The document discusses emerging technologies including the Internet of Things (IoT), Google's driverless car, Oculus Rift virtual reality headset, Google Glass augmented reality glasses, Google contact lenses to monitor blood sugar in diabetics, and Makani, Google's airborne wind turbine that uses kites to generate wind power at lower costs than traditional turbines.

2. • What is Internet of Things?
The Internet of Things (IoT)
starts with your things—the things
that matter most to your business.
IoT is about making your things and
your data come together in new
ways. Tap into data. Uncover
actionable intelligence. And
modernize how you do business.
Welcome to the Internet of your
Things.

3. INDEX
• Google Driverless Car
• Oculus Rift(VR)
• Google Glass
• Google Contect Lens
• Makani – Google’s Airborne Wind
Turbine

4. GOOGLE DRIVERLESS CAR

5. GOOGLE DRIVERLESS CAR
• Google driverless car is powered by
artificial intelligence that utilizes the
input from the video cameras inside
the car, a sensor on the vehicle’s top,
and some radar and position sensors
attached to different positions of the
car.
• Sounds like a lot of effort to mimic
the human intelligence in a car, but so
far the system has successfully driven
1609 kilometres without human
commands!

6. GOOGLE DRIVERLESS CAR

7. • They have sensors designed to
detect objects as far as two
football fields away in all
directions, including pedestrians,
cyclists and vehicles—or even
fluttering plastic shopping bags
and rogue birds.
• The software processes all the
information to help the car safely
navigate the road without getting
tired or distracted.
GOOGLE DRIVERLESS CAR

8. VIRTUAL REALITY (OCULUS RIFT)

9. • Virtual Reality gaming is here in
the form of Oculus Rift. This
history-defining 3D headset lets
you mentally feel that you are
actually inside a video game. In
the Rift’s virtual world, you could
turn your head around with ultra-
low latency to view the world in
high resolution display.
VIRTUAL REALITY (OCULUS RIFT)

10. VIRTUAL REALITY (OCULUS RIFT)

11. GOOGLE GLASS

12. GOOGLE GLASS
• Augmented Reality has already gotten
into our life in the forms of simulated
experiment and education app, but
Google is taking it several steps higher
with Google Glass. Theoretically, with
Google Glass, you are able to view
social media feeds, text, Google Maps,
as well as navigate with GPS and take
photos. You will also get the latest
updates while you are on the ground.

13. • Record videos, take pictures
• Show messages
• Show maps
• Live video sharing
• Integrates Google Now
• Translate
GOOGLE GLASS

14. GOOGLE CONTACT LENS

15. GOOGLE CONTACT LENS
• The main purpose of Google’s smart
contact lens is to help monitor sugar
levels on diabetics. It may seem like a
small deal but if you suffer from
diabetes, you will need to get give
repeated blood samples for analysis of
your blood sugar levels. This mea ns a
lot of finger pricking to draw blood up
to the surface.
• With the smart contact lens blood
glucose levels can be measured through
tears, thereby allowing the blood-letting
method to be skipped altogether.

16. • The idea is to have glitter-thin
microchips and an antenna smaller
than the human hair embedded in
soft contact lens material. With
round-the-clock monitoring, the
smart contact lens, in the future,
can also warn the wearer if
glucose levels are above or below
the normal range.
GOOGLE CONTACT LENS

17. MAKANI – GOOGLE’S AIRBORNE WIND TURBINE

18. • Conventional turbines have grown
taller, heavier, and more expensive in
order to generate more power.
• These large structures are expensive
and complex to construct, and can only
be installed economically where the
winds routinely reach speeds of
between 5-8 meters per second (20-
28 kilometers per hour).
• Unfortunately, less than 15% of all
land around the world meets this
criteria, meaning this existing
technology in its current form cannot
scale.
MAKANI – GOOGLE’S AIRBORNE WIND TURBINE

19. MAKANI – GOOGLE’S AIRBORNE WIND TURBINE

20. • Makani’s energy kite uses the same
aerodynamic principles as a
conventional wind turbine, but replaces
tons of steel with lightweight
electronics, advanced materials, and
smart software.
MAKANI – GOOGLE’S AIRBORNE WIND TURBINE

21. By using a strong flexible tether,
energy kites can reach higher
altitudes (80-350 meters) and
eliminate 90% of the materials of
conventional wind turbines,
resulting in lower costs. Because
they are more aerodynamic and
can access stronger winds, each
individual energy kite can generate
up to 50% more energy.
MAKANI – GOOGLE’S AIRBORNE WIND TURBINE

22. MAKANI – GOOGLE’S AIRBORNE WIND TURBINE

23. MAKANI – GOOGLE’S AIRBORNE WIND TURBINE