Presentation by Andreas Schleicher Tackling the School Absenteeism Crisis 30 ...
Ravi i ot-impact
1. CONFIDENTIAL INFORMATION
This document is confidential and proprietary information
of Target Soft Systems. Confidential Information includes,
but is not limited to, the following:
Corporate, Employee and Infrastructure Information about
Target Soft Systems.
Target Soft Systems implementation , Training
methodology, cost, project management and quality
processes.
Any disclosure of Confidential Information to, or use of it
by a third party (i.e., a party other than authorised , will be
damaging to Target Soft Systems). Ownership of all
Confidential Information, no matter in what media it
resides, remains with Target Soft Systems( TSS ).
Confidential Information in this document shall not be
disclosed outside the buyer’s proposal evaluators and shall
not be duplicated, used, or disclosed – in whole or in part –
for any purpose other than to evaluate this proposal
without specific written permission of an authorized
representative of Target Soft Systems.
3. 1. Transportation
• AT&T just added 2.1 million new wireless lines last
quarter, but only about half of them were for people.
The other half were built into automobiles. GM, BMW,
and others have teamed up with AT&T to enable LTE in
their vehicles, which is changing the way people travel.
• LTE-enabled cars can offer drivers about real-time
traffic information, real-time vehicle diagnostics, and
more. Soon drivers will be able to tap into every
element of the streets they drive on to analyze traffic
patterns and make choices that reduce traffic jams.
5. Cost savings, improved safety, superior service
Connected Rail Operations
PASSENGER SECURITY
In-station and onboard safety
Visibility into key events
ROUTE OPTIMIZATION
Enhanced Customer Service
Increased efficiency
Collision avoidance
Fuel savings
CRITICAL SENSING
Transform “data” to “actionable intelligence”
Proactive maintenance
Accident avoidance
6. 2.Health and Exercise
• Smartwatches and wristbands, have entered the market in
droves, offering users all sorts of personalized data about
their health and fitness activities. Several steps above a
pedometer — smart watches can track your calories burned,
heart rate, and a ton of other health data.
• IOT devices can help monitor overall wellness. There are
already many smartphone apps that can monitor glucose
levels for diabetics and other health data. By the 2nd
generation iWatch and Simband include heart rate monitors
and wellness trackers that doctors may be able to use to
optimize care for their patients.
7. 3. Home
• A “smart house” is one of the first things people think
of when you bring up IOT, and we are already far down
the road to having them.
• Security systems allow you to monitor your home from
afar, while smartphone apps can help you optimize your
home heating, make sure you turned off the stove, and
optimize your lighting .
• We can even set up sensors that will notify us when
certain doors in our house have been opened — a
helpful tool for caregivers.
8. Smart City
Potential impact to services and public safety
REMOTE ACCESS
Increased traffic congestion
Creation of unsafe conditions
SYSTEM CONTROL
Device manipulation
Remote monitoring
Creation of unsafe conditions
SERVICE MANIPULATION
Environmental degradation
System shutdown
Lost revenue
9.
10. 4. Business
• IOT equipment sensors are already being used to monitor
machines and notify businesses of malfunctions or parts that
need repair. A series of sensors, cameras, and lasers can also
be used to monitor the manufacturing process of materials
to ensure quality
• Some stores are already using signals from shoppers’
smartphones to track their behavior in-store, pairing it up
with their online data to get the most in-depth customer
profile possible. Retailers with apps can then use the data to
deliver coupons and special promotional material to the
customer’s phone at the perfect time and place.
11. 5.Pollution and Waste
Management
• IOT technologies are another great way to monitor pollution
and find new ways to reduce waste.
• Just consider AirQualityEgg.com, a device that monitors the
air quality outside of your home or office, then aggregates
the data online to offer metropolitan and regional data. This
analysis is then used to measure how urban pollution
policies are affecting specific areas.
• WaterBee.eu is a smart irrigation system that helps farmers,
golf courses and other enterprises conserve water by
monitoring soil from different plots of land and adjusting
water usage accordingly.
Modern-day cars are a lot less mechanical than what our parents drove. Today’s cars are highly computerized, with hundreds of sensors to assess everything from tire pressure to a loose gas cap. But today, they’re hundreds of individual sensors. Today a dashboard light alerts the driver that they have a tire with low air pressure – but that’s it; no information on how low, whether or not there’s a leak, or even which tire is affected. IoT connects all of these sensors, so that data can be communicated and centrally analyzed to produce actionable intelligence. By monitoring not only the air pressure, but also: the speed of air escape; road conditions; outside temperature, atmospheric pressure, and other relevant data, a centralized controller can analyze that data to turn it into actionable intelligence … does the tire need to be serviced right away? Can it wait? Or is the loss in pressure to be expected, given the other environmental conditions?
In addition, the car has the ability to connect with the city’s infrastructure that controls traffic signals and road lighting, and monitors public parking spaces to save fuel and reduce traffic congestion.
Finally, the sensors can interact with third-party applications such as GPS/mapping to enable dynamic re-routing to avoid traffic, accidents, and other hazards. Similarly, Internet-based entertainment including music and move streaming/downloads can maximize the comfort of a road trip.
Using ruggedized cameras and communications equipment that can handle the vibration and jolts of a rapidly moving train, a connected network of IoT-enabled cameras can help improve passenger safety by analyzing and correlating events at various stations, as well as on trains – for actionable security intelligence.
The intelligence gained from multiple connected systems can help identify bottlenecks, enable routes and schedules to be tuned for greater efficiency, and even avoid collisions. Likewise, sensors attached to critical parts such as wheels can proactively determine if a part needs to be replaced – before it can cause a devastating accident. Sensors can also alert supervisors if the train is being operated in an unsafe manner, or alert the operator of important changes in track conditions.
Similarly, city services can be impacted, and even privacy and public safety can be thwarted …