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A deep dive into Helium’s hotspot and business plans

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Earlier this year, I plugged in a Helium hotspot and created a node on a distributed network designed for the internet of things. Three months later, I am prepared to share my experience with the hotspot, along with how my thinking around Low-Power Wide-Area Networks (LPWANs) has changed as a result of this experiment.

First up, let’s talk about Helium’s history and business model. The company was created in 2013 because its founders realized that the internet of things was promising, but also tough to implement. If you wanted to make connected sensors useful and ubiquitous you had to make connected sensors easy to install and cheap to operate. Which is why when Helium first launched it was building a proprietary radio protocol embedded in sensors.

My Helium hot spot came packaged like a consumer product. Image courtesy of S. Higginbotham.

That didn’t work. So Helium changed up the model. Amir Haleem, the company’s co-founder and CEO, has long been a proponent of a decentralized internet, so he created a decentralized IoT networking protocol called LongFi and adopted cryptocurrency to make it worthwhile for people to become nodes on Helium’s network.

Haleem’s insight was that LPWANs for the internet of things needed to be plentiful and cheap. If you charge a lot of money to send relatively small amounts of data you’ll only get high-end use cases, such as tracking diamond shipments or whatnot. And there are plenty of existing networks—including cellular—that meet that need. What the IoT needed was a way to send small amounts of data at low power for a penny or so per transaction.

That way if a company wanted to connect a smoke detector to the internet, it could afford to do so in a manner that wouldn’t make the device cost-prohibitive, or require the manufacturer of the smoke detector to create a subscription plan simply to pay for data. The cellular industry is trying to build a low-cost network for IoT on traditional licensed spectrum called NB-IoT. Other companies, such as Sigfox and Senet, are also trying to build low-power IoT networks from scratch.

But Haleem’s contention is that if the goal is to try to connect a bunch of data-sipping, low-cost devices to the network, the cost of building a centralized network is simply too high. Instead, the network must be decentralized and look more like a shared, user-created network.

And so both the Helium hotspot and Helium token network were born. Haleem hopes that users will install Helium’s physical routers on their broadband networks to create an ad hoc IoT network that will transfer data over those users’ home or office broadband connections. To incentivize users and create security, Helium created a blockchain called Helium Network Tokens that accrue to people who run a Helium hotspot.

Helium hotspot owners can earn tokens for providing a connection to passing devices as well as for simply existing as a node on the network. For now, Helium Tokens are exchanged for data credits, which allow your devices to surf on the Helium network. In early March, Helium announced that it would add LoRa support for its network, which was a big deal for the company, because at that moment the network became useful for hundreds of existing sensors and devices already in the world.

It also meant that more people would have an incentive to buy or build a hotspot for the Helium network, because there was now more demand for such a network. For me, it meant that suddenly my Hotspot would get more pings, earning me more tokens.

So now let’s talk about the Helium hotspot experience.

The hotspot is a $ 350 device that plugs into an outlet and sits on your Wi-Fi network. When you open the box and plug the router in, you start by downloading the Helium app, which is available on iOS and Android. (I’m using Android). First up, you’ll need to choose a set number of security words in case you need to access your account.

Because this is a secure network, only you have these security words, and only these words will unlock your account so that you can get tokens and adjust things. If you lose them, you will be forever locked out of your Helium hotspot and the tokens it generates. So write them down on the card they provide with the box and store them safely. All of which also means that once you own a Helium hotspot and link it to your account, you are its owner forever. That might change one day, but for now, there’s no resale value in a Helium hotspot.

Once you have your words securely written down and stored, the process of getting the hotspot up and running takes about two minutes. Seriously, you just plug in some cables and let it go. It took mine about three days to finally authenticate to the network, but that’s probably because I live in a remote area and am the only hotspot for miles. In nearby Seattle, however, there are quite a few.

So far, I’ve earned 520 Helium tokens since joining the network on March 2, and I can send those to others using the system by using a QR code. I’m not super clear on this part, since I’ve been in quarantine that whole time and don’t really have a device that needs data at the moment. I’ll also note that if you don’t want to buy a Helium hotspot, Helium is fine with that. The company is licensing its software so makers can put it on their own LoRa hotspots while still becoming part of the overall network and earning tokens.

To test my network, Helium sent me a LoRa GPS tracker. While they added it for me, it seems like a simple enough process to connect a device to the console. One way or another, I can now manage my devices and eventually transfer data credits so those devices can stay connected. Currently, data credits aren’t needed during the beta process.

I can now track where my LoRa GPS tracker goes on a map or create notifications, as well as send the data from the GPS tracker to other cloud services. Someone who has more experience with backend device management applications would need to review the features of the platform, but I thought it was fairly easy to understand. Coverage isn’t a problem for me on the island where I live, and I’ve picked up other hotspots during my brief journeys into Seattle for doctor’s appointments.

I haven’t embarked on my usual spring conference travels because of the quarantine, but Helium’s coverage map, for now, seems to have most major U.S. cities covered. I am excited by the concept, and hopeful that the company can really bring an LPWAN to the mass market. And honestly, I’d be thrilled if my network were to be a part of that, tokens or not.

The post A deep dive into Helium’s hotspot and business plans appeared first on Stacey on IoT | Internet of Things news and analysis.

Stacey on IoT | Internet of Things news and analysis

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