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George Dannecker, CEO, Senet Inc.

George Dannecker, CEO, Senet Inc.

By George Dannecker

For years we’ve talked about how the Internet of Things (IoT) has the potential to change our world, but the challenges have always been battery life, short distances, high costs and difficulty to deploy. But these challenges didn’t stop, Senet Inc, formerly known as EnerTrac, from building its own private long range and low cost IoT network four years ago.

You may ask, why build up our own? Well, the major telecom operators are focused on cell based networks, which is necessary to facilitate high data rate applications, but is too expensive and energy demanding for the types of IoT applications we had in mind.

So we decided to become America’s first Network as a Service (NaaS) provider. In a way, a NaaS really isn’t much different then a telecommunications operator, where we essentially rent out our wireless infrastructure to clients — the first ones coming from the heating industry, more specifically delivering oil and propane heating to residences and businesses.

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Consider the following. On average, oil delivery drivers visit each customer six times per year. They typically make the delivery runs when the tanks are filled at 50%, which is at a cost per delivery of $50-100. With the IoT we showed them how they can deliver at 20% capacity, saving two deliveries per customer per year. If they have between 10,000-15,000 tanks, that’s $1-$1.5 million a year in savings.

So we retrofitted the existing oil tanks at both residences and businesses with sensors sitting and every hour they collect and transmit data, including fuel levels, gauge status, sensor status, and sensor recalibration reports, to oil dealers via the cloud, who then determine when to dispatch deliveries and replenish supplies.

It’s that simple and the end-consumers love it. Similar to a smart meter, they see value in keeping track of how much oil they are burning to make sure they have enough, which is particularly useful when they return from vacation in the middle of winter.

Growing a Network

Originally everything was build on our own proprietary network, which initially worked very well for fuel usage data, but we knew that we wanted to expand to new vertical markets, which would require more features including hardened security.

So we looked around at the commercial wireless space. The two most readily used networks are either cellular networks or Local Area Networks (LAN) with protocols such as WiFi, Zigbee, Zwave, etc. But cellular, although readily available, is too costly for many applications. LAN installations, on the other hand, while lower cost, are limited-distance networks making wide area implementation unfeasible.

Soon we discovered an emerging technology known as LPWAN or low-power, wide-area networks. LPWAN overcomes the hurdles of Wifi and cellular. It’s based on a new specification and protocol that taps an unlicensed wireless spectrum known as the industrial, scientific and medical (ISM) radio band.

Using this technology we can connect sensors over distances of more than 100 km (62 miles) in favorable environments with sensors that can be powered over 10 years with AA batteries. In addition, it’s highly secure, using AES128 keys, making communication tampering and eavesdropping virtually impossible — exactly what we needed.

Today, the Senet solution is RF-based and designed to provide the ability to transmit and receive data to and from sensors and controllers over long distance at very low costs. As a result many new solutions based on attractive ROIs are now feasible and the number of potential Senet network tenants delivering those applications is extensive.

Today our network provides more than 45,000 square miles of coverage throughout the USA, with plans to more than triple that through 2015 with 20,000 sensors on the east and west coast.

Check us out and let us know what low power, long distance applications you have in mind.

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19 Comments
 
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December 16, 2015
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June 18, 2015
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June 17, 2015
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Posted by: Mikes Kocholla
 
June 17, 2015
10:03 am

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June 15, 2015
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June 9, 2015
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March 19, 2015
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Posted by: Leo
 
March 13, 2015
2:28 pm

Congratulations, George, this is exciting and highly needed technology. I cringe at the idea of so many IoT signals crowding the wifi space (I can see my neighbors oven on my wifi list!) I’m glad to learn about the ISM/LPWAN technology, thanks for the education! All the best to you and Senet.

PS- I’m glad to volunteer my eyes/ocd to proof/edit some of your ‘copy’ or other posts. if you’re interested, I’d simply highlight your copy and return it to you in short order (in confidence, of course)… Cheers! -Rod


Posted by: Rodney Schiffbauer
 
4 Trackbacks
 
June 2, 2015
4:07 pm

[…] provider Senet uses an RF-based solution to transmit and receive data to and from sensors and controllers over long distances at very low […]


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March 12, 2015
10:27 am

[…] in 2015, Kramp said. And in the U.S. a specialty network operator focused on M2M known as Senet already has deployed the […]


Posted by: LoRaWAN Wireless Technology Targets M2M, Telecom Providers - Telecompetitor
 
March 12, 2015
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[…] Join the conversation on Twitter @IBMResearch #LRSC and follow IBM scientist @thorstenkramp. Read the IBM Smarter Planet blog at http://asmarterplanet.com/blog/2015/03/low-cost-iot.html […]


Posted by: IBM, Semtech to enable Telcos launch IoT Services - M2M Magazine
 
March 11, 2015
5:24 pm

[…] Senet, a Network as a Service (NaaS) M2M operator based in New Hampshire, is currently installing 20,000 Semtech LoRa sensors with IBM’s LRSC software to track the fuel levels of propane and oil tanks located at residences and businesses on the west and east coasts of the United States. Every hour the sensors collect and securely transmit data, including fuel levels, gauge status, sensor status, and sensor recalibration reports, to fuel providers, who then determine when to dispatch deliveries and replenish supplies. […]


Posted by: BlogArena » Blog Archive » Low Power Networking Technology from IBM and Semtech to Help Enable Telcos to Launch New Services for the Internet of Things
 
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