Smart Farming and Internet of Things (IoT) Applications in ASEAN Countries, Forecast to 2022

Smart Farming and Internet of Things (IoT) Applications in ASEAN Countries, Forecast to 2022

ASEAN—Goldmine of Opportunities for Smart Farming and IoT Applications

RELEASE DATE
20-Jun-2018
REGION
Asia Pacific
Research Code: P9EC-01-00-00-00
SKU: AU01686-AP-MR_22035

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Description

The aim of this market insight is to highlight the key technological developments in the field of agriculture, with a focus on enabling technologies that will transform the agriculture sector in ASEAN countries. It will discuss smart farming, and the crucial role it is set to play to address the major challenges of growing food demand, soaring operating costs, climate change, and nutrition loss. It explains how Internet of Things (IoT) can be applied in the agriculture sector, in light of precision agriculture for optimum resource utilisation. It will also analyse with the main challenges faced by farmers, such as depleting water supplies.

The study provides country-by-country in-depth analyses of current and future technology penetration of IoT and smart farming technologies in the ASEAN region. It also covers key drivers and restraints, market trends, growth opportunities, and the competitive landscape from 2017 to 2022, in addition to strategic recommendations for better agriculture practices.

According to the United Nations Food and Agriculture Organization, the world will need to produce 70% more food in 2050, to feed the growing population. Factors such as climate change, limited arable land, water scarcity, labor demand, distress migration, crop failures dues to outbreak in pests and diseases, and other variables will further aggravate this demand for global food production. To meet this demand, technology will play an important role, as farmers, agricultural companies, and government organisations are turning to IoT and smart farming.

The penetration of technology and analytics will increase at a rapid pace and smart technologies that best address industry challenges in the most cost-effective way possible will be in demand.

Applications of IoT in farming technologies considered are as follows:
• Agriculture Robotics and Drones
• Precision Agriculture
• Farm Management Information System
• Smart Logistics and Warehousing
• Smart Greenhouse
• Livestock Monitoring
• Waste Technology
• Smart Irrigation
• Digital Marketplace
• Climate Monitoring and Forecast

Research Scope

The study covers market forecasts and trends of technology penetration, for the study period of 2018 to 2022, with the base year as 2017. The geographic scope of the study includes the ASEAN countries of Thailand, Vietnam, Indonesia, Malaysia, the Philippines, Singapore, Myanmar, Cambodia, Laos, and Brunei.

Key sections included in this study are as follows:

  • Application of IoT in Farming in ASEAN Countries
  • ASEAN Smart Farming Technology Roadmap
  • Business Opportunities: Smart Farming
  • Major Stakeholders in Smart Farming
  • Breakdowns by ASEAN country profiles (covering smart farming market potential and technology roadmaps, smart start-ups, and country econometrics)

RESEARCH: INFOGRAPHIC

This infographic presents a brief overview of the research, and highlights the key topics discussed in it.
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Table of Contents

Why is IoT and Smart Farming Important for Agriculture?

Introduction to Smart Farming in ASEAN

ASEAN Agricultural Economics at a Glance

ASEAN—Profile, Trade, Socio-demography, and Connectivity

Application of ICT in ASEAN Agriculture

Research Scope

Key Topics

Research Methodology

Mega Trends in ASEAN Smart Agriculture, 2017

Mega Trends in ASEAN Smart Agriculture—Summary

Integrated Food Value Chain

Connected Agriculture Ecosystem

Smart Farming Technology Roadmap

Smart Farming Stakeholders

Business Opportunities—Smart Farming

Smart Farming—Key Strategic Shifts

ASEAN Smart Farming Technology Timeline

Big Data Application in Farming Industry

Application of IoT in Farming

Agriculture Robotics and Drones

Farm Management Information System

Precision Agriculture—Overview

Precision Farming—Key Technologies and Concepts

Precision Farming—Key Technologies Explained

Digital Marketplace

Smart Logistics and Warehousing

Climate Monitoring and Forecast Model

Climate Monitoring and Forecast

Smart Greenhouse

Smart Irrigation

Livestock Monitoring

Waste Technology

Singapore

Singapore—Smart Farming Market Potential and Technology Roadmap

Singapore—Business in Smart Agriculture Field

Indonesia

Malaysia

Myanmar

The Philippines

Thailand

Vietnam

Brunei

Cambodia

Smart Farming and IoT Applications—Deere & Company

Smart Farming Initiatives of John Deere

AGCO

Smart Farming Initiatives of AGCO

CNH Industrial NV

Smart Farming Initiatives of CNH Industrial

Trimble

Topcon Positioning Systems, Inc.

Raven Industries

AgJunction

Garuda Robotics—Drone Data Solutions for Agriculture

CropIn

MimosaTEK—IoT Solutions

iGrow Resources—Management Software for Agriculture

Ci-Agriculture—Smart Farming Intelligent solution

Growth Opportunities—Overview

Strategic Imperatives for Success and Growth

Smart Farming and IoT Opportunities by Country

Strategic Recommendations—Agrotech Companies

The Last Word

Legal Disclaimer

List of Acronyms

List of Exhibits

List of Figures
  • 1. Smart Farming and IoT Applications: Economics at a Glance, ASEAN, 2017
  • 2. Smart Farming and IoT Applications: Key OEMs, ASEAN, 2017
  • 3. Smart Farming and IoT Applications: Mega Trends Summary, ASEAN, 2017
  • 4. Smart Farming and IoT Applications: Climate Monitoring and Forecast Model, ASEAN, 2018
  • 5. Smart Farming and IoT Applications: Business in Smart Agriculture Field, Singapore, 2018
  • 6. Smart Farming and IoT Applications: Business in Smart Agriculture Field, Indonesia, 2018
  • 7. Smart Farming and IoT Applications: Business in Smart Agriculture Field, Malaysia, 2018
  • 8. Smart Farming and IoT Applications: Business in Smart Agriculture Field, Myanmar, 2018
  • 9. Smart Farming and IoT Applications: Business in Smart Agriculture Field, Philippines, 2018
  • 10. Smart Farming and IoT Applications: Business in Smart Agriculture Field, Thailand, 2018
  • 11. Smart Farming and IoT Applications: Business in Smart Agriculture Field, Vietnam, 2018
  • 12. Smart Farming and IoT Applications: Business in Smart Agriculture Field, Brunei, 2018
  • 13. Smart Farming and IoT Applications: Business in Smart Agriculture Field, Cambodia, 2018
List of Charts
  • 1. Smart Farming and IoT Applications: Mega Trends, ASEAN, 2017
  • 2. Smart Farming and IoT Applications: Integrated Food Value Chain, ASEAN, 2017
  • 3. Smart Farming and IoT Applications: Connected Agriculture Ecosystem, ASEAN, 2018
  • 4. Smart Farming and IoT Applications: Technology Roadmap, ASEAN, 2018–2022 and Beyond
  • 5. Smart Farming and IoT Applications: Stakeholders, ASEAN, 2018
  • 6. Smart Farming and IoT Applications: Emerging Business Opportunities, ASEAN, 2018
  • 7. Smart Farming and IoT Applications: Technology Timeline, ASEAN, 2017–2024
  • 8. Smart Farming and IoT Applications: Big Data Application, ASEAN, 2018
  • 9. Smart Farming and IoT Applications: Application of IoT, ASEAN, 2017–2022
  • 10. Smart Farming and IoT Applications: Farm Management Information System, ASEAN, 2017
  • 11. Smart Farming and IoT Applications: Farm Management Information System, ASEAN, 2017
  • 12. Precision Farming: Crop Growth Cycle, ASEAN, 2017
  • 13. Smart Farming and IoT Applications: Precision Agriculture—Overview, ASEAN 2017
  • 14. Smart Farming and IoT Applications: Key Technologies and Concepts, ASEAN, 2017
  • 15. Smart Farming and IoT Applications: Digital Marketplace, ASEAN, 2017
  • 16. Smart Farming and IoT Applications: Climate Monitoring and Forecast Model, ASEAN, 2018
  • 17. Smart Farming and IoT Applications: Climate Monitoring and Forecast, ASEAN, 2018
  • 18. Smart Farming and IoT Applications: Smart Irrigation Model, ASEAN, 2017
  • 19. Smart Farming and IoT Applications: Waste Management Functions, ASEAN, 2018
  • 20. Smart Farming and IoT Applications: Individuals Using the Internet, Singapore, 2014–2017
  • 21. Smart Farming and IoT Applications: Mobile Cellular Subscriptions, Singapore, 2014–2017
  • 22. Smart Farming and IoT Applications: Smart Farming Market Potential and Technology Roadmap, Singapore, 2015–2022 and Beyond
  • 23. Smart Farming and IoT Applications: Individuals Using the Internet, Indonesia, 2014–2017
  • 24. Smart Farming and IoT Applications: Mobile Cellular Subscriptions, Indonesia, 2014–2017
  • 25. Smart Farming and IoT Applications: Smart Farming Market Potential and Technology Roadmap, Indonesia, 2015–2022 and Beyond
  • 26. Smart Farming and IoT Applications: Individuals Using the Internet, Malaysia, 2014–2017
  • 27. Smart Farming and IoT Applications: Mobile Cellular Subscriptions, Malaysia, 2014–2017
  • 28. Smart Farming and IoT Applications: Smart Farming Market Potential and Technology Roadmap, Malaysia, 2015–2022 andBeyond
  • 29. Smart Farming and IoT Applications: Individuals Using the Internet, Myanmar, 2014–2017
  • 30. Smart Farming and IoT Applications: Mobile Cellular Subscriptions, Myanmar, 2014–2017
  • 31. Smart Farming and IoT Applications: Smart Farming Market Potential and Technology Roadmap, Myanmar, 2015–2022 and Beyond
  • 32. Smart Farming and IoT Applications: Individuals Using the Internet, The Philippines, 2014–2017
  • 33. Smart Farming and IoT Applications: Mobile Cellular Subscriptions, The Philippines, 2014–2017
  • 34. Smart Farming and IoT Applications: Smart Farming Market Potential and Technology Roadmap, The Philippines, 2015–2022 and Beyond
  • 35. Smart Farming and IoT Applications: Individuals Using the Internet, Thailand, 2014–2017
  • 36. Smart Farming and IoT Applications: Mobile Cellular Subscriptions, Thailand, 2014–2017
  • 37. Smart Farming and IoT Applications: Smart Farming Market Potential and Technology Roadmap, Thailand, 2015–2022 and Beyond
  • 38. Smart Farming and IoT Applications: Individuals Using the Internet, Vietnam, 2014–2017
  • 39. Smart Farming and IoT Applications: Mobile Cellular Subscriptions, Vietnam, 2014–2017
  • 40. Smart Farming and IoT Applications: Smart Farming Market Potential and Technology Roadmap, Vietnam, 2015–2022 and Beyond
  • 41. Smart Farming and IoT Applications: Individuals Using the Internet, Brunei, 2014–2017
  • 42. Smart Farming and IoT Applications: Mobile Cellular Subscriptions, Brunei, 2014–2017
  • 43. Smart Farming and IoT Applications: Smart Farming Market Potential and Technology Roadmap, Brunei, 2015–2022 and Beyond
  • 44. Smart Farming and IoT Applications: Individuals Using the Internet, Cambodia, 2014–2017
  • 45. Smart Farming and IoT Applications: Mobile Cellular Subscriptions, Cambodia, 2014–2017
  • 46. Smart Farming and IoT Applications: Smart Farming Market Potential and Technology Roadmap, Cambodia, 2015–2022 and Beyond
  • 47. Smart Farming and IoT Applications: John Deere—Revenue Breakdown by Region, 2016
  • 48. Smart Farming and IoT Applications: John Deere—Company Performance, ASEAN, 2014–2016
  • 49. Smart Farming and IoT Applications: AGCO—Company Performance, ASEAN, 2014–2016
  • 50. Smart Farming and IoT Applications: AGCO—Revenue Breakdown by Region, 2016
  • 51. Smart Farming and IoT Applications: CNH Industrial NV—Performance, ASEAN, 2014–2016
  • 52. Smart Farming and IoT Applications: CNH Industrial NV—Revenue Breakdown by Region, 2016
Related Research
The aim of this market insight is to highlight the key technological developments in the field of agriculture, with a focus on enabling technologies that will transform the agriculture sector in ASEAN countries. It will discuss smart farming, and the crucial role it is set to play to address the major challenges of growing food demand, soaring operating costs, climate change, and nutrition loss. It explains how Internet of Things (IoT) can be applied in the agriculture sector, in light of precision agriculture for optimum resource utilisation. It will also analyse with the main challenges faced by farmers, such as depleting water supplies. The study provides country-by-country in-depth analyses of current and future technology penetration of IoT and smart farming technologies in the ASEAN region. It also covers key drivers and restraints, market trends, growth opportunities, and the competitive landscape from 2017 to 2022, in addition to strategic recommendations for better agriculture practices. According to the United Nations Food and Agriculture Organization, the world will need to produce 70% more food in 2050, to feed the growing population. Factors such as climate change, limited arable land, water scarcity, labor demand, distress migration, crop failures dues to outbreak in pests and diseases, and other variables will further aggravate this demand for global food production. To meet this demand, technology will play an important role, as farmers, agricultural companies, and government organisations are turning to IoT and smart farming. The penetration of technology and analytics will increase at a rapid pace and smart technologies that best address industry challenges in the most cost-effective way possible will be in demand. Applications of IoT in farming technologies considered are as follows: • Agriculture Robotics and Drones • Precision Agriculture • Farm Management Information System • Smart Logistics and Warehousing • Smart Greenhouse
More Information
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Podcast No
Table of Contents | Executive Summery~ || Why is IoT and Smart Farming Important for Agriculture?~ || Introduction to Smart Farming in ASEAN~ || ASEAN Agricultural Economics at a Glance~ || ASEAN—Profile, Trade, Socio-demography, and Connectivity~ || Application of ICT in ASEAN Agriculture~ | Research Scope, Objectives, Background, and Methodology~ || Research Scope~ || Key Topics~ || Research Methodology~ | Smart Agriculture—Trends~ || Mega Trends in ASEAN Smart Agriculture, 2017~ || Mega Trends in ASEAN Smart Agriculture—Summary~ | Value Chain and Stakeholders~ || Integrated Food Value Chain~ || Connected Agriculture Ecosystem~ || Smart Farming Technology Roadmap~ || Smart Farming Stakeholders~ || Business Opportunities—Smart Farming~ || Smart Farming—Key Strategic Shifts~ || ASEAN Smart Farming Technology Timeline~ || Big Data Application in Farming Industry~ | Application of IoT in Farming~ || Application of IoT in Farming~ || Agriculture Robotics and Drones~ || Farm Management Information System~ || Precision Agriculture—Overview~ || Precision Farming—Key Technologies and Concepts~ || Precision Farming—Key Technologies Explained~ || Digital Marketplace~ || Smart Logistics and Warehousing~ || Climate Monitoring and Forecast Model~ || Climate Monitoring and Forecast~ || Smart Greenhouse~ || Smart Irrigation~ || Livestock Monitoring~ || Waste Technology~ | Country Profiles~ || Singapore~ || Singapore—Smart Farming Market Potential and Technology Roadmap~ || Singapore—Business in Smart Agriculture Field~ || Indonesia~ || Malaysia~ || Myanmar~ || The Philippines~ || Thailand~ || Vietnam~ || Brunei~ || Cambodia~ | Smart Farming Initiatives by OEMs~ || Smart Farming and IoT Applications—Deere & Company~ || Smart Farming Initiatives of John Deere~ || AGCO~ || Smart Farming Initiatives of AGCO~ || CNH Industrial NV~ || Smart Farming Initiatives of CNH Industrial~ | Smart Farming Initiatives by Major Suppliers~ || Trimble~ || Topcon Positioning Systems, Inc.~ || Raven Industries~ || AgJunction~ | ASEAN Companies in Smart Farming~ || Garuda Robotics—Drone Data Solutions for Agriculture~ || CropIn~ || MimosaTEK—IoT Solutions~ || iGrow Resources—Management Software for Agriculture~ || Ci-Agriculture—Smart Farming Intelligent solution~ | Growth Opportunity Analysis~ || Growth Opportunities—Overview~ || Strategic Imperatives for Success and Growth~ | Conclusions~ || Smart Farming and IoT Opportunities by Country~ || Strategic Recommendations—Agrotech Companies~ || The Last Word~ || Legal Disclaimer~ | Appendix~ || List of Acronyms~ || List of Exhibits~ | The Frost & Sullivan Story~
List of Charts and Figures 1. Smart Farming and IoT Applications: Economics at a Glance, ASEAN, 2017~ 2. Smart Farming and IoT Applications: Key OEMs, ASEAN, 2017~ 3. Smart Farming and IoT Applications: Mega Trends Summary, ASEAN, 2017~ 4. Smart Farming and IoT Applications: Climate Monitoring and Forecast Model, ASEAN, 2018~ 5. Smart Farming and IoT Applications: Business in Smart Agriculture Field, Singapore, 2018~ 6. Smart Farming and IoT Applications: Business in Smart Agriculture Field, Indonesia, 2018~ 7. Smart Farming and IoT Applications: Business in Smart Agriculture Field, Malaysia, 2018~ 8. Smart Farming and IoT Applications: Business in Smart Agriculture Field, Myanmar, 2018~ 9. Smart Farming and IoT Applications: Business in Smart Agriculture Field, Philippines, 2018~ 10. Smart Farming and IoT Applications: Business in Smart Agriculture Field, Thailand, 2018~ 11. Smart Farming and IoT Applications: Business in Smart Agriculture Field, Vietnam, 2018~ 12. Smart Farming and IoT Applications: Business in Smart Agriculture Field, Brunei, 2018~ 13. Smart Farming and IoT Applications: Business in Smart Agriculture Field, Cambodia, 2018~| 1. Smart Farming and IoT Applications: Mega Trends, ASEAN, 2017~ 2. Smart Farming and IoT Applications: Integrated Food Value Chain, ASEAN, 2017~ 3. Smart Farming and IoT Applications: Connected Agriculture Ecosystem, ASEAN, 2018~ 4. Smart Farming and IoT Applications: Technology Roadmap, ASEAN, 2018–2022 and Beyond~ 5. Smart Farming and IoT Applications: Stakeholders, ASEAN, 2018~ 6. Smart Farming and IoT Applications: Emerging Business Opportunities, ASEAN, 2018~ 7. Smart Farming and IoT Applications: Technology Timeline, ASEAN, 2017–2024~ 8. Smart Farming and IoT Applications: Big Data Application, ASEAN, 2018~ 9. Smart Farming and IoT Applications: Application of IoT, ASEAN, 2017–2022~ 10. Smart Farming and IoT Applications: Farm Management Information System, ASEAN, 2017~ 11. Smart Farming and IoT Applications: Farm Management Information System, ASEAN, 2017~ 12. Precision Farming: Crop Growth Cycle, ASEAN, 2017~ 13. Smart Farming and IoT Applications: Precision Agriculture—Overview, ASEAN 2017~ 14. Smart Farming and IoT Applications: Key Technologies and Concepts, ASEAN, 2017~ 15. Smart Farming and IoT Applications: Digital Marketplace, ASEAN, 2017~ 16. Smart Farming and IoT Applications: Climate Monitoring and Forecast Model, ASEAN, 2018~ 17. Smart Farming and IoT Applications: Climate Monitoring and Forecast, ASEAN, 2018~ 18. Smart Farming and IoT Applications: Smart Irrigation Model, ASEAN, 2017~ 19. Smart Farming and IoT Applications: Waste Management Functions, ASEAN, 2018~ 20. Smart Farming and IoT Applications: Individuals Using the Internet, Singapore, 2014–2017~ 21. Smart Farming and IoT Applications: Mobile Cellular Subscriptions, Singapore, 2014–2017~ 22. Smart Farming and IoT Applications: Smart Farming Market Potential and Technology Roadmap, Singapore, 2015–2022 and Beyond~ 23. Smart Farming and IoT Applications: Individuals Using the Internet, Indonesia, 2014–2017~ 24. Smart Farming and IoT Applications: Mobile Cellular Subscriptions, Indonesia, 2014–2017~ 25. Smart Farming and IoT Applications: Smart Farming Market Potential and Technology Roadmap, Indonesia, 2015–2022 and Beyond~ 26. Smart Farming and IoT Applications: Individuals Using the Internet, Malaysia, 2014–2017~ 27. Smart Farming and IoT Applications: Mobile Cellular Subscriptions, Malaysia, 2014–2017~ 28. Smart Farming and IoT Applications: Smart Farming Market Potential and Technology Roadmap, Malaysia, 2015–2022 andBeyond~ 29. Smart Farming and IoT Applications: Individuals Using the Internet, Myanmar, 2014–2017~ 30. Smart Farming and IoT Applications: Mobile Cellular Subscriptions, Myanmar, 2014–2017~ 31. Smart Farming and IoT Applications: Smart Farming Market Potential and Technology Roadmap, Myanmar, 2015–2022 and Beyond~ 32. Smart Farming and IoT Applications: Individuals Using the Internet, The Philippines, 2014–2017~ 33. Smart Farming and IoT Applications: Mobile Cellular Subscriptions, The Philippines, 2014–2017~ 34. Smart Farming and IoT Applications: Smart Farming Market Potential and Technology Roadmap, The Philippines, 2015–2022 and Beyond~ 35. Smart Farming and IoT Applications: Individuals Using the Internet, Thailand, 2014–2017~ 36. Smart Farming and IoT Applications: Mobile Cellular Subscriptions, Thailand, 2014–2017~ 37. Smart Farming and IoT Applications: Smart Farming Market Potential and Technology Roadmap, Thailand, 2015–2022 and Beyond~ 38. Smart Farming and IoT Applications: Individuals Using the Internet, Vietnam, 2014–2017~ 39. Smart Farming and IoT Applications: Mobile Cellular Subscriptions, Vietnam, 2014–2017~ 40. Smart Farming and IoT Applications: Smart Farming Market Potential and Technology Roadmap, Vietnam, 2015–2022 and Beyond~ 41. Smart Farming and IoT Applications: Individuals Using the Internet, Brunei, 2014–2017~ 42. Smart Farming and IoT Applications: Mobile Cellular Subscriptions, Brunei, 2014–2017~ 43. Smart Farming and IoT Applications: Smart Farming Market Potential and Technology Roadmap, Brunei, 2015–2022 and Beyond~ 44. Smart Farming and IoT Applications: Individuals Using the Internet, Cambodia, 2014–2017~ 45. Smart Farming and IoT Applications: Mobile Cellular Subscriptions, Cambodia, 2014–2017~ 46. Smart Farming and IoT Applications: Smart Farming Market Potential and Technology Roadmap, Cambodia, 2015–2022 and Beyond~ 47. Smart Farming and IoT Applications: John Deere—Revenue Breakdown by Region, 2016~ 48. Smart Farming and IoT Applications: John Deere—Company Performance, ASEAN, 2014–2016~ 49. Smart Farming and IoT Applications: AGCO—Company Performance, ASEAN, 2014–2016~ 50. Smart Farming and IoT Applications: AGCO—Revenue Breakdown by Region, 2016~ 51. Smart Farming and IoT Applications: CNH Industrial NV—Performance, ASEAN, 2014–2016~ 52. Smart Farming and IoT Applications: CNH Industrial NV—Revenue Breakdown by Region, 2016~
Author Saurabh Bhalerao
Industries Automotive
WIP Number P9EC-01-00-00-00
Keyword 1 Smart Farming
Keyword 2 IoT
Is Prebook No
GPS Codes 9673-A6,9800-A6,9883-A6,9889-A6,9AF6-A6