iot

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Internet Of Things

• What it is
• And why it matters

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Introduction-

• The Internet of Things (IoT) refers to a vast
  number of things that are connected to the
  internet so they can share data with other things
  IoT applications, connected devices, industrial
  machines and more. Internet-connected devices use
  built-in sensors to collect data and, in some
  cases, act on it. IoT connected devices and
  machines can improve how we work and live.
• Real-world Internet of Things examples range from
  a smart home that automatically adjusts heating
  and lighting to a smart factory that monitors
  industrial machines to look for problems, then
  automatically adjusts to avoid failures.

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History of the Internet of Things

• The term Internet of Things was coined by
  entrepreneur Kevin Ashton, one of the founders of
  the Auto-ID Center at MIT. Ashton was part of a
  team that discovered how to link objects to the
  internet through an RFID tag. He first used the
  phrase Internet of Things in a 1999
  presentation and it has stuck around ever
  since.
• Ashton may have been first to use the term
  Internet of Things, but the concept of connected
  devices particularly connected machines has
  been around for a long time.

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Where is using
IOT?

• Many industries use IoT to understand consumer
  needs in real time, become more responsive,
  improve machine and system quality on the fly,
  streamline operations and discover innovative
  ways to operate as part of their digital
  transformation efforts.
• Very known industries
• Retail
• Manufacturing
• Health care
• Transporation and logistic
• Energy

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RETAIL

• IoT unites data, analytics and marketing
  processes across locations. Retailers capture IoT
  data from in-store and digital channels and apply
  analytics (including artificial intelligence, or
  AI) for real-time, contextual listening and to
  understand behavior patterns and preferences.
  They often use IoT connected devices like RFID
  inventory tracking chips, cellular and Wi-Fi
  systems, beacons and smart shelves in their
  Internet of Things strategy.

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Manufacturing

• IoT connects all phases of the Industrial
  Internet of Things (IIoT) process from supply
  chain to delivery for a cohesive view of
  production, process and product data. Advanced
  IoT sensors in factory machines or warehouse
  shelves, along with big data analytics and
  predictive modeling, can prevent defects and
  downtime, maximize equipment performance, cut
  warranty costs, boost production yield and
  enhance the customer experience.

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Health Care

• IoT technology captures data streaming in real
  time from the Internet of Medical Things (IoMT)
  such as wearables and other medical connected
  devices that monitor exercise, sleep and other
  health habits. This IoT data enables precise
  diagnoses and treatment plans, improves patient
  safety and outcomes, and streamlines care
  delivery.

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Transportation Logistics

• IoT with geofence-enabled location intelligence
  and AI, deployed across the value chain, can
  deliver greater efficiency and reliability for
  transportation and logistics companies. This
  technology can improve service quality, reduce
  downtime and boost customer satisfaction. It can
  also enhance safety and reduce costs by managing,
  tracking and monitoring connected vehicles,
  freight and other mobile assets in real time.

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Energy

• The Internet of Things helps providers deliver
  reliable, fair-priced services and products. IoT
  connected devices and machines predict problems
  before they occur. Distributed grid resources
  like solar and wind are integrated through IoT.
  And behavior data such as that collected from
  smart homes improves convenience and security,
  and informs development of customized services.

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With the Internet of Things (IoT), we can
understand the context (the time and place of the
customer) to identify when were certain the
customer needs help or an incentive to purchase,
and we can respond proactively.
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