1. THE INTERNET
OF THINGS
What is it? What Makes it Tick?
And What You Need to Know.

2. KEVIN ASHTON
Coined the term Internet
of Things back in 1999.
“I could be wrong, but I’m fairly sure the phrase ‘Internet of
Things’ started life as the title of a presentation I made at
Procter & Gamble in 1999. Linking the new idea of RFID in
P&G’s supply chain to the then-red-hot topic of the Internet
was more than just a good way to get executive attention.”

3. INTERNET OF THINGS (IoT)
Machine-to-machine comm. (M2M)
IoT sensors and actuators
Connected by WIRELESS network
Generates mass amounts of DATA
For analysis, optimization, innovation
“The network of physical objects that contain embedded technology to communicate and interact with
their internal states or the external environment.” —GARTNER

4. RASPBERRY PI
IoT processor that was
originally designed for
students and costs $35.
Broadcom BCM2835 application processor and 700MHz
ARM11 CPU — follows early tradition of naming computer
[ LEARN MORE ]

5. ARDUINO
Easy-to-use open-source
IoT platform.
ATmega328 micro-controller – named in honor of a bar in
northern Italy, which was named for King Arduino — ruler of
Italy in 1002.
[ LEARN MORE ]

6. ARDUINO SHIELDS
Easily add every sort of I/O:
networks, sensors, controllers,
motors, music, displays.
Shields are boards that can be plugged on top of the Arduino
PCB extending its capabilities.
[ LEARN MORE ]

7. MICRO MOTE
Complete computer system
that’s smaller than 2mm and
is powered by ambient light.
Sensor data input, processing and storage, and radio output.
[ LEARN MORE ]

8. AMBIENT ENERGY HARVESTERS
Provide power without the need for offline recharging. [ LEARN MORE ]
Motion ThermoSolar

9. IoT SENSORS
Industrial Medical Home
These include ingestible sensors, etc. [ LEARN MORE ]

10. SENSOR FUSION
Combining sensory data from disparate sources such that the resulting information has less uncertainty
than would be possible when these sources are used individually.
SONAR
SENSOR
EDGE
HUB DATA PROCESSING
THERMO
SENSOR
COLOR
SENSOR
DATA
AGGREGATION
(SENSOR FUSION)
DATA
CRUNCHING
HIGH-POWER
PROCESSING
MED. POWER
PROCESSING
LOW-POWER
PROCESSING

11. IoT NETWORKING
IEEE 802.11, Wi-Fi
IEEE 802.15.4, LR-WPANs
Low-rate Wireless Personal Area Networks
6LoWPAN
IPv6 Over Low Power Wireless Personal
Area Networks
BLE, Bluetooth Smart
Other IoT Networks: HomeKit, DASH7, Wireless M-Bus,
ANT, ISA 100, Z-Wave, Wireless HART and Zigbee IP.

12. IF THIS THEN THAT (IFTTT)
Create IoT recipes and notifications.
Connect and control. [ LEARN MORE ]

13. BIG DATA
The IoT spews Big Data
for analysis and insight.
Physical sensors on everything from people,
cows and soil to machines and appliances.
The Internet of Things
connects all manner of
end-points, unraveling a
treasure trove of data.
Ubiquitous networks and device
proliferation enable access to a
massive and growing amount of
traditionally soiled info.
These tools empower decision makers by
extracting and presenting meaningful
info in real-time, helping us become
more predicative than reactive.
IoT Big Data Analytics

14. PILOT PROJECT
1 – Start with a few IoT sensors.
Temp, motion monitor, wearable
2 – One IoT controller.
Could be IFTTT
3 – Data storage.
Local or cloud file / Network analytics
4 – Real-time display.
Smartphone / Desktop
5 – Report.
Summarize results including security, data

15. www.extremenetworks.com/mobility
Special Thanks To: @RHNilsson and @carey_mercier