2. What is IOT
The Internet of Things (IoT) is the network
of physical objects or "things" embedded
with electronics, software, sensors, and
network connectivity, which enables these
objects to collect and exchange data.
3. In 2008 the number of things connected
to the internet was greater then the
people living on earth
Within 2020 the number of things
connected to the internet will be about
50 Billion
5. Application
• Smart Homes:
– Higher Efficiency
– Proactive Usage: e.g. Iris from Lowes, smart homes from Alert Me
– Proactive Maintenance
– Single Control Interface
– Ease-of-Use
• Managing farm with smart phone
• Public transportation system
6. Challenges
• Like early days of smart phones, don’t
know how to build software stack.
• The communication between the devices.
• Good UI to users.
7. Architecture
Google is working on a project called Brillo:
• A lightweight underlined OS for IOT
• Based upon the Android operating system, the user experience
will be consistent and standardized across all devices.
8. Architecture
WEAVE is a communication layer by which IOT can actually talk
to each other.
• Available cross Platforms
• Exposes developers API in cross platform way
9. Who Cares
Big industries cares:
• Google acquire Nest Labs in 7th Feb, 2014 for $3.2
billion
• Samsung purchased a company called SmartThings
• IBM was there since a long time, under the banner of
smarter planet
• GE came with a commercial called “The boy that
beeps”
10. Examples
NEST:
• Thermostat.
• Smoke detector system.
Adhere Tech:
Provide a connected pill bottle that ensures patients
take their medications.
Chui: Turning faces into universal keys
12. Key Concerns
• Sensing a complex environment
• Power is critical
• Security is vital
• Privacy
• Lack of Jobs
Editor's Notes
We have internet of people, for and by people
Connecting people to connecting thing
Over centuries the planet (Natural system, Human System) has generated an enormous amount of data, but we were not use to see it , hear it or capture it
Temperature sensor
Traffic sensor
Humans also have sensors, smart phones have hell lot of sensors
Fitbit bracelet
Alarm clock readjustment based on meeting
Heater gets on, based on outside temp.
Need to take car, so when to leave based on traffic
Like an Agent is there to help you.
Appliances talk to each other, and check whether it is good to work at same time
devices can determine the best time to operate
end users can alert their homes to make shifts in usage for higher operating efficiency
monitor their own operating health and notify users or OEMs of potential issues before they result in downtime
Users can use their own devices, such as smartphones, to manage the network
users have the ability to control the network from anywhere they want, using the applications they want. Troubleshooting is greatly simplified as well. For example, instead of a dishwasher lighting up several LEDs to signal an error code, the device can clearly describe any operational failures or issues
Heart Attack example
It can run on devices with the minimum footprint, with full OS support, like door locks
Available cross Platforms (Can have brillo or weave together or you can ron on top of any other existing stack)
Exposes developers API in cross platform way
Seeing patterns and trends turns into knowledge
And what we derive from knowledge is wisdom (and it can move the human race forward)
Google FLU: eg of Data to knowledge (Google started tracking the location and frequency of search term related to flu, sympotms, diseases, treatments,)