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IoT

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Sumanth BS

The document discusses the Internet of Things (IoT). It provides definitions and key facts about IoT, including that the term was coined in 1999 and that connected objects are expected to grow exponentially from 6.4 billion in 2016 to 50 billion by 2020. It also discusses that factors driving IoT adoption include the availability of affordable sensors and devices, and the scalability of solutions. The document outlines considerations for designing IoT applications from simple to complex. It provides an example IoT implementation using SAP technologies to monitor industrial coolers and optimize asset utilization.

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The Internet of Things Defined Focus on actions and outcome Sense Connect Act Analyze Store Control Share
Internet Of Things Introduction Let’s Start with the Facts The First internet of things was found by Kevin Ashton in 1999 . 87% Of people have not heard of the term Internet of Things ATM’s are considered some of the first IoT objects and went online as far back as 1974 # of Connected objects 2016 6.4 billion 2020 50 billion Only 10% of car were connected the internet in 2012. By 2020, it’s estimated that 90% will be For the device to be labelled as ‘IoT’ it must have 7 design features • Sensors • Internet connectivity • Processors • Energy efficiency • Cost effectiveness • Quality • Reliable • security
Rise of the Smart Connection Devices
Choosing a Sensor Technology Features and functionality widely available BluetoothWI-FI Camera RFID
Growing importance of Sensors Speed Accuracy, Ubiquity on the Rise Experts predict there will be up to 100 trillion Sensors by 2030 Image,speech, And voice recognization will advance to near 100% accuracy by 2030 The speed of analytics will grow thirty-fold By 2030, with 95% of queries answered in milliseconds. Sensors will be Commonplace in The 111 million New cars and the 2 billion Smartphones that will be Purchased in 2020 The Internet of Everything Market could Grow to $14.4 Trillion by 2020.
Why IoT Now? Factors Why IoT Becoming Availability • IoT devices are already common,cheap & easy to replace • Basic infrastructure to support IoT in place • By 2018 half of the world will be connected to the internet Affordability • Average cost of sensors used in IoT will drop even more • By the end of the decade the price for a sensor will down to almost $0.30 Scalability • Many devices offer simple “Plug and play” functionality • IoT devices are highly flexible, offering short or long-term solutions for companies, households, countries
Think Big, start small, scale fast Aspects to consider when designing IoT applications Dimensions Starter Experienced Complex No. of devices 10’s Thousands Millions No. of different devices 5 200 1000 Frequency Every min every sec Sub-sec Data Volume/day MB GB TB Raw data retention 1-4 weeks(TB) 3-6months(TB) 1-3years(100’s of PB) Band width of connection Wired, Gbits Wireless,Mobile,10s of Mbits’s Satellite, long range WAN, Kbit/s to Mbit/s Cost of connection Free(neglibile) Marginal substantial Latency(Response to trigger) Min Sec msec Example: 50 devices * 5 streams * 60 *24 per day = 360k data points 1KB * 360K = 360 MB per day Example: 1000 devices * 5 streams * 60 *60 *24 per day = 884M data points 0.5KB * 884M = 432 GB per day Example: 500 devices * 20 streams * 60 *60 *10HZ*24 per day=8.6bndata points 0.2KB * 8.6bn = 1.7 TB per day
SAP Connected Goods The Smart Industrial cooler • Millions of unmonitored assests, that worth billions of dollars, are located in various outlets: Retail stores Gas Stations pharmacies • Devices may hold stock that needs to be maintained at specific temperature and humidity • Devices are often under-utilized, stocked out, powered off or missing • No insight of device performance or recognition per-device • Device health and location are audited by agents once every few months
SAP Connected Goods Outcome Based Approach • Monitor and manage large number of customers facing devices such as coolers, chillers, vending machines and others • Reduce operational cost and increase revenues by optimizing asset availability and utilization • Improve customer satisfaction by ensuring correct Storage conditions and perishable goods. • Can turn appliance or product container into a Sales and marketing platform. • Based on SAP robust cloud infrastructure and HANA in-memory database.
Start small The simplest IoT scenario on SAP HANA / SAP HANA Cloud platform Application SAP HANA platform/HCP QueryStream HANA database HANA Smart Data Streaming • Devices have internet connectivity • The number of devices and data volumes are resonable for direct connection via REST • Data is captured in HANA; low storage requirements
Thank You

More Related Content

IoT

  • 1. The Internet of Things Defined Focus on actions and outcome Sense Connect Act Analyze Store Control Share
  • 2. Internet Of Things Introduction Let’s Start with the Facts The First internet of things was found by Kevin Ashton in 1999 . 87% Of people have not heard of the term Internet of Things ATM’s are considered some of the first IoT objects and went online as far back as 1974 # of Connected objects 2016 6.4 billion 2020 50 billion Only 10% of car were connected the internet in 2012. By 2020, it’s estimated that 90% will be For the device to be labelled as ‘IoT’ it must have 7 design features • Sensors • Internet connectivity • Processors • Energy efficiency • Cost effectiveness • Quality • Reliable • security
  • 3. Rise of the Smart Connection Devices
  • 4. Choosing a Sensor Technology Features and functionality widely available BluetoothWI-FI Camera RFID
  • 5. Growing importance of Sensors Speed Accuracy, Ubiquity on the Rise Experts predict there will be up to 100 trillion Sensors by 2030 Image,speech, And voice recognization will advance to near 100% accuracy by 2030 The speed of analytics will grow thirty-fold By 2030, with 95% of queries answered in milliseconds. Sensors will be Commonplace in The 111 million New cars and the 2 billion Smartphones that will be Purchased in 2020 The Internet of Everything Market could Grow to $14.4 Trillion by 2020.
  • 6. Why IoT Now? Factors Why IoT Becoming Availability • IoT devices are already common,cheap & easy to replace • Basic infrastructure to support IoT in place • By 2018 half of the world will be connected to the internet Affordability • Average cost of sensors used in IoT will drop even more • By the end of the decade the price for a sensor will down to almost $0.30 Scalability • Many devices offer simple “Plug and play” functionality • IoT devices are highly flexible, offering short or long-term solutions for companies, households, countries
  • 7. Think Big, start small, scale fast Aspects to consider when designing IoT applications Dimensions Starter Experienced Complex No. of devices 10’s Thousands Millions No. of different devices 5 200 1000 Frequency Every min every sec Sub-sec Data Volume/day MB GB TB Raw data retention 1-4 weeks(TB) 3-6months(TB) 1-3years(100’s of PB) Band width of connection Wired, Gbits Wireless,Mobile,10s of Mbits’s Satellite, long range WAN, Kbit/s to Mbit/s Cost of connection Free(neglibile) Marginal substantial Latency(Response to trigger) Min Sec msec Example: 50 devices * 5 streams * 60 *24 per day = 360k data points 1KB * 360K = 360 MB per day Example: 1000 devices * 5 streams * 60 *60 *24 per day = 884M data points 0.5KB * 884M = 432 GB per day Example: 500 devices * 20 streams * 60 *60 *10HZ*24 per day=8.6bndata points 0.2KB * 8.6bn = 1.7 TB per day
  • 8. SAP Connected Goods The Smart Industrial cooler • Millions of unmonitored assests, that worth billions of dollars, are located in various outlets: Retail stores Gas Stations pharmacies • Devices may hold stock that needs to be maintained at specific temperature and humidity • Devices are often under-utilized, stocked out, powered off or missing • No insight of device performance or recognition per-device • Device health and location are audited by agents once every few months
  • 9. SAP Connected Goods Outcome Based Approach • Monitor and manage large number of customers facing devices such as coolers, chillers, vending machines and others • Reduce operational cost and increase revenues by optimizing asset availability and utilization • Improve customer satisfaction by ensuring correct Storage conditions and perishable goods. • Can turn appliance or product container into a Sales and marketing platform. • Based on SAP robust cloud infrastructure and HANA in-memory database.
  • 10. Start small The simplest IoT scenario on SAP HANA / SAP HANA Cloud platform Application SAP HANA platform/HCP QueryStream HANA database HANA Smart Data Streaming • Devices have internet connectivity • The number of devices and data volumes are resonable for direct connection via REST • Data is captured in HANA; low storage requirements