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IoT Applications in Agriculture
This document discusses how IoT can help transform agriculture through smart farming applications. It begins by discussing how IoT has four main components: digital sensors, connectivity, middleware, and applications/analytics. It then discusses how IoT is becoming more viable through cheaper hardware, better software development, and improved connectivity. The document outlines several smart agriculture applications of IoT including increased business efficiency through automation, enhanced product quality and volumes, ability to detect anomalies, and data collection. It concludes by discussing IoT maturity phases and the benefits of using technologies like drones for tasks like irrigation, fertilizing, crop monitoring and analysis.
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IoT Applications in Agriculture
- 1. favoriot IoT Applications in Agriculture Dr. Mazlan Abbas- FAVORIOT DigiAC 22 Dec. 2020
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- 4. favoriot Need the Helpof Technology
- 5. favoriot Using Technology toTransform 7M in Businesses 01 02 03 04 05 06 07 Manpower Material Machine Method Market Money Manage ment Technology
- 6. favoriot 4 Main Componentsof IoT 01 02 03 04 Digital Sensors – Temp, humidity, pressure, gas, etc Fixed or wireless Platform that aggregate heterogeneous devices with different protocols Workflow, analytics and insights Sensors & Actuators Connectivity IoT Middleware Applications & Analytics
- 7. favoriot Why IoT isNow at an Inflection Point? Cheaper and smaller. Hardware Key Growth Factors Ripples of technologies. Simple and faster. Software Development Becoming pervasive. Connectivity “Network Effects” Metcalfe’s Law Number of transistors double every 2 years. Moore’s Law
- 8. favoriot I need to maintainthe quality of my goods. Who is the intruder? Can I reduce my electricity bill? Am I healthy? When is my next bus? Where can I park? Monitoring of Assets – Typical Everyday Questions What IF we can connect ALL these assets and get the answers to ALL these questions? The Need To Connect Assets
- 9. favoriot Animated 3D 4Steps and Core PowerPoint Template By using smart devices , you can increase business efficiency through process automation (irrigation, fertilizing, etc.) Business Efficiency Enhanced product quality and volumes through automation. Automation Ability to see any anomalies in the soil quality or crop growth can give you better control on your cost management. See Anomalies Using sensors such as soil quality, crop growth progress can track the state of your business. Data Collection Smart Agriculture Smart Agriculture
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- 11. favoriot Mechanization, steam power, weavingloom INDUSTRY 1.0 1784 1870 1969 TODAY Mass production, assembly line, electrical energy INDUSTRY 2.0 Automation, computers and electronics INDUSTRY 3.0 Cyber Physical Systems, internet of things, networks INDUSTRY 4.0 ERP
- 12. favoriot Where Are WeIn The Industrial Revolution IR 1.0 (Manual With Physical Tools) IR 2.0 (Electrical) IR 3.0 (Automation/ Internet) IR 4.0 (Intelligence) 1.0 3.0 2.0 4.0
- 13. favoriot Enabling Technologies ofIndustry 4WRD
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- 17. favoriot Key to DigitalTransformation Door to Success 01 02 03 04 Clear Vision and Mission Good multi-talent Champion that breaks down all barriers Mindset Transformation
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- 19. favoriot 4 Phases ofIoT Maturity 01 03 02 04 4 Phases of IoT Maturity
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- 24. favoriot Benefits Using Drones forSmart Farming • Water and fertilizer efficiency • Save time • Increase yields • Mapping • Save money Crop health assessment, irrigation, crop monitoring, crop spraying, planting, and soil and field analysis.
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- 27. favoriot IoT for Livestock •Livestock active monitoring – ruminating, eating, walking, standing, lying – signs of sick or fertility • Breath analysis – problems in diet • Automated thermal imaging analysis – bacterial infection • 3-D camera measuring – weight and muscle mass • Audio health monitoring – pig cough monitor • Automated behavior analysis – tracking thousands of chicken
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- 30. favoriot Network Connectivity Challengesin Agriculture
- 31. favoriot Reasons We Need aPilot Trial
- 32. favoriot Example – DronesLevel of Autonomy
- 33. favoriot 4 Reasons WeNeed a National Trial 01 03 02 04 4 Reasons We Need a Trial
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- 38. favoriot Wisdom Knowledge Information Data More Important Less Important B e n e f i t t o H u m a n i t y Evaluated understanding Appreciation of Answersto questions. Symbols Understanding Answers to questions WHO WHY HOW WHAT WHERE WHEN Value is Created by Making Sense of Data
- 39. favoriot Home Health TransportOffice Waste IOT Platform – Blending IoT Data Blending Data - Creating New Compound Applications IoT Platform
- 40. favoriot 7 IoT BusinessModels Subscription Outcome- Based Asset Sharing “Razor Blade” IoT Data Pay-Per -Usage Offer a Service
- 41. favoriot favoriot IoT Middleware “Create yourIoT vertical solutions rapidly”
- 42. favoriot Gateway 3G/Ethernet/Wi-Fi IOT Devices IOT Devices 3G/Ethernet/Wi-Fi HTTPS Push/PullService Social Media Integration DEVICE CONNECTIVITY (REST, MQTT) APPLICATION INTEGRATION DATA MANAGEMENT DATA STORE BUSINESS LOGIC NOTIFICATION ENGINE REST API Custom Reporting SECURITY BIG DATA TOOLS Application Development AUTHENTICATION Data Analytics REST CoAP MQTT REST
- 43. favoriot Key Features ofFAVORIOT IoT Platform • Rapid Development • User-friendly APIs • Ease of onboarding IoT Devices • Scalable platform • Notification Engine – Email and SMS • IoT Support Forum Discussion Board – Building Community • Examples – Videos and Sample Source Codes • Many new and enhanced features in Version 2.0 including ability to make Dashboard Public
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- 45. favoriot Crossing the CHASM Innovators EarlyAdopters Early Majority Late Majority Laggards THE CHASM Early Market Late Market
- 46. favoriot Thank You! Join theFAVORIOT IoT Community
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