This document summarizes a presentation about wireless sensor networks and Internet of Things applications from Libelium, a company that develops hardware and software for IoT solutions. It discusses Libelium's Waspmote platform, which allows customers to monitor various parameters anywhere using wireless sensor nodes. The presentation outlines Libelium's business model of providing a horizontal hardware platform and developing vertical solutions across multiple industries like smart cities, agriculture, and water quality monitoring. It provides examples of installed smart city projects in Serbia and Spain and discusses both technical and coordination challenges of large IoT deployments.
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Libelium: IoT in the real world- wireless sensor networks and their endless applicaitons_m2m+ industry summit milano 2014
1. IoT in the Real World:
Wireless Sensor Networks
and their Endless Applications
Javier Martinez – VP Business Development & Sales
M2M+ Industry Summit 2014, Milano
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Libelium overview
Founded 2006.
Spain & United States.
Customers in +75 countries.
80% of TO is international.
VARs in N. America, Europe, LATAM, Asia, Pacific (12 VARs in 12 countries).
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What we do: to sense any parameter, anywhere
We help to solve problems in our society with
wireless sensor networks that monitor
continuously anything, anywhere
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Waspmote: the standard platform for the Internet of Things
We identify 3 elements common to all IoT projects:
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The standard platform for the IoT
HORIZONTAL
+ 80 sensors
+ 10 verticals
+ 50 IoT applications
MODULAR OPEN SOURCESCALABLE
Pluggable
add-ons
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Business Model & Go to market strategy
+ A HORIZONTAL approach to market, targeting MULTIPLE VERTICALS
+ ONE HORIZONTAL HDW PLATFORM, MULTIPLE VERTICAL SOLUTIONS
+ Partnering with system integrators allows to build complete, A to Z
solutions for the end user.
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Waspmote, a unique development platform
Up to 6 different sensor probes per enclosure:
• Easy to change any sensor probe
• Easy to add new sensor probes
Solar powered:
• Internal or external panels
Additional features:
• External SIM socket
• OTAP
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Smart Parking
3 steps:
1. The parking nodes send the information to the repeaters
2. The repeaters send the information to the concentrator
3. The concentrator sends the information to the Internet
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Monitoring drinking water quality
Monitoring water quality & safety
Sewage monitoring
Real-time water control & management
Public health & risk monitoring
Healthy, pollution-free, ecosystems for wildlife
Smart Water
Chemical leakage detection
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State of the Art
What we are already
doing with these
elements...
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A Smart City project with a horizontal vision
* City services & goals:
– Smart Parking
– CO, CO2, NO2, Temperature
– Smart lighting
– Noise monitring
– Efficient irrigation system
* Dimension → +1,200 nodes
* 5 different smart city solutions, on 1 single hdw platform
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*Technology is the “easy” part
*COORDINATION inside municipalities
*Funding: public or private?
*CITIZENS
● What are you doing with MY taxes?
● Is it safe?
● How will I benefit from this?
Smart Cities: The Real Challanges
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Serbia: environmental and pollution monitoring
* Parameters: temperature,
humidity, CO, CO2, NO2
* GPS - > request time to arrival
of buses
*Challenges:
●
Mobile & “Moving” Network
●
Independent nodes
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Salamanca: air quality & traffic monitoring
✔
Sensors: temperature, humidity, CO, NO2, O3, Noise, Dust.
✔
Solar powered