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The trends of blockchain in agriculture and food market vary across different geographical regions. The smart farming market holds a prominent share in the regions of North America, Europe, Asia-Pacific (APAC), and Rest-of-the-World (RoW). Presently, North America is at the forefront of the global blockchain in agriculture and food market, with high market penetration rate in the U.S. However, smaller countries in other geographic regions are also seen as hubs for establishing blockchain companies and products.
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GLOBAL BLOCKCHAIN IN AGRICULTURE AND FOOD MARKET: FOCUS ON STAKEHOLDERS, REGULATIONS, APPLICATION (SUPPLY CHAIN TRACKING, FINANCE MANAGEMENT, DATA MANAGEMENT, AND LAND AND PROPERTY OWNERSHIP) AND REGIONAL ADOPTION - ANALYSIS & FORECAST 2018-2028 Key Questions Answered in the Report: • What is the global blockchain in agriculture & food market size in terms of revenue from 2017-2028 along with the growth rate during the forecast period 2018-2028? MORE THAN 100 COMPANIES RESEARCHED ACROSS THE VALUE CHAIN • Howwilltheyear-on-yeargrowthdifferacrossdifferentphasesofgrowthduringthe forecast period 2018-2028? • What is the revenue generated of blockchain solutions for different applications in agricultureandfoodindustryincludingsupplychaintracking,financemanagement,data management, land and property ownership, and others from 2017-2028 and growth rate during the forecast period of 2018-2028? • Whatistheblockchaininagricultureandfoodmarketsizefordifferentregionsacrossthe worldincludingNorthAmerica,Europe,Asia-Pacific,andRest-of-the-World? METICULOUS COMPILATION OF MORE THAN 700 RESEARCH HOURS • What is the current scenario of the regulatory landscape of global blockchain in agriculture and food market and how will it shape up in the next 10 years? • What are the key global and regional trends and opportunities in the market pertaining to the blockchain technology? • Whatarethedifferentuse-casesofblockchaininagricultureandfoodindustry? EXCLUSIVE INSIGHTS FROM IN-DEPTH EXPERT INTERVIEWS • Howattractiveisthemarketfordifferentstakeholderspresentintheindustrybyanalyzing the futuristic scenario of blockchain technology? • What are the major driving forces that tend to increase the demand for blockchain in global agriculture and food industry during the forecast period? • What are the major challenges inhibiting the growth of the global blockchain in agriculture & food market? CONTAINS 12 MARKET DATA TABLES AND 89 FIGURES SPREAD ACROSS 176 PAGES • How are the consortiums and associations impacting the global blockchain in agriculture and food market? • What is the competitive strength of the key players in the global blockchain in agriculture &foodmarketbyanalyzingtheirrecentdevelopments,productofferingsandregional presence? • How has been the funding landscape in global blockchain in agriculture & food market? 1 www.bisresearch.com sales@bisresearch.com
TABLE OF CONTENTS COMPANY PROFILES • Drivers •Restraints • Opportunities • Blockchain Technology Solution Providers • AgriChain Pty Ltd. (‘BlockGrain’) • Key Market Developments & Strategies • Partnership & Collaboration • Product Launch • Funding & Contract • Other Key Developments and Strategies • Ambrosus • arc-net • Bext 360 • Coin22 • Consortiums & Associations •RegulatoryLandscapeinBlockchainEcosystem • Stakeholder Analysis for Blockchain in Agriculture & Food • Use-Cases for Blockchain in Agriculture & Food • Filament • Foodcoin Ecosystem MARKET DYNAMICS •FullProfilePtyLtd.(‘AgriDigital’) • IBM Corporation COMPETITIVE LANDSCAPE • Obook Holdings Inc. (‘OwlTing’) • Origin Trail • Assumptions & Limitations for Analysis & Forecast • Historical Development Timeline • Market Introduction • Year-on-Year (Y-o-Y) Growth Analysis • Pavocoin AG INDUSTRY ANALYSIS • Project Provenance Ltd. •RipeTechnologyInc. • TE-Food International GmbH GLOBAL BLOCKCHAIN IN AGRICULTURE & FOOD MARKET • Supply Chain Tracking • Provenance • Procurement Traceability and Tracking • Finance Management • Payments • Lending & Borrowing • Crop Insurance • Data Management •RecordKeeping • Data Sharing •Real-TimeDataMonitoring • Land & Property Ownership • Other Applications •Retailers • Walmart • Alibaba Group GLOBAL BLOCKCHAIN IN AGRICULTURE & FOOD MARKET (BY APPLICATION) • The Kroger Co. • Food Processors GLOBAL BLOCKCHAIN IN AGRICULTURE & FOOD MARKET (BY REGION) • Nestle S.A. • Tyson Foods Inc. • Danone • Agricultural OEMs RESEARCH SCOPE & METHODOLOGY • Deere & Company • AGCO Corporation • CNH Industrial • Food Distributors • North America • Europe •Asia-Pacific •Rest-of-the-World • Sysco Corporation • McLane Company • Agricultural Commodity Traders • Louis Dreyfus Company B.V. • Cargill Inc. •ReportScope • Global Blockchain in Agriculture & Food Market ResearchMethodology • Archer Daniels Midland Company • Bunge Limited VIEW COMPLETE TABLE OF CONTENTS 2 www.bisresearch.com sales@bisresearch.com
LIST OF TABLES 1 DifferenceBetweenProofofWorkandProofof Stake Validation Techniques 8 Stakeholders Analysis Matrix – Blockchain in Agriculture and Food 2 FoodRecallTypes 9 Global Blockchain in Agriculture and Food Market (by Application), $Million ,2017-2028 3 Key Opportunities for Stakeholders in Blockchain in Agriculture and Food Market 10 Blockchain Products for Payments in Agriculture 11 Blockchain Products for Product Provenance Data in Agriculture 4 Key Partnership and Collaboration(Jan 2015–Jun 2018) 5 Key Product Launches (Jan 2015-Jun 2018) 12 Global Blockchain in Agriculture and Food Market byRegion,2017-2028 6 Key Fundings and Contract (Jan 2015-Jun 2018) 7 Other Key Strategies and Developments (Jan 2015-Jun 2018) LIST OF FIGURES 1 Concerns in Global Agriculture & Food System 18 Some Key Members of Ethereum Enterprise Alliance 2 DriversandRestraints-GlobalBlockchainin Agriculture and Food Market 19 Some Key Members of Food Safety Alliance for China 3 Global Blockchain in Agriculture and Food Market Snapshot 20 Some Key Members of Food Trust 4 Global Blockchain in Agriculture and Food Market (by Application), 2018-2028 21 Some Key Members of Food Trust Framework 22 Some Key Members of Hyperledger Project 5 Global Blockchain in Agriculture and Food Market (byRegion),2018-2028 23 Some Key Members of Sequencing the Food Supply Chain Consortium 6 The Blockchain Structure 24 Some Key Members of Trusted IoT Alliance 7 Public Blockchain 25 EffectsofRegulationsontheBlockchainMarket 8 Private Blockchain 26 RegulatoryLandscapeinNorthAmerica 9 Key Issues in Agriculture and Food Industry to be Solved by Blockchain 27 RegulatoryLandscapeinSouthAmerica 28 RegulatoryLandscapeinEurope 10 Market Dynamics 29 RegulatoryLandscapeinAsia-Pacific 11 Impact Analysis of Drivers 30 RegulatoryLandscapeinRest-of-the-World 12 Key Factors Addressed by Blockchain Technology foraReliableSupplyChain 31 Stakeholders of Blockchain in Agriculture and Food Ecosystem 13 Food Industry Losses: Statistics 32 Advantages of Blockchain for Farmers 14 Strategic Control Points for Blockchain Technology in Food Value Chain 33 Blockchain for Food Processors 34 Blockchain as a Solution for Distributors 15 Blockchain Technology: Improving Financial Aspects of Agri-Food Sector 35 Blockchain as a Solution for Distributors 16 ImpactAnalysisofRestraints 36 Commodity Trading Supply Chain with Blockchain 17 Key Strategies and Developments (Jan 2015-Jun 2018) 37 Use Cases of Blockchain in Agriculture and Food 3 www.bisresearch.com sales@bisresearch.com
LIST OF FIGURES 62 Asia-PacificBlockchaininAgricultureandFood Market, 2017-2028 38 Smart Contracts Execution Process 39 Key Historical Developments in Global Blockchain in Agriculture and Food Market 63 Asia-PacificBlockchaininAgricultureandFood Adoption Scenario (by Country) 40 Global Blockchain in Agriculture and Food Market, 2017-2028 64 Rest-of-the-WorldBlockchaininAgricultureand Food Market, 2017-2028 41 Global Blockchain in Agriculture and Food Market Growth Timeline 65 RoWBlockchaininAgricultureandFoodAdoption Scenario ( by Country) 42 Blockchain Applications in Agriculture and Food 66 AgriChain Pty Ltd.: SWOT Analysis 43 Supply Chain Tracking in Global Blockchain in Agriculture and Food Market, 2017-2028 67 Ambrosus: SWOT Analysis 68 SWOT Analysis 44 Blockchain-Based Supply Chain Tracking in Agriculture 69 Bext360 : SWOT Analysis 45 Types of Supply Chain Tracking Applications 70 Coin22 : SWOT Analysis 46 Advantages of Blockchain in Procurement Traceability and Tracking 71 Filament: SWOT Analysis 72 Foodcoin Ecosystem: SWOT Analysis 47 Features of Blockchain-Powered Supply Chain 73 FullProfilePty.Ltd.:SWOTAnalysis 48 Finance Management in Global Blockchain in Agriculture and Food Market, 2017-2028 74 IBM Corporation: Overall Financials, 2015-2017 75 IBMCorporation:NetRevenuebyBusiness Segment, 2015-2017 49 BenefitsofBlockchaininAgricultureandFood Finance 76 IBMCorporation:NetRevenuebyRegional Segment, 2015-2017 50 Types of Finance Management Applications 51 Blockchain for Crop Insurance 77 IBM Corporation: SWOT Analysis 52 Data Management in Global Blockchain in Agriculture and Food Market, 2017-2028 78 Obook Holdings Inc.: SWOT Analysis 79 OriginTrail : SWOT Analysis 53 Types of Data Management Applications 80 Pavocoin: SWOT Analysis 54 ImportanceofRecordKeeping 81 Project Provenance Ltd. : SWOT Analysis 55 Land and Property Ownership in Global Blockchain in Agriculture and Food Market, 2017-2028 82 RipeTechnology,Inc:SWOTAnalysis 56 Other Applications in Global Blockchain in Agriculture and Food Market, 2017-2028 83 TE-Food International : SWOT Analysis 84 Global Blockchain in Agriculture and Food Market Scope 57 Global Blockchain in Agriculture and Food Market ShareandCAGR(byRegion) 85 ReportDesign 58 North America Blockchain in Agriculture and Food Market, 2017-2028 86 Primary Interview Breakdown, by Company, Designation,andRegion 59 North America Blockchain in Agriculture and Food Adoption Scenario by Country 87 SourcesofSecondaryResearch 88 Data Triangulation 60 Europe Blockchain in Agriculture and Food Market, 2017-2028 89 Top Down and Bottom Up Approach 61 Europe Blockchain in Agriculture and Food Adoption Scenario by Country 4 www.bisresearch.com sales@bisresearch.com
1 Research Scope & BIS Methodology 1.1 Scope of the Report The report is a thorough study of the global blockchain in agriculture & food market share and market size includingtheanalysisbydifferentapplications.Theblockchaininagriculture&foodmarkethasalsobeen extensively analyzed in this report including the market trends across the geographical regions across the world.Further,themarketestimatedindifferentsectionsofthereportconsidered“2018-2028”asthe forecast period. 1.2 Global Blockchain in Agriculture & Food Market Research Methodology Theresearchmethodologydesignadoptedforthisspecificstudyincludesamixofdatacollectedfrom primary and secondary sources. The research exhaustively use both primary sources (in-house experts, industry leaders and market players) and secondary sources (a host of paid and unpaid databases) along with analytical tools to build forecast and predictive models. Primary Data Sources The primary sources involve the industry experts from the blockchain, agriculture, and food industries. In the extensive primary research process undertaken for this study, the primary sources further include industry experts and key executives from prominent companies, research organizations and agricultural research associations. All such resources have been interviewed to obtain and verify both the qualitative and the quantitative aspects of this research study. The key data points taken from primary sources include: • Validation and triangulation of all the numbers and graphs • Validationofreport’ssegmentationandkeyqualitativefindings • Understanding the competitive landscape • Validation of the numbers of the various market segments for smart farming • Percentage split for country analysis The research includes interviews with participants throughout the value chain. An extensive questionnaire was shared to get insights from the experts who didn’t participate in discussions. In some cases where information was not available, Delphi method was used to arrive at mutual consent with BIS consultants. Secondary Data Sources The research study involves the usage of extensive secondary sources, directories, company websites, annual reports and investor presentations. It also makes use of databases, such as Hoovers, Bloomberg, Business-week,andFactivatocollectusefulandeffectiveinformationforanextensive,market-oriented, and commercial study of the global market. Secondary research was done to obtain crucial information about the industry’s value chain, market’s monetary chain, total pool of key players, and the prevalent solutions and applications. 7 www.bisresearch.com sales@bisresearch.com
Data Triangulation: The process of market engineering involves calculation of the market statistics, market size estimation, market forecast, market crackdown, and data triangulation (the methodology for these quantitative data processes is explained in the further sections). An extensive primary research study was undertaken to gather information, and authenticate the critical numbers arrived through segmentation types, industry trends, and key players of each type of products in the market. Thefollowingfigureexhibitsdatatriangulationconsideredinthisstudy: Figure 1 Data Triangulation PRIMARY SOURCES SECONDARY SOURCES Interviews With: Annual reports of key industrial players • • Stockmen • Agronomists • Retailers • Agriculture Consultants DEMAND SIDE SEC Filings • 10K reports • Investor Presentations • BIS RESEARCH INTERNAL REPOSITORY Journals • Press Releases • Paid & Unpaid Databases • Food & Agriculture Organization Reports • DATA Interviews With: TRIANGULATION Research Organizations • PRIMARY SOURCE • Blockchain Start-ups SUPPLY SIDE • Service Providers SECONDARY SOURCE • Platform Providers BIS RESEARCH INTERNAL REPOSITORY Opportunities/ Challenges Market Size and Market Share (2018-2028) Key Players Competitive Landscape Regional Analysis Macro-economic Factors Market Estimates BIS Research Analysis REQUEST FOR SAMPLE 8 www.bisresearch.com sales@bisresearch.com