldn’t quite take off as spectacularly as it was expected to.&nbsp;The battery <a href="https://www.onio.com/article/energy-harvesting-trumps-batteries.html">problem</a> held the growth of IoT back for many years - batteries came with a number of problems - the biggest one of them being the terrible humanitarian and <a href="https://www.onio.com/article/environmental-cost-of-batteries.html">environmental consequences</a> of using them including human rights violations, child abuse, water pollution and toxic waste.&nbsp;But the problem wasn’t just that - after all, environmental concerns accompany nearly every industry - our automobiles, even the <a href="https://www.onio.com/article/are-batteries-really-the-answer.html">battery-powered</a> ones, are super resource-intensive and environmentally unsustainable - that doesn’t seem to stop us.&nbsp;So, what’s the problem then with IoT sensors?&nbsp;It’s not so much the environmental angle as it is a matter of economic unsustainability that delayed the meteoric rise that IoT was predicted to make.&nbsp;<h2>The problem with battery-powered IoT</h2>Why is IoT so revolutionary in the first place?It’s because of the sheer scale and complexity of information exchange that it enables. Let’s compare them with traditional computers such as PCs and laptops - A computer is nothing but a&nbsp; data-processing device. It’s a device that enables various kinds of information to be processed quickly and efficiently.The internet is a network of computers - an interconnected network of data-processing devices that act as nodes that communicate with one another enabling a large, distributed network that is capable of exchanging data at rapid speeds, enabling a wider range of information exchange and access.&nbsp;The internet of things was conceived from the question why confine internet access to traditional computing devices? Why not democratise internet access and connect all kinds of objects to the internet?That is IoT technology in a nutshell - Wireless sensors and microcontrollers play the role of nodes. Every node in the network plays the role of minimalistic computer, gathering data and transmitting it throughout the network. Overall, this rich treasure trove of information is then processed to identify useful patterns that are then used to actuate desirable interventions directed towards increased efficiency and productivity.&nbsp;<figure class="image"><img src="https://res.cloudinary.com/onio/image/upload/v1681894771/onio-website/2023-04-01/onio_potato_farm_sensor_921eb28b78.jpg"></figure>So, the main advantage that IoT brings to the table is scale. After all, you can’t install a desktop computer in a hundred different locations across a large <a href="https://pulse.microsoft.com/en/transform-en/manufacturing-en/fa2-les-producteurs-de-pommes-de-terre-profitent-de-linnovation-technologique-davr-et-de-capteurs-ido/">potato farm</a> - that’s where IoT sensors come in. Wireless sensors allow for large numbers of nodes to be deployed over a large operation area. This element is crucial to the IoT enterprise.&nbsp;Now, if we are to deploy hundreds or even thousands of wireless sensors, possibly in remote and unreachable locations, then, the idea of these sensors being battery-powered is simply untenable. Billions and billions of everyday objects around us have to be hooked onto the internet using wireless sensors if the IoT is to realise its potential and help us create a world of connected things.If billions and billions of wireless sensors are to be powered by batteries, that would represent a nightmare both in economic and ecological terms. The <a href="https://www.onio.com/article/environmental-cost-of-batteries.html">environmental</a> aspect is quite obvious - modern <a href="https://www.onio.com/article/are-batteries-really-the-answer.html">batteries</a> require rare minerals like Lithium and Cobalt which cause untold ecological devastation when mined in large quantities. That’s not all - batteries run out and when they do, they need to be disposed of - which presents another nightmare of a challenge.&nbsp;When billions of battery-powered sensors are accounted for, this solution is simply not a solution at all.&nbsp;The picture is not that different when seen from the economics point of view. When it comes to battery-powered sensors, the incentives simply don’t line up - if an enterprise is to invest a sizeable sum of money upfront in fitting their operation with a new technology, they simply won’t do so unless they are compelled by potential savings that the upgrade will bring them - i.e they will want a return on their investment. A return that exceeds the amount invested over the long term and brings them more gains, either in terms of increased efficiency and productivity or through direct cost-savings.&nbsp;With battery-powered sensors, this incentive is simply not there for the business. The value proposition of battery-powered sensors looks something like this - invest huge amounts of money upfront and then haemorrhage money throughout the lifecycle of the network by forking out money for battery replacements and periodic maintenance.&nbsp;You can see why this proposition doesn’t make a whole lot of economic sense if you are a business owner. The business is simply not being incentivised to move away from its set ways and invest in this new technology. And any sound economist will tell you that no change in behaviour is possible without the right kind of incentives - for individuals or for organisations.&nbsp;Initial work was directed at developing better batteries and ultra-low-power microcontrollers. These did push the ball forward but were far from being elegant solutions. After all, no matter how long a battery lasts, it is always going to need replacement at some point, which translates to a recurring expense. Moreover, with an increasing number of people becoming acutely aware of the global ecological crisis, this solution was not really seen as anything more than an interim step in the process of finding a more long-term solution.&nbsp;<h2>Enter batteryless sensors</h2>The advent of <a href="https://www.onio.com/article/how-do-self-powered-sensors-work.html">Self-powered sensors</a> or <a href="https://www.onio.com/article/self-powered-batteryless-sensors.html">batteryless</a> sensors represented a notable landmark in the history of IoT technology.&nbsp;With IoT technology growing rapidly and featuring prominently in nearly every aspect of human endeavour, it was imperative that we found a way to free IoT technology from the tyranny of the battery.&nbsp;To this end, a number of alternatives were explored until <a href="https://www.onio.com/article/what-is-energy-harvesting.html#:~:text=Energy%20harvesting%20(Also%20known%20as,be%20stored%20for%20future%20use.">energy harvesting</a> technology emerged as a clear winner. Over the last few years, batteryless IoT sensors powered by various kinds of energy harvesting technologies have emerged as clear winners in this race.&nbsp;Batteryless sensors are able to harness the energy required for their operation from their environments, completely eliminating the need for an external power source. They are able to extract tiny amounts of energy from stray <a href="https://www.onio.com/article/benefits-of-rf-energy-harvesting.html#:~:text=RF%20energy%20harvesting%20essentially%20means,%2C%20phone%20towers%2C%20or%20radar.">electromagnetic</a> waves, sunlight, <a href="https://www.onio.com/article/energy-harvesting-from-smart-floors.html">vibrations</a> and <a href="https://www.onio.com/article/what-is-thermoelectric-harvesting.html">thermal</a> gradients.&nbsp;If that doesn’t simply sound astounding and otherworldly, look again - the idea of sensors that literally powered themselves out of thin air would have sounded nothing short of ridiculous just a few years ago. Today however, energy harvesting powered nodes are very much a reality and they are increasingly featured in many mass-market IoT devices.&nbsp;<h2>Clear Incentives</h2>Economists see all human decision making as a function of responding to incentives. In economic terms, all human decisions are made in a bid to maximise gain and minimise loss.As we mentioned earlier, battery-powered sensors were just not able to offer businesses the right kind of incentives. However, with batteryless sensors, the equation looks very different.&nbsp;With batteryless microcontrollers and sensors, the BOM (bill of materials) is much smaller. It is <a href="https://www.onio.com/products/onio-zero.html">estimated</a> that typically, businesses could save anything from 40% to 80% on their total BOM cost, when they opt for a batteryless microcontroller.&nbsp;Not just that.&nbsp;With batteryless microcontrollers, the savings are not just in terms of the BOM cost. Over the life cycle of the product, there are other substantial gains. Battery costs are obviously saved but it’s not just that either - over the life cycle of an IoT setup, businesses will have to plan for recurring maintenance costs and battery-replacement costs. Moreover, battery-based solutions are more likely to result in unexpected downtimes which are also potentially costly.&nbsp;Batteryless IoT solutions eliminate all these costs in one fell swoop. They require practically no maintenance and because of fewer moving parts, unexpected failures are much less likelier.&nbsp;<h2>Economic Impact of IoT</h2>The internet of things has had an indelible impact on the global economy. No field of enterprise will ever be the same now, following the massive explosion in IoT adoption. IoT-enabled connected technology has dramatically altered the global business landscape and that is not an overstatement by any means.&nbsp;Connected technology has changed the way we do literally everything, from raising <a href="https://www.iotforall.com/use-case/livestock-management">cattle</a> to managing factories and everything in between.&nbsp;A recent <a href="https://www.frontier-economics.com/media/1167/201803_the-economic-impact-of-iot_frontier.pdf">study</a> tried to establish the relationship between IoT technology and economic growth in objective, data-driven terms.&nbsp;The results showed that a 10% rise in M2M connections (used as a proxy for total IoT investment) typically leads to yearly GDP increases of about 0.7%. To put that number in perspective, let’s take the United States of America and Germany as examples. Both these countries are veritable economic powerhouses and are extremely major players on the global level. A 10% increase in IoT investment in these countries, would, according to this trend, result in a net GDP gain of about $2.2 trillion in America’s case and $370 billion in Germany’s case. These are truly staggering numbers and go a long way towards highlighting why IoT technology draws the hype that it does.&nbsp;These numbers are just to offer an insight into the mind boggling economic promise of IoT technology - they do not even take into account the various knock-on effects that IoT technology has on the economy - such as increased productivity, improved connectivity, better quality control etc.&nbsp;The hardest thing to quantify will be the slew of previously unimagined economic opportunities that IoT technology will enable in the future.&nbsp;What IoT technology can do is crunch large amounts of data and identify patterns that we simply didn’t know existed. Sensors allow us to collect, synthesise and make sense of vast quantities of information, uncovering new breakthroughs in the process. As more and more objects become connected to the internet and start interacting with one another, an entire universe of opportunities will open up.&nbsp;There is simply no way we can put a dollar value on the sort of innovation that this level of interconnectedness will bring.&nbsp;<h2>Developing Economies</h2>The economic impact of IoT technology is expected to be especially significant In countries where resources and opportunities are scarce.&nbsp;Connected technology can drive socioeconomic growth right from the grassroots level in developing economies, making it more of a fair fight when they compete with developed countries in the global arena.&nbsp;More importantly, connected technology can help with efficient resource allocation and management, increasing quality of life in the process. This has an indirect effect on the economy of these countries - after all, when more people are able to access the basic resources needed to sustain life, it translates into a more robust marketplace, over a period of time.&nbsp;For instance, Portland State University is currently involved in a project called <a href="https://dil.berkeley.edu/data-analytics-toolkits/mezuri-platform/sweetlab/">SWEETlab</a> which is developing a number of projects aimed at improving living conditions in emerging economies using IoT technology.&nbsp;One of the projects that the lab has taken up is the setting up of <a href="http://cand.com.vn/Kinh-te/Loi-nhuan-khung-tu-nong-nghiep-thong-minh-365241/">smart</a> farms in Vietnam, where IoT-driven connected technology is being used to drive higher production efficiency and mitigate risk of crop failure due to pest infestations and erratic weather patterns. Wireless sensors are being used on these farms to monitor moisture levels and adjust irrigation accordingly. Additionally, various kinds of sensors are being used to track parameters such as temperature, humidity, nutrient levels etc.&nbsp;This is just one example of how connected technology translates to significant economic advantages in covert ways. Similar technologies are being <a href="https://www.wired.com/brandlab/2017/01/sensor-based-economy/">deployed</a> in other resource-poor settings - SWEETlab monitors have notably already been used in cooking stoves, water pumps and filters, in a number of countries such as India, Indonesia and Kenya.&nbsp;<h2>Path to The Future</h2>Researchers <a href="http://www.gartner.com/newsroom/id/3165317">estimate</a> that as of today, there are over 50 billion smart, connected objects in the world. While this is indeed quite a way off from the trillion mark, that is still a heckuva lot of IoT sensors.&nbsp;And if the <a href="https://www.nsf.gov/eng/iip/sbir/topics/IoT.jsp">National Science Foundation</a> is to be believed, we are not too far off from the 1 trillion mark either.&nbsp;All kinds of things around us are connected to the internet today thanks to IoT technology. We are generating incredible <a href="https://techcrunch.com/2010/08/04/schmidt-data/">amounts</a> of data and this is radically transforming the basic shape and texture of our economy.&nbsp;Without doubt, we are entering the era of the <a href="https://www2.deloitte.com/mt/en/pages/technology/articles/mt-what-is-digital-economy.html">digital economy</a> - In many ways this is simply a different paradigm. a different way of organising our economic structures - something that is going to challenge us in a number of very fundamental ways. This digital economy is going to be a sensor-based economy. Wireless sensors are going to be the platform on which an entire gamut of future opportunities is going to be raised.&nbsp;Healthcare, construction, consumer electronics, agriculture, manufacturing, transportation - you name it - every sector is going to feel the pressure to transition quickly to this new sensor-driven paradigm. Real-time analytics and AI in all likelihood, are going to play huge roles in this new economic paradigm.&nbsp;Exciting stuff indeed. But only time will tell what the future holds for us.

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The Internet of Things is a veritable goliath today. The technology has grown in leaps and bounds, leaving a massive footprint of disruption across all spheres of life. IoT technology is essentially made possible by wireless sensors. Sensors act as nodes in wireless networks, collecting data and transmitting it to the network’s information processing infrastructure.

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The Financial Side of Batteryless Sensors

ONiO is an IoT company specializing in crafting self-powered microcontrollers that run on nanowatts harvested from their surroundings.

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ONiO is a fabless IoT company specialising in batteryless microcontrollers that run on energy harvesting. We are deeply committed to crafting viable clean-energy solutions for IoT devices, breaking them free from the battery. ONiO.zero can use virtually any RF, thermal, solar, piezo signal as a power source. 

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 The power of Zero is undeniable The people behind ONiO Kjetil Meisal Vemund Bakken Runar Finanger Ronan Barzic Related Pages Products Articles The Big Picture The Team [object Object] We envisioned an IoT future with zero batteries. So, we created ONiO.zero — An MCU that operates 100% on energy from its surroundings — zero coincells, zero batteries, zero supercaps, zero lithium and zero toxic waste! 

Zero batteries — But still, a ton of power!
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ONiO is the company behind ONiO.zero - a batteryless and wireless microcontroller. ONiO’s team is home to some of the brightest engineering minds in the Semiconductor world and so much more.

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Powered byONiO.zero Batteryless Remote Control Related Pages Love a good read? Tuck right in. Technology Redefined Learn more Related Pages Products News Articles    Informative and backed by solid research - welcome to our growing archive of articles!

Informative articles about energy harvesting and IoT technology -  backed by solid research - welcome to our growing archive of articles!

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“I am very pleased with strengthening our advisory board with an industry titan like Gaute Myklebust”, says Vemund Bakken, CTO of ONiO. "His diverse knowledge will be applied from day one continuing our momentum in making the most energy-friendly microcontrollers enter full volume production"Gaute Myklebust has a PhD in Computer Architecture and Parallel Processing from the Norwegian University of Science and Technology (NTNU) and brings insight, industry-nous and tons of insider knowledge from his rich vein of experience in the semiconductor space. Since 2016, he's been managing TouchNetix' semiconductor development organization, which is a world-leading supplier of HMI solutions to automotive and industrial markets.<blockquote>ONiO has taken on the massive challenge of unlocking IoT’s potential by solving the energy issue, says Gaute Myklebust. Working with ONiO’s extremely talented team reassures me that we’re well on track to meeting this challenge!</blockquote>In 1996, Gaute Myklebust co-founded the AVR Microcontroller Design Center in Trondheim, Norway, and held multiple positions in Atmel Corporation, a renowned provider of microcontrollers, touch logic and wireless connectivity solutions, from 1996 to 2016. Among the positions he’s held, Vice President in the CTO office from 2011, where he was responsible for product definition, IP portfolio management and M&amp;A are a few noteworthy ones. Gaute Myklebust’s input and expertise is sure to be an invaluable asset to the ONiO board of advisors.

ONiO is excited to announce that Gaute Myklebust has joined the ONiO board of advisors. Gaute has more than 30 years of experience in the semiconductor industry and will be a valuable asset to ONiO as we continue to grow and develop our technology.

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Gaute Myklebust joins the ONiO board of advisors

OSLO, NORWAY, Aug 25, 2021 - ONiO, a fabless IoT company that brings self-powered, batteryless solutions to the market, has secured a $2.3 million equity investment agreement with MP Pensjon (TINE Pension Fund) and the European Innovation Council (EIC) Fund, as part of its EIC Accelerator program. This financing round will enable ONiO to further accelerate the rollout of ONiO.zero - the world’s first general purpose wireless microcontroller WMCU capable of true batteryless operation.Kjetil Meisal, CEO at ONiO, adds, &nbsp;“We are grateful for the support from the EIC Fund and our current investors. The support has helped mitigate the risks of undertaking broader and more ambitious development efforts. Besides the evident financial support, ONiO is honoured to be selected as one of the most innovative companies in Europe. This is for sure a seal of excellence for the company, partners and investors.”&nbsp;ONiO.zero is a tiny wireless microcontroller that is designed to replace the battery in the devices that surround us. ONiO.zero is one small step into the promising world of self-powered sensing - And we hope, a frontrunner among many giant leaps towards a sustainable and green future.&nbsp;Martin Bruncko, member of the EIC Fund Investment Committee, said: “We are glad the EIC Fund is backing ONiO which is bringing highly promising, self-powered, battery-free sensor solutions to the IoT market. The potential market opportunity here is massive and ONiO is well placed to take advantage of it”.&nbsp;For more information, visit: <a href="https://www.onio.com">www.onio.com</a> Photos for media, visit: <a href="https://www.onio.com/news">www.onio.com/news</a><h3> About ONiO</h3>Based in Oslo, Norway, ONiO® is a fabless IoT company specializing in batteryless microcontrollers that run on ambient energy. We are deeply committed to crafting viable clean-energy solutions for IoT devices, breaking them free from the battery. ONiO.zero is our line of batteryless general-purpose microcontrollers. ONiO.zero can use virtually any RF, thermal, solar, piezo signal as a power source. Our aim is to unshackle one IoT device at a time from the battery, en route to a 100% battery-free IoT future. Our product offers manufacturers a more minimalist, user-friendly, economical, and environmentally sustainable power solution for IoT devices.&nbsp;<h3> About the EIC-fund</h3>Established in June 2020, the European Innovation Council Fund (EIC Fund) is a breakthrough initiative of the European Commission to make direct equity and quasi-equity investments (between €500.000 and €15 million) in European high impact and deep tech start-ups and scale-ups. With a long-term perspective, the EIC Fund invests in companies from any sector, across all EU member states as well as in associated countries.The EIC Fund aims to fill a critical financing gap and its main purpose is to support companies in the development and commercialization of disruptive technologies. This is achieved by crowding-in market players, and further sharing risk by building a large network of capital providers and strategic partners suitable for co-investments and follow-on funding.The Fund pays particular attention to the empowerment and support of female founders as well as the ambition to reduce the innovation divide among EU countries.To learn more about the EIC, visit<a href=" https://eic.ec.europa.eu/index_en"> https://eic.ec.europa.eu/index_en.</a>

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ONiO Raises $2.3M in its latest funding round.

Remote Control Energy sources Right as rain, safe as houses A Zero-compromise user experience Ultra-low power requirement All the frills and thrills - IR diode support Future proof flexibility Pulse density modulation interface (PDM) Capacitive touch Button key scanner Accelerometer Reference Design Want to talk? Introduction Visit the ONiO.zero page Energy Harvesting Reliability User Interfaces Contact us for more information The remote as we know it is a dinosaur - ancient technology! Today, with energy harvesting, the pain of charging and replacing batteries is history! Our surroundings are rife with potentially usable energy that we can harness and store. Energy from WiFI AP, mobile phones and other dedicated terrestrial RF energy sources supplies enough power for the remote to operate. At the heart of our smart remote solution is ONiO.zero - a batteryless wonderchip that runs on ambient energy! The best part, fewer batteries are thrown away in landfills. What's more - super-tiny photovoltaic cells could be used in tandem to make sure you never run out - Given typical light conditions, you could power your remote for eternity - no replacements, no nothing! RF fields between 650MHz and 2.4GHz.Any source between 350mV and 4V that produce 5-10μA). E.g. PV/Solar, thermal and motion.  ONiO.zero implements a low power PDM interface for interfacing low power microphones. The supported sampling speeds are 300kHz to 12MHz with support for fractional bitrate. The capacitive touch engine does not require any internal oscillator to run and is fully self-clocked. This means that it’s extremely low power and can asynchronously wake the rest of the system up. True wake on touch! Supports 8 rows and 8 columns making for a total of 64 buttons. Runs on an ultra low-power oscillator. Any keypress wakes up the CPU. FIFO (First in First out) of last 8 key presses. A low power SPI and two-wire interface are implemented for efficient interfacing with an accelerometer. The data from the accelerometer can be classified by ONiO.zero into gestures. Drained batteries and interruptions are best left in the past! With just a little ingenuity, we can design batteryless solutions that, well, just make more sense! Energy has to be present when the remote is in use. By utilising both RF and PV cell harvesting the remote will constantly be charging - even when its stuck between your sofa cushions. We took a novel new approach to low-power. We designed for nano-watt operation - not milli- or microwatts from day one. This has resulted in a framework that allows applications using a battery today - remove them tomorrow. We have to acknowledge that most remote controls today still utilise infrared communication. That's why we added a dedicated hardware module for carrier generation and modulation of IR diodes. A modern remote control is meant to be user-friendly and flexible. ONiO.zero supports multiple user interfaces - so you’re never caught off guard - whatever your device or need, we’ve got you covered.

A real smart remote solution runs on ONiO.zero - a batteryless wonderchip that feeds on ambient energy! Best part, no more annoying broken battery lids!

ONiO - Smart Remote

ONiO.zero Get started with ONiO.zero Want to talk? Why we made ONiO.zero Benefits Energy Harvesting Key Features Want to talk? Environmental Benefits ONiO.zero A miniaturised green powerplant One Chip Many Benefits Small Chip. Smaller BOM. Zero battery. Zero maintenance. IoT Unshackled Ambient Energy More with batteryless MCU Radio Peripherals Memory Energy source Operation conditions Material Savings (Kilo Tons) The planet says Thank you! Scarce Supply Unsustainable ONiO.zero is a tiny wireless microcontroller that is designed to replace the battery in the devices around you. ONiO.zero is one small step into the promising world of self-powered sensing, heralding a greener future. Think of it this way - ONiO.zero is a micro-powerplant that sits unobtrusively in your device, powering it for life! Not only do you get better performance, more flexibility and substantial usability gains - It’s also way easier on your pocket. Instead of playing with pennies - we turned to the dollar. We integrated radio, mcu, memories and PMIC in a single package.  Slashes number of service requests. Essentially, zero maintenance required. Now that’s something your customer wants to hear. IoT liberated from the battery. There’s just no telling how far IoT can go when you break the chains of the battery. Grafted on a 4mm² piece of silicon, you have electrical circuitry to accumulate even the smallest amounts of energy. This nano sized power house enables you to execute programs, connect to external sensors, and communicate wirelessly. A goldmine waiting to be tapped. ONiO.zero is a milestone in utilising renewable energy to power microelectronics -  a future where RF, solar and thermoelectric energy is harnessed and put to work for us! Based on expected number of IoT devices in 2035 Batteries are bad for the planet - period. There’s no two ways about it.They destroy habitats, pollute our waters and decimate the health of entire communities!Energy harvesting and self-powered sensing have got to be the way forward for the Internet of Things. RISC-V 16/32-bit architecture (RV32EMC). High code density with compressed instructions. 1.8V 24MHz, 1.0V 6MHz, 0.8V 1MHz. 450-800mV Asynchronous operation from ROM/RAM. Crystal-less BTLE transmitter. Programmable output power (-40 to 0dBm). PA supports operation down to 850mV - 0dBm.  Industry Standard I2C, SPI and UART. Asynchronous AES module for encryption/hash generation. GPIO with asynchronous interrupt/wake up. Programmable current source. Biasing external sensors. 1KB of mask ROM (stdlib, math etc). 2KB RAM. 8/16/32KB ULP Flash. 100k Writes. Read supported down to 850mV. Internal RF Rectifier:
Multi frequency 800/900/1800/ 1900/2400MHz bands (ISM and GSM) supported. 
Internal Power Factory:
Voltaic cells down to 400mV (DC) Solar, piezoelectric and thermal (1V8 to 3.6V) Operating voltage: 450mv - 1.8V. Operating frequency: Asynchronous to 24MHz. Operating temperature: -40 to 85°C (Industrial grade). ESD protection HBM > 2kV; latchup > 100mA. Demand for Cobalt will outstrip supply by the year 2030 - Cobalt is an essential component in the batteries that power our modern day consumer electronics. A move to energy harvesting will reduce our dependence on non-renewable minerals such as LIthium, Cobalt, Manganese etc. There’s a massive humanitarian cost to every single battery that we use and throw - Lithium and Cobalt mining leave thousands of children sick for life and devastates entire communities in South America and Africa. Progress simply can’t be this loopsided and cruel. 

ONiO.zero is a tiny wireless microcontroller that is designed to replace the battery in the devices around you. ONiO.zero is one small step into the promising world of self-powered sensing, heralding a greener future. 

ONiO.zero - batteryless MCU

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