Episode 35

Go Figure It Out - Dr. Simon Bunjamin

Dr. Simon Bunjamin, Project Manager for LoRaWAN and Smart City initiatives at NEW (Niederrhein Energie und Wasser GmbH) AG, talks about how a traditional public utility in western Germany transformed itself into a digital innovator by embracing LoRaWAN. He explains how the journey began with a single project and evolved into one of the most advanced regional LoRaWAN networks serving hundreds of thousands of customers.

Shares how he moved from a background in political science into the world of IoT and smart utilities

Describes starting at NEW as a one-person team tasked with exploring LoRaWAN use cases across electricity, gas, and water divisions

Explains how early skepticism turned into enthusiasm once colleagues experienced LoRaWAN’s simplicity and reliability firsthand

Details the creation of an internal “experience center” to demonstrate live sensors and educate staff across departments

Tells the story of solving a seemingly minor problem—rain leaking through office windows—that sparked a wave of new IoT projects

Breaks down how LoRaWAN reshaped utility operations by replacing costly, limited systems with flexible, data-rich solutions

Discusses the unexpected benefits of real-time metering data, from billing accuracy to optimizing heat and energy performance

Shares the now-famous “beaver project,” where LoRaWAN sensors replaced manual water level checks and paid for themselves in days

Highlights lessons on building internal buy-in, navigating data governance, and balancing regulation with innovation

Reflects on how curiosity, communication, and small wins can drive large-scale transformation within public infrastructure organizations

LinkedIn: https://www.linkedin.com/in/dr-simon-bunjamin-b84a7419/

Company Website: https://www.new-energie.de/gk/service-fuer-stadtwerke/lorawan

Transcript
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Today's guest on Meteos Scientific's The Business of Lorwan is Dr. Simon Bunjamin,

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project manager for Lorwan and Smart City Projects at Niederrhein Energie und Wasser AG,

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a major public utility in Western Germany. Simon didn't start in tech, his PhD is in political

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science, but he somehow ended up building one of the most advanced Lorwan networks in the region.

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In this episode, he shares how a single small problem inside a utility sparked a full

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digital transformation, what happened when nobody believed Lorwan could work,

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and how a story involving rain, windows, and even a few beavers changed everything.

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This episode is sponsored by the Helium Foundation and is dedicated to spreading

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knowledge about Lorwan. If you'd like to learn more about the publicly available

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global Lorwan they run, visit helium.foundation. Now, let's dig into the conversation with Dr.

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Simon Bungemann. Simon, thanks so much for coming on the show. I'm excited to have you here.

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Well, thanks for inviting me. Pleasure to be here.

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Yeah. Yeah. It's once again due to Robert Boggs that you're coming on, so big shout out to Robert.

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Let's get started.

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Let's kick it off a little bit with an intro about how you're not natively a Lorwan nerd and

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how you came into this thing. Yeah, thanks. That is indeed a funny story. It wasn't planned,

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but it happened anyway, and often these stories are the best. So by trade, I'm

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graduated in education and in political science. I wrote my first thesis about the moral code

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development amongst youths and the second thesis about the use of non-military force

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in crisis regions. And nothing of this has slightly anything to do with Lorwan at all.

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However, I ended up in that space and I feel quite comfortable there. And whenever I introduce

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Lorwan to others, I always tell them my background and the story and let them know

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that whatever your background is, I managed to handle Lorwan quite well, and you will do that too.

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Yeah. Yeah. And I think I saw that Indonesian is listed as one of the languages,

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at least that you've heard before, if not speak fluent.

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That's correct.

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Oh, I mean, we can switch a little bit to Indonesian as well to broaden the audience,

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but it would be thin ice on my side as well.

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Yeah. Yeah. Yeah. Maybe we'll have AI translate it for us.

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Definitely.

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Okay. So you get this education in economics, education, and political science, and then you

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find Lorwan. And really LPWNs in general. Let's talk about what you're doing now. Give me some

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of the kind of exciting things that you're doing right now with Niteran.

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So at first I started as a consultant.

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I started with a startup in Düsseldorf. First customers and client were public utilities and

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Lorwan. That was the first time I really got my hands onto Lorwan. And roughly a year and a half

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later, I switched sites basically and got a position at a NEW that is a public utilities

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company here in the lower Niteran region. The lower Niteran region here is located in the

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western part of Germany.

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The borders of Netherlands, home of around a million people, I think, plus or minus. And we

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are a very traditional public utilities company. We serve around 400,000 households with electricity,

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150,000 with gas, another 100,000 with water. And that's basically what we do, a semi-public owned.

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So we are sitting in a very traditional space. Our operators of critical infrastructure. So

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we are really used to a very tight set of rules, regulations and processes. However, at the same

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time, we strive to become a digital innovator and want to pick up trends to make life for customers

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easier and speed up, of course, internal processes. So it's a little bit of a, I wouldn't say conflict

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of interest, but you can tell that just by nature, by default of the situation, there are some

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obstacles on the way to digitalization.

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Yeah.

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So, okay.

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So you've got this conventional site.

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Where it's just a standard public utility. And then you've got what sounds like a dream job for

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a LoRaWAN person, which is not only are you building out the network and making sure there's

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coverage, but you're also saying, Hey, let's go find some use cases and actually deploy these

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things and put them into use. Can you talk me through how that started? Because I can imagine

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that when you got there, they were just like, Hey, we're crushing with LoRaWAN. All we need you to do

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is to manage it. Like, what did that look like when you got there?

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Oh, that's indeed a really interesting start. Roughly four and a half years ago,

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and yeah, pretty much started with zero as a one man show, as given a project, explore LoRaWAN and

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use cases for, for the company across all business verticals and make it fly. So I said, yes, awesome.

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I know LoRaWAN by now. I know the potential and what it can do, how to run it. And that's the

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perfect space to be. Let's do it. So with a full, a full set of enthusiasm, I started to build up a

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like a experience center first, just with a one office floor and equip the entire thing with

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whatever the market had to offer the outdoor and window sensors, CO2, the heating thermostat,

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people counter, desk occupancy, and whatever there was just to say, okay, this is LoRaWAN.

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This is what it looks like. And this is how it works. But my aim was to really give people the

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opportunity to interact with sensors, with hardwares, and with other things. And that's

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how I got to where I am now. And that's how I got to where I am now. And that's how I got to where I

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am now. And that's how I got to where I am now. And that's how I got to where I am now. And that's how

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I got to where I am now. And that's how I got to where I am now. And that's how I got to where I am

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now. And that's how I got to where I am now. And that's how I got to where I am now. And see how

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the sensor really reacts, what kind of data it delivers to just show them how easy it can be

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and what you can do with it. So first step setting up the experience center, put everything in

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second step, bring the people in to really experience it. And that was the

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tougher challenge. So knocked it roughly thousand dollars over the next month

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to introduce myself as a new employee with new project saying, well, this is LoRaWAN. Have you

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ever heard of it? Want to convince you how really great it is. And the response was pretty similar,

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the same kind of resistance and like, never heard of it. Or I've heard about it once,

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roughly five years ago. And at that time, realized that's not our thing and we never

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touched it again. So leave us alone. No time. It's not my decision or what we already have

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another system in place or not too sure about it. Don't want to make that decision. Don't

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have the money. So it was different kind of no's in all varieties from different people,

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different departments, different backgrounds. And to be honest, that was frustrating. That wasn't

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the kind of fun I was looking for. And basically almost no yeses. Tough start the first six months,

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but I think the breakthrough was a pretty much more or less a coincidence. So I think that was

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a early alternate time, similar like now to be fair.

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When I came across a notification in our intranet from facility management,

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it was raining heavily over the weekend and somebody must have forgotten to close the window.

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So facility management said, well, to whoever forgot to close the window, please next time,

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take more care because there was water coming in, causing some damage and it wasn't great for them.

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So I said, hold on. That sounds familiar. I think there's a solution to that. So

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called the head of facility and said,

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literally, so happy to hear about your problem because I can solve it.

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And they're like, yeah, okay. Yes, it was a problem. Really took a bit of time to fix it.

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But you know, it's more or less a one time thing. Doesn't happen too often. So I don't think that we

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really need permanent solutions. Okay. Understand. But how much did that cost to fix it? How much

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time and effort? Yeah, quite a bit. And how often does it really happen? Yeah, from time to time.

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Not always when it rains, but...

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It's quite common that people leave a window open. So I said, that's fine. Let me take care of that.

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You don't have to do anything. I do everything from A to Z. I take the sensors, I install them,

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I integrate them, I give a dashboard and set up an automatic alarm. So you can just take a breather

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whenever it starts to rain, because if there's a window open, you'll get a notification and

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somebody in the building will have the chance to close the window. Yeah. Okay. So that made sense

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because... Yeah, okay. So that made sense because... Yeah, okay. So that made sense because...

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There was a real problem with some damage behind it and just some extra efforts. And so I said,

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okay, well let's have a look at it. So a little bit more back and forth about technology, GDPR and

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the IT interfaces. He sent a Technical Maintenance Engineer over, to the experience center. First

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visitor, first real visitor. And his mind was blown. He was like, taking the first sense of that. Okay. So,

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that's just the sensor you just put it there and that's it that's how it works battery no cabling

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and then there's this and there's that and he said are you kidding me how can it be that easy and

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that cheap yeah so in his world you do a lot of cabling you have external service providers

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external systems lots of efforts to solve a problem and then i realized that it is actually

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true when people say no we don't want to have this solution they always have their current

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environment in mind they know how much things cost how much time it takes to organize to install

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but laurel is so completely different and that was the case where i thought okay he understands

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exactly what i'm talking about because he knows this challenge is that's his daily business so

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we played a little bit with the sensor

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testing where to put it how to put it and even though it really solves a problem in the end

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we never used that sensor for this application just because we couldn't figure out to install

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the sensor in a way that when the window is half open to let us know window is half open but not

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that open so it can rain into the room and then i said ah well that's actually too bad that is

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the last thing that we really need for a sensor like this otherwise it doesn't make

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enough sense okay too bad but we did a lot of other use cases together with him and his team

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leakage sensors climate sensors a whole set of energy management system and anything else so

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even though we never came to using that window sensor everything else was an immediate hit

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and it was really great to see how things develop once he understood and son really

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experienced how easy it is his mind completely changed because that was a completely different

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world and he immediately knew i can install the sensor i know how to activate it and this is the

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result i get for that price that was a win-win-win situation that's that's pretty awesome i'm

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imagining that you know we get a lot of engineers listening to this you'll get a bunch of emails or

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linkedin messages after this saying well check out this sensor this window sensor is exactly what

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you're looking for so maybe you'll

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eventually get to solve that problem hopefully was there anything else that you put in that did

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work that you were super psyched on i think so that was really the probably the most fun way to

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implement lower one because when you show and demonstrate something and you can see that

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somebody understand and then it makes click in their mind and say yes i know what you mean

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and then the mind starts to think and say okay there's something else on something else

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that was a of course you have to have a

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little bit of luck to find exactly that person who knows and understands and has that curiosity

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to to try new things another way that worked quite well for us was uh laura van as a business case

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and as a public utilities company one of our core businesses is to really remotely read and

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control readers for billing purposes so we already did that before starting with laura van with a

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system provided by

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the manufacturer of the meters and uh for each meter you had to have an additional gateway and

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a router for every 20 devices so it was a lot of efforts to install the devices you had to purchase

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them you have to operate them but it worked for getting a one set of data once a month

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and that is when we challenged the system with a lower one for very obvious reasons because

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it is gives us much more flexibility

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and delivered more data so that was a yeah the approach was to define the cost for the current

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system and see what lower one can deliver technically and at what cost so technically

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very clear case there was no need for additional gateways no need for for additional routers but

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the meter as such was per piece a little bit more expensive than the previous one but then

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the amount of data we received was so much more

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expensive for the previous system we received data once a month sufficient for billing but with

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loravan four times a day and that was something we said okay what are we supposed to do with all the

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data so business case very clear lower invest more flexibility because we could run different devices

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on the same lower one gateway in contrast to the system for that one device only but then data were

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coming so much more data so at first the bidding department said okay four times the data but then

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we're providing ourselves with more data within the system just as much more so we decided to use this

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four times per day that is so much more than we'll ever need just give me one data set once a month

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and the rest i don't care so i said well okay well let's save the data and see what else we can

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do with it so in the end again knocking a couple of doors going around with the data set and say

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well now we have meters and we not only have the the volume at the end of the month we have it

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every day we have backward forward temperatures we have error status and that's why people said

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oh hold on you get an error status of a device that's interesting let's have a look at it so

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obviously the the device is always in the error status with a detailed error message if there's

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an error and what was even more interesting for us was the and still is the forward and

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backward temperature so with that we can see whether we pump enough heat into the system

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and we can see whether we pump enough heat into the system and we can see whether we pump enough

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heat into the system and whether the the pressure and the configuration of the heating system is

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correct and that gives us insights that we've never thought about so when we installed the

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meters the purpose was really billing billing billing billing billing and now it's billing

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plus heat control plus optimization of the internal system and now the question is not

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can we do that with lower one the question always is let's do that with lower one or why

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haven't we done it with lower one yet so that is big change driven by money obviously but also by

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operational efficiencies and a whole new opportunity to drive a data generated business

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models and operations i was really convincing and still is yeah no that that makes a ton of

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sense i remember talking to michael angeloff i want to say in bulgarian he was working with

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the water meters there he's actually telling me that the

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water companies there don't care so much about the loss of water because they bill the customer

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for it anyway but they care about the energy to pump the water because they have to pay for that

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no matter what so it's sounds like you probably have similar problem sets so this utility thing

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is super straightforward you're doing some other stuff as well i saw something about

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managing biodiversity and beavers and water levels and bus spaces tell me what else that

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you're getting your yeah your laura and fingers into i think that is really the beauty of lower

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one yeah it's so versatile it's so versatile it's so versatile it's so versatile it's so versatile

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versatile and so yeah unique in its own applications and we started with the

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sub metering division as well to read the meters but since we already built the nova network

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it is infrastructure that everybody can use for more or less free because it's there and

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once you have the infrastructure set yeah it is so easy to just add another sensor here a

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couple of sensors there to create another use case which otherwise would have been

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too complicated too costly and then people started to come and say well okay we've heard

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about your sensors we've heard about the leakage sensor do you have something like this do you have

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something like that and one of my most favorite stories is really about the beaver and that's a

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one reminder of that oh nice of that uh get a little stuff in this case it's uh yes it's it's

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the lucky beaver always sitting uh next day to my laptop and um that was a

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colleague of mine is responsible for overseeing the water quality and water levels in in open

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waters and it just happened that the beaver returned back to its natural habitat the beaver

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here is under natural protection so it's a very special case you are not allowed to hunt the beaver

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you're not allowed to enter the beaver area and and beavers as you know they love to build dams

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they take wood from anywhere put it wherever they want to

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and it happened that one of the beavers started to build a dam right in front of the canalization

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blocking the water from coming into the canalization so once they realized that

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this is a severe issue they had to send out two people three times a day to go to that

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certain place stand on a bridge take binoculars have a look at the water level write it down on

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paper drive back to the office put it into the system and come back two days later so that is

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of uh it was an effort of two to three hours per day so three times per week must have been fun for

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the employees like hey go look for these beavers have a good time guys exactly it's like okay well

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we're on the way again see you later and don't forget to bring lunch exactly whatever weather

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conditions were yeah so there was no choice they really had to do that and the solution was really

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just to use a very simple distance level sensor and just put it on the bridge and then measure

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the water level that sensor cost at that time 250 euro return on an investment was there in less

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than two days then again you have so much more data yeah you have data every hour you can exactly

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tell when you have a critical level when you have to go and make sure that the water is flowing from

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the beaver dam into the canalization again and you also know when it was just rain and not the beaver

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yes so if you combine it with weather weather data you can see okay it's been raining and water level

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then you can clearly tell that probably was not the beaver it was just rain so no need to go out

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and that's again very simple case and that's something you just cannot come up with i would

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never ever thought about knocking at people's store and ask what hey do you know about the beaver is it

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a problem for you do you have a beaver problem exactly yeah at that time i didn't even know that

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we had a beaver to be fair so that's yeah another very funny and lucky coincidence that is a good

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story to tell

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it's super cool that you've got this good sized lorawan network now this podcast of course is

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sponsored by helium which has a global lorawan it sounds like you guys have plenty of coverage

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do you ever use other or think about using other lorawans to say hey let's see if we can fill in

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some gaps or are the requirements such that you can't use outside stuff without whatever a full

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investigation into it yeah so at first we thought about using a the public lorawan net just to

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reduce our initial invest but since we

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use lorawan now for billing purposes the internal requirements are unfortunately very different

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so we had to build our own independent private closed network just to make sure that the data

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that we receive are handed according to current data regulations so we can open up the network to

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to partners but not to the public so to say that's again then we are sitting in a very

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traditional space highly regulated sure and yeah that's the boundary

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interesting i guess the last question that came up as we were talking is ai is is everywhere that

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i look do you think that there will be a place for these public utilities to say and i'm sure

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there's some privacy concerns with this but say hey let's put an ai program in a place that reads

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everybody's emails and inter company communications and sees where they can use lorawan and then

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initiates a conversation or do you think like god that'll that'll never happen that's far too

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invasive

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i would appreciate it it would be big help but i'd say less fun in a way yeah i think it really

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isn't that all about the communication yeah you have to not only actively tell people about the

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projects you do you also have to listen to people to their problems their operational routines and

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sometimes people after years of doing the same thing every week every month they don't often

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realize a problem as a problem anymore it's just

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that's the way they've done it there's no alternative so let's do that again let's do

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the round let's read this one let's open the door to check so it really takes a lot of uh yeah

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curiosity i'd say and openness to just to figure out and see how people are running their business

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what they really have to do what are nice to has what are your core functionalities and obviously

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you cannot solve every problem with a lower one but building up the network and having the ability

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to do whatever we want to gives us the flexibility to just test things just offer things just if it's

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only just one or two sensors if that already helps it can make a big difference that's already a win

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love it yeah no it does it does seem obvious that it's such a such a useful thing for public

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utilities do you have any idea or could you share sorry to put you on the spot here the amount of

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savings that has happened since you started implementing lower one is that something that

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you can present and say hey we've saved ten thousand euro this year

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yeah that is difficult to assess because uh we have savings across very different functions

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so at the of course it's easy to say well switching from the current from the previous

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system to the current system save us this much in invest this much of our safe by not installing

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additional gateways and routers but then we haven't factored in the value we are creating

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with the additional data that we receive and we don't really factor

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in the money that we save on not spending on external systems so it is a very broader variety

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of different pockets that you are saving money from or taking money out for others and in the end

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you create your qualitative values quantitative values and you often comply with new regulations

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using lower one and that is something that is there's no money behind it that's something you

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have to do no matter what and with lower one

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we are able to yeah comply with regulations in a very convenient and affordable way

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yeah it must be such a big win well it sounds like like you got a super fun job i'm sure there's days

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where you're like ah this is a tough one but it sounds like most time it's pretty good simon thanks

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so much for making the time to come on really appreciate you uh sharing what you're doing in

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western germany with us thanks for having me nick really it was a pleasure good fun

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that's it for this episode of the business of lorewen i built this for you the one person

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in about a hundred thousand who actually has an interest in how this tiny little slice of the

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world works of course this isn't just about you and me it's about everyone in lorewen and how we

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can work together to make an exceptional thing lorewen is a dispersed community with little

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pockets of knowledge all around the world and most of them don't talk to each other as much

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as i'd like so the first and best thing we can do to make this show better is to get more guests on

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who i don't even know exist i want to talk to strangers strangers who are your friends please

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me to the most rad lorewen air you know or point them my way or help reach out and give me a name

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when it comes to running down lorewen guests i can track a falcon on a cloudy day

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if you can remember metsci.show you can find me that's m-e-t-s-c-i dot s-h-o-w

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metsci.show okay so sharing knowledge by getting great guests on is the first and by far the most

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important thing we can do to make this better the next best thing for the show to do is the usual

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stuff subscribe to the show give it a review share it in your corner of the world again

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that's metsci.show finally if you want to support the show financially you can do that over at

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support.metsci.show you'll see options there for one-time donations if you really like this show

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as well as an ongoing subscription option if you think this show is worth supporting for the long

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term if you want to try lorewen for yourself sign up for a medio scientific account at

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console.medioscientific.com and get your first 400 data credits for

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free that's enough to run a sensor for about a year if you're firing every hour

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this show is supported by a grant from the helium foundation and produced by gristle king inc

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i'm nick hawks i'll see you on the next show

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Nik Hawks

Incurably curious, to stormy nights and the wine-dark sea!