3. • IoT spending of $3.7T - $11.1T
per year by 20251
• 70% spending in enterprise space,
split between industrial and commercial
• Key verticals: manufacturing, retail,
buildings, energy and transportation
• Annual revenue for IoT technology
providers of $600 billion by 2019, 90%
software and 10% hardware2
1
Source: McKinsey and IDC estimates
2
Source: Business Insider
Opportunity: $3T IoT spending in enterprise by 2017
6. Google Chromecast
Cast your favorite entertainment or music
KEY FEATURES
- Simple to setup
- Easy to use
- Lots of content
CREATIVE IMPACT
You can easily stream your music & video content over
Wi-Fi.
WHEN?
Chromecast, Chromecast 2 abd Chromecast audio - Now
Chromecast Ultra with 4k support - Soon
15. Google Home
A smart speaker with Google’s assistant built-in.
KEY FEATURES
- Voice-activated Google assistant built-in.
- Control your smart home devices.
- Play your music & video content.
CREATIVE IMPACT
You can connect Google Home to third-party apps
and services.
WHEN?
End of 2016.
29. IoT applications in transportation
NAV Canada
Air Traffic Control –
Continent-Wide 24×7 Operation
COFLIGHT
Advanced Flight Data Processors Used
in European Air Traffic Management
System
PRORAIL
Large Scale Rail Network Management
System
VOLKSWAGEN
Volkswagen Smart Cars
30. IoT applications in industrial automation
JOY mining
Machine Integration and Control
SCHNEIDER
Integration of PLC and IT Systems
ATLAS COPCO
Common Platform for Mining
System Automation
31.
32. IoT applications in smart energy
CULHAM CENTRE FOR FUSION ENERGY
Large Scale Fusion Reactor System
LOCALGRID
Smart Grid Distribution and Control
SIEMENS WIND POWER
Distributed Power Generation
DUKE ENERGY
Next Generation Smart
Energy Systems
GC Dam - the largest power plant in North
America
Hydropower
33.
34. IoT applications in healthcare
MD PnP INTEROPERABILITY PROGRAM
Interoperable Data Connectivity for
Medical Devices and Clinical Systems
GE HEALTHCARE
DDS powers MRI and CT
DOC BOX
Hospital Patient Safety or
Integration of Clinical Decision
Systems
35. IoT applications in smart cities
CITY OF NICE CONNECTED BOULEVARD
City Wide Information Backbone Supporting
Range of New eServices for the City
Manchester Internet of Things City Demonstrator
Demonstrate applications of IoT
44. Wind anemometer
GPS
Sensors
Air input tube
Measurements collected from
Street View cars can be used
to develop street-level
air pollution models
for cities.
Project Air View
For Climate Change:
Methane
Carbon Dioxide (CO2)
For Human Health:
Particulate Matter
Black Carbon
Carbon Monoxide (CO)
Nitric Oxide (NO)
Nitrogen Dioxide (NO2)
Ozone (O3)
VOCs
56. Miniature radar for gesture control.
KEY FEATURES
- Prototypes running on smartwatch and speakers.
- Wireless, runs on battery.
- 26x more efficient versus the 2015 version.
CREATIVE IMPACT
Better interaction with small screen and connected
objects. Apps or products controlled by small
gestures.
WHEN?
Beta development kit released by end of 2016.
Project Soli
57.
58. A platform for smart and connected clothes.
KEY FEATURES
- Touch sensitive fabric technology.
- Can be implemented in scale and integrated with
apps and services through Bluetooth.
CREATIVE IMPACT
Develop smart objects and outfits that use fabrics as a
gesture interface. Great to improve “while moving”
interaction for your app.
WHEN?
Spring 2017: Embedded into Levi’s Commuter Jacket.
Project Jacquard
60. Google Contact Lenses, developed by Verily Life
Sciences (formerly called Google Life Sciences), is a
smart contact lens project that aims to assist people
with diabetes by constantly measuring the glucose
levels in their tears.
Diabetics must currently prick their fingers throughout
the day to measure blood sugar levels, but Google
believes the contact lenses would be less invasive and
allow people with diabetes to check glucose more often
and more easily.
The chip and sensor are embedded between two layers
of contact lens material and a tiny pinhole let tear fluid
from the eye reach the glucose sensor, and the sensor
can measure levels every second.
SMART CONTACT LENSES