This document discusses the Internet of Things (IoT) and introduces the Waspmote platform as a standard solution for IoT projects. It describes how Waspmote can integrate different sensors and communication protocols to send data to various information systems. Examples are provided of how Waspmote has been used for applications like smart cities, environmental monitoring, health monitoring, and tracking radiation levels. The business model involves partnering with system integrators to access a wide range of markets with Waspmote's horizontal and customizable design.
14. The Internet of Things = sensors + communication + inf. system
A HUGE opportunity...
“NFC payment market to triple by 2015 reaching $74 billion”
“Smart City technology investment to total $108 billion by 2020”
“M2M subscriptions expected to increase fourfold between 2010 and 2016”
… revolutionizing EVERY market
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15. Waspmote: standard platform for the Internet of Things
There are 3 elements common to all IoT projects:
Sensor Communication Information System
GPRS /
3G
Our solution: Waspmote Platform sends
any SENSOR data
using any COMMUNICATION protocol
to any INFORMATION SYSTEM
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16. Why Waspmote as a standard platform for the IoT?
Each IoT needs to... Our solution: Waspmote Sensor Platform is...
*… integrate varied technology *… horizontal and adaptable
*… interact with any Information System *… programable Open Source
*… adapt to specific customer needs *… customizable
*… allow rapid programming *… supported by +2,000 developers
*… be cost effective *… modular, including only needed hardware
*… be easy to maintain *… solar powered and re-programmable via Internet
Waspmote is the fastest time to market IoT Platform
Hardware + software + COMMUNITY
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17. How it works?
*Example of Waspmote sensors interacting with iPhone/ Android devices:
● http://www.youtube.com/watch?v=Ybn-K8ZZCPE
*Example of gas monitoring with Waspmote:
● http://www.youtube.com/watch?v=pj00pJMQsw0
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18. Success stories: different requirements with same platform
* + 1,000 node Smart City deployment * Sensors: CO, CO2, NO2, temperature,
* Sensors: parking, noise, luminosity
humidity and GPS location
* Communication: 802.15.4, 3G, wifi * Communication: GPRS
* Information System: customer developed * Information System: mobile app
* Ehealth
* Sensors: radiation levels in Fukushima Social
project
* Sensors: O2, CO2, vibrations, temperature
* Communication: GPRS, ethernet, wifi
* Communication: Zigbee
* Information System: Pachube
* Information Sytem: customer developed
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19. Business Model & Go to market strategy
+ We can take advantage of a horizontal approach to market
+ Allows us to access bigger accounts by partnering with system integrators
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