Agrifood Blockchain Market Growth Factor, Demand and Key Players by 2020-2024: IBM, Microsoft, SAP, Ambrosus, Origintrail, Arc-Net, Blockgrain

The exclusive research report on Global Agrifood Blockchain market 2020 categorizes the market based on market overview, regions, analysis by types and applications, market dynamics, manufacturers profiles and forecast 2020-2024.

Overview of Global Agrifood Blockchain Market:

Blockchain technology provides a means to ensure permanence of records and potentially to facilitate the sharing of data between disparate actors in a food value chain. This potential may lead to an exciting paradigm shift facilitating transparency and trust in food chains that ensures food integrity.

The report contains a complete product overview and its scope in the market to define the key terms and provide the clients a holistic idea of the market and its tendency. It comprehensively evaluates the global Agrifood Blockchain market with different perspectives for the purpose of providing a detailed, informative, and accurate analysis of regional growth, competition, market segmentation, and other important aspects.

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Growth in the historic period resulted from economic growth in emerging markets, the rise in awareness of the benefits and developed nations towards Agrifood Blockchain costs and an increase in the number of technology provides potentially to facilitate the sharing of data between disparate actors in a food value chain.

Product Type Segmentation:
The Agrifood Blockchain market have different product type such as Growers, Food Manufacturers/Processors and Retailers. Agrifood Blockchain market product type gives technology provides potentially to facilitate the sharing of data between disparate actors in a food value chain.

Industry Segmentation:

Increasing instances across various sectors such as Product Traceability, Tracking, and Visibility, Payment and Settlement and Smart Contract are raising the need of blockchain for agrifood institutes, thereby raising the demand for Agrifood Blockchain market. This help in the profitable growth of the Global Agrifood Blockchain market in upcoming year.

Segmentation by Regions:

The Agrifood Blockchain market in North America has created technology provides potentially to facilitate the sharing of data between disparate actors in a food value chain to help blockchain agrifood vendors in the world. It was followed by Western Europe, China, Japan, Southeast Asia, India and Central & South America regions. Asia Pacific is expected to record higher growth rate in Agrifood Blockchain Market during the forecast year.

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Top Leading Key Manufacturers are: IBM, Microsoft, SAP SE, Ambrosus, Origintrail, Arc-Net, Blockgrain, Agridigital, Ripe.Io, Chainvine, Vechain, Oracle Corporation. New product launches and continuous technological innovations are the key strategies adopted by the major players.

Top Industry News:

Quantum Computers Challenge Blockchain’s Invincibility on 03 June, 2020 -- Timelines for the emergence of quantum computers may be fuzzy, but the threat they pose to the vaunted security of blockchain technology is profoundly real.

Originally popular as fail-safe security for bitcoin enthusiasts, blockchain is making inroads across numerous industries, most notably as a track-and-trace tool proving the provenance of goods across vast supply chains. Blockchain-based security may be even more valuable in managing supply and demand shocks during and after the pandemic. However, as blockchain services grow and quantum computers begin to emerge, now is the time to start thinking about quantum-resistant blockchain.

“Once quantum computers can break the cryptography being used today, blockchain loses its immutability,” said Cedric Hebert, senior researcher at SAP Security Research. “We wouldn’t be able to trust new transactions on a blockchain that wasn’t meant to resist quantum-fueled attacks. Companies will need to adopt new protocols to resist quantum attacks.”

Right now, it is difficult to go backwards on a blockchain’s immutable ledger and change original information in each block of the chain. This is especially the case as blocks are added with more data. People cannot easily rewrite history on its immutable ledger because other nodes on the chain would automatically reject any changes. Also, traditional blockchains are based on asymmetric cryptography, which prevents fraudulent signing. Unfortunately, quantum computers could theoretically break the immutability of any block in the chain and falsify historical transactions.

“Companies can use blockchain technology if they incorporate quantum-resistant encryption protocols,” Hebert said. “You would need to freeze the blockchain at some point and migrate transactions to the new protocol.”

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Major Points in Table of Contents:

1 Agrifood Blockchain Product Definition
2 Global Agrifood Blockchain Market Manufacturer Share and Market Overview
2.1 Global Manufacturer Agrifood Blockchain Shipments
2.2 Global Manufacturer Agrifood Blockchain Business Revenue
2.3 Global Agrifood Blockchain Market Overview
2.4 COVID-19 Impact on Agrifood Blockchain Industry
3 Manufacturer Agrifood Blockchain Business Introduction
3.1 IBM Agrifood Blockchain Business Introduction
3.1.1 IBM Agrifood Blockchain Shipments, Price, Revenue and Gross profit 2014-2019
3.1.2 IBM Agrifood Blockchain Business Distribution by Region
3.1.3 IBM Interview Record
3.1.4 IBM Agrifood Blockchain Business Profile
3.1.5 IBM Agrifood Blockchain Product Specification
3.2 Microsoft Agrifood Blockchain Business Introduction
3.2.1 Microsoft Agrifood Blockchain Shipments, Price, Revenue and Gross profit 2014-2019
3.2.2 Microsoft Agrifood Blockchain Business Distribution by Region
3.2.3 Interview Record
3.2.4 Microsoft Agrifood Blockchain Business Overview
3.2.5 Microsoft Agrifood Blockchain Product Specification
3.3 SAP SE Agrifood Blockchain Business Introduction
3.3.1 SAP SE Agrifood Blockchain Shipments, Price, Revenue and Gross profit 2014-2019
3.3.2 SAP SE Agrifood Blockchain Business Distribution by Region
3.3.3 Interview Record
3.3.4 SAP SE Agrifood Blockchain Business Overview
3.3.5 SAP SE Agrifood Blockchain Product Specification
3.4 Ambrosus Agrifood Blockchain Business Introduction
3.5 Origintrail Agrifood Blockchain Business Introduction
3.6 Arc-Net Agrifood Blockchain Business Introduction
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