Using Blockchain technology for building agri value chains ... some basics for beginners
#Blockchain #AgrivalueChain #FPOs #transparency #traceability #history #Technology
Innovation Platforms: a new approach to market development and technology upt...ESAP
Presentation by Andre F. van Rooyen and S. Homann-Kee Tui at the 5th All Africa conference on animal production, Addis Ababa, Ethiopia, 25-28 October 2010.
Despite what the news may make us believe, blockchain has a vast range of applications beyond cryptocurrencies. The technology is set to radically transform a large number of industries, from healthcare to law, to real estate, to banking.
This document discusses information systems and their applications in the agri-food sector. It defines different types of information systems including transaction processing systems, management information systems, decision support systems, and expert systems. It then discusses how emerging technologies like the internet of things, blockchain, big data, and artificial intelligence can benefit the agri-food industry through applications like precision agriculture, food traceability and transparency, and predictive analytics. A case study on using DNA-based traceability and digital technologies to ensure quality and origin of olive oils is also presented.
Blockchain Technology based Advanced Agriculture Food Supply Chain SystemIRJET Journal
This document proposes a blockchain-based system to improve transparency, accountability and food traceability in the Indian agriculture and food supply chain. It describes the current issues like lack of transparency between farmers, processors, distributors and retailers. The proposed system uses blockchain and smart contracts to record all transactions immutably, creating an efficient network between supply chain participants. Farmers can directly sell to consumers and retailers can track product sources. This improves supply chain visibility while addressing issues like unreliable intermediaries. The system aims to strengthen and secure the food supply chain in India through a decentralized, transparent platform.
The document discusses using innovation platforms to improve goat markets and farming systems in Zimbabwe. Key points:
- Innovation platforms bring together farmers, traders, processors, researchers and others to identify challenges and opportunities to improve goat production and marketing.
- Objectives are to improve market efficiency, reduce transaction costs, promote productivity-increasing technologies, and build local innovation capacity.
- Results included dramatically reduced goat mortality rates (from 25% to under 10%), higher prices for farmers, and investments in improved feeding and health practices.
- Other actors like NGOs and the government also increased support like building sale pens and improving veterinary services. The approach transformed the system from crop-focused to more livestock-focused and
ITC_ e-choupal-RM case study by CIMP's studentAlokkumar Raj
ITC e-Choupal is a project that aims to empower farmers through digital technology and information access. It establishes computer kiosks staffed by local farmers, called "sanchalaks", in rural villages. For the project to succeed at village and national levels, farmers need literacy and infrastructure support while customized agricultural information and market knowledge need centralized coordination. Benefits include lower costs and higher quality for ITC's supply chain, access to rural markets and new business opportunities, and value creation for shareholders and society. Challenges include familiarizing first-time users, regulatory barriers, infrastructure issues, and resistance from traditional middlemen. Future plans include expanding services like jobs, tourism and healthcare while ensuring quality, developing new
Noosa beef local food value chain project reference group meeting 1Dr Brian Stockwell
Background information on consumer attitudes and preferences in regard to local food, beef, branding and certification. Scenarios for beef production in Noosa District.
Innovation Platforms: a new approach to market development and technology upt...ESAP
Presentation by Andre F. van Rooyen and S. Homann-Kee Tui at the 5th All Africa conference on animal production, Addis Ababa, Ethiopia, 25-28 October 2010.
Despite what the news may make us believe, blockchain has a vast range of applications beyond cryptocurrencies. The technology is set to radically transform a large number of industries, from healthcare to law, to real estate, to banking.
This document discusses information systems and their applications in the agri-food sector. It defines different types of information systems including transaction processing systems, management information systems, decision support systems, and expert systems. It then discusses how emerging technologies like the internet of things, blockchain, big data, and artificial intelligence can benefit the agri-food industry through applications like precision agriculture, food traceability and transparency, and predictive analytics. A case study on using DNA-based traceability and digital technologies to ensure quality and origin of olive oils is also presented.
Blockchain Technology based Advanced Agriculture Food Supply Chain SystemIRJET Journal
This document proposes a blockchain-based system to improve transparency, accountability and food traceability in the Indian agriculture and food supply chain. It describes the current issues like lack of transparency between farmers, processors, distributors and retailers. The proposed system uses blockchain and smart contracts to record all transactions immutably, creating an efficient network between supply chain participants. Farmers can directly sell to consumers and retailers can track product sources. This improves supply chain visibility while addressing issues like unreliable intermediaries. The system aims to strengthen and secure the food supply chain in India through a decentralized, transparent platform.
The document discusses using innovation platforms to improve goat markets and farming systems in Zimbabwe. Key points:
- Innovation platforms bring together farmers, traders, processors, researchers and others to identify challenges and opportunities to improve goat production and marketing.
- Objectives are to improve market efficiency, reduce transaction costs, promote productivity-increasing technologies, and build local innovation capacity.
- Results included dramatically reduced goat mortality rates (from 25% to under 10%), higher prices for farmers, and investments in improved feeding and health practices.
- Other actors like NGOs and the government also increased support like building sale pens and improving veterinary services. The approach transformed the system from crop-focused to more livestock-focused and
ITC_ e-choupal-RM case study by CIMP's studentAlokkumar Raj
ITC e-Choupal is a project that aims to empower farmers through digital technology and information access. It establishes computer kiosks staffed by local farmers, called "sanchalaks", in rural villages. For the project to succeed at village and national levels, farmers need literacy and infrastructure support while customized agricultural information and market knowledge need centralized coordination. Benefits include lower costs and higher quality for ITC's supply chain, access to rural markets and new business opportunities, and value creation for shareholders and society. Challenges include familiarizing first-time users, regulatory barriers, infrastructure issues, and resistance from traditional middlemen. Future plans include expanding services like jobs, tourism and healthcare while ensuring quality, developing new
Noosa beef local food value chain project reference group meeting 1Dr Brian Stockwell
Background information on consumer attitudes and preferences in regard to local food, beef, branding and certification. Scenarios for beef production in Noosa District.
Building the next generation of farmers
Supporting capacity-development of African Farmer’s Organisations through improved Policies, Technologies and Capabilities
Workshop , 6-7 November 2018, Brussels
IWMI experiences on potential irrigated value chains development for the LIVE...ILRI
1) The document discusses potential interventions for developing irrigated value chains in Ethiopia through the LIVES project. It provides rationale for investing in smallholder irrigation and criteria for selecting value chains.
2) Potential interventions are identified for production, post-harvest handling, marketing, operation and maintenance of irrigation systems. Cross-cutting issues of social, environmental and gender equity are also addressed.
3) Opportunities for expanding irrigation discussed include promoting motorized pumps, manual well drilling, agro-ecology technologies, and contract or outgrower schemes with lessons from other countries. The conclusion emphasizes improving smallholder access to inputs, markets, and support services.
Royse AgTech offers a round table discussion with several prominent silicon valley agtech industry expert about emerging and promising Agtech advancements. (08/2016)
Blockchain Technology in Global Halal Market : The Case of TE-FoodAnis Buniamin
TE-FOOD is a farm-to-table fresh food traceability ecosystem on blockchain, covering all logistics and food quality activities and data management of the supply chain. It provides cost effective software and identification tools to make livestock and fresh food supply information transparent.
Food from across the world is available to consumers today, regardless of the season, location, or environment. However, the greater options and accessibility are accompanied by increasing complexity in the food supply chain.
With growing data and lengthening ecosystems within the industry, the importance of trust weighs heavier than ever before.
From the farmer, processor, retailer, to the consumer, IBM Food Trust™ uses trust to build transparency. The block chain solution is working to ensure that transparency enables the expanding food system.
With capabilities to enable safer food, longer product shelf lives, reduced waste, faster traceability, and better access to shared information, IBM Food Trust empowers to meet the new standard for transparency and trust.
The solution provides authorized users with immediate access to actionable food supply chain data - from farm to store and ultimately the consumer. The complete history and current location of any food item along with its accompanying information (i.e. certifications, test data, temperature data) can be readily available in seconds.
IBM Food Trust provides organization with a set of integrated modules to address the increased complexity and build trust in the industry.
eFarm is an agri supply chain platform that aims to:
1) Procure vegetables and fruits from farmers and supply to bulk customers in cities.
2) Create an efficient end-to-end supply chain infrastructure to reduce post-harvest losses through better planning and management.
3) Link farmers to consumers through a transparent platform using information technology.
The document outlines a project called "Banglar Fashal" which aims to create a digital farmer-consumer network in Natore and Khagrachari districts of Bangladesh to address issues small farmers face like lack of fair prices and ensure safe, nutritious food is provided to consumers at fair prices. The proposed solution is an online platform that connects small farmers to consumers, provides training to farmers on good agricultural practices, and facilitates traceability throughout the supply chain from field to consumer.
The document provides an overview of IBM blockchain solutions, including Food Trust, TradeLens, World Wire, and Digital Identity. It describes Food Trust's use of blockchain to improve food safety, traceability, and reduce food waste. It outlines how TradeLens is a blockchain platform developed by IBM and Maersk to digitize global supply chains. It also briefly introduces World Wire and Digital Identity solutions. The document is intended to provide introductions to IBM blockchain solutions for clients and IBM employees.
Inclusive and Efficient Value Chains: Innovations, Scaling, and Way ForwardIFPRI-PIM
In the CGIAR Research Program on Policies, Institutions, and Markets (PIM), market and related aspects have been mostly addressed by PIM Flagship 3: Inclusive and Efficient Value Chains. The team has been focusing on the evolving international, regional, and local contexts for agricultural markets, and investigating how value chains (VC) can be strengthened to generate more benefits for smallholders and small and medium enterprises (SMEs), with differentiated opportunities for women, men, and youth. In this webinar on 22 November 2021, the team presented key findings from the Flagship’s work in 2017-2021 in three areas: 1) value chain innovations, 2) use of value chains for scaling CGIAR solutions, and 3) interactions between research and practice for value chain development.
For more information about this webinar and to access the full recording, visit https://bit.ly/3c6siV5.
Hotel and Tourism management HTM400 CHAPTER 6.pptxameanpunya
The document discusses several trends that will impact the future of the hospitality industry. Demographic trends like populations aging and becoming more culturally diverse are changing customer bases. Economic factors like recessions, rising oil prices, and economic growth in Asia impact tourism spending. Technological innovations are enhancing operations and the guest experience. Environmental regulations require hospitality operations to minimize their ecological footprint. Ecotourism and sustainability practices are growing in importance. Changing workforce demographics require attracting and accommodating diverse talent.
Digitalisation in AgriFood - Cologne - March 19, 2018EIT Food
The document discusses the opportunities for digitalization across the food value chain to address challenges like environmental impact, food waste, and inefficiencies. It notes that digital technologies could help optimize resource usage, connect actors across the supply network, and generate a $4 trillion revenue opportunity by 2020. However, realizing this potential will require innovative solutions and strategies to digitally transform processes from farm to fork.
Implementing a platform for the food-chain ecosystem to provide trust, transp...AGINFRA
Walter Stiers from IBM on Implementing a platform for the food-chain ecosystem to provide trust, transparency and provenance.
Joint Workshop on Food Risk Assessment Research & Practice
24th November 2017, Wageningen University & Research, Netherlands
Presentation by Christian Schultze-Wolters, IBM Director Blockchain Solutions DACH, during the meetup "Blockchain in real life" in the Digital Hub Logistics, which had been conducted by IBM in cooperation with CHAINSTEP
AIM Global Traceability Expert Jeanne Duckett discusses how you get transparency throughout the supply chain and what the role of reusable packaging containers is in that process.
Muneesh Batra presented on digital technologies in healthcare. The presentation included sections on blockchain, cloud computing, IoT, mobile development, and cyber security. Blockchain applications discussed included using it for medical records, supply chain management, and genomic markets. Cloud technologies like SaaS, PaaS, and IaaS were introduced. Lessons from the COVID-19 pandemic around prioritizing healthcare infrastructure and training were shared. The presentation concluded with a discussion of common digital technology terms.
The Internet of Things for Food - An integrated socio-economic and technologi...Sjaak Wolfert
The document discusses the use of Internet of Things (IoT) technologies for food and agriculture. It outlines four key areas where digital transformation is occurring: cloud computing, big data, analytics, and IoT. An integrated socio-economic and technological approach is needed to address issues like food integrity, decision making, public policy, and science. Case studies are presented on using IoT tools to optimize sustainable wine production and measure sustainability metrics like water and pesticide use per bottle. Developing data-driven innovation ecosystems requires addressing technical, organizational, business modeling, and governance challenges.
Mr. Paul Kukubo - Digitalisation and New Technologies in the coffee value chainAveliscopeSystems
The document discusses digitalization in agriculture through the Ishirika Agri Platform. It describes the current problems smallholder farmers face in Kenya, including lack of access to information, credit, and exploitative intermediaries. The platform aims to address these issues through three digital solutions: GreenCube, a farmer decision support system; PesaQube, a farm credit management system; and LinQube, a value chain traceability system using blockchain technology. These solutions aim to empower smallholder farmers, bring financial inclusion, and automate agricultural value chains.
Building the next generation of farmers
Supporting capacity-development of African Farmer’s Organisations through improved Policies, Technologies and Capabilities
Workshop , 6-7 November 2018, Brussels
IWMI experiences on potential irrigated value chains development for the LIVE...ILRI
1) The document discusses potential interventions for developing irrigated value chains in Ethiopia through the LIVES project. It provides rationale for investing in smallholder irrigation and criteria for selecting value chains.
2) Potential interventions are identified for production, post-harvest handling, marketing, operation and maintenance of irrigation systems. Cross-cutting issues of social, environmental and gender equity are also addressed.
3) Opportunities for expanding irrigation discussed include promoting motorized pumps, manual well drilling, agro-ecology technologies, and contract or outgrower schemes with lessons from other countries. The conclusion emphasizes improving smallholder access to inputs, markets, and support services.
Royse AgTech offers a round table discussion with several prominent silicon valley agtech industry expert about emerging and promising Agtech advancements. (08/2016)
Blockchain Technology in Global Halal Market : The Case of TE-FoodAnis Buniamin
TE-FOOD is a farm-to-table fresh food traceability ecosystem on blockchain, covering all logistics and food quality activities and data management of the supply chain. It provides cost effective software and identification tools to make livestock and fresh food supply information transparent.
Food from across the world is available to consumers today, regardless of the season, location, or environment. However, the greater options and accessibility are accompanied by increasing complexity in the food supply chain.
With growing data and lengthening ecosystems within the industry, the importance of trust weighs heavier than ever before.
From the farmer, processor, retailer, to the consumer, IBM Food Trust™ uses trust to build transparency. The block chain solution is working to ensure that transparency enables the expanding food system.
With capabilities to enable safer food, longer product shelf lives, reduced waste, faster traceability, and better access to shared information, IBM Food Trust empowers to meet the new standard for transparency and trust.
The solution provides authorized users with immediate access to actionable food supply chain data - from farm to store and ultimately the consumer. The complete history and current location of any food item along with its accompanying information (i.e. certifications, test data, temperature data) can be readily available in seconds.
IBM Food Trust provides organization with a set of integrated modules to address the increased complexity and build trust in the industry.
eFarm is an agri supply chain platform that aims to:
1) Procure vegetables and fruits from farmers and supply to bulk customers in cities.
2) Create an efficient end-to-end supply chain infrastructure to reduce post-harvest losses through better planning and management.
3) Link farmers to consumers through a transparent platform using information technology.
The document outlines a project called "Banglar Fashal" which aims to create a digital farmer-consumer network in Natore and Khagrachari districts of Bangladesh to address issues small farmers face like lack of fair prices and ensure safe, nutritious food is provided to consumers at fair prices. The proposed solution is an online platform that connects small farmers to consumers, provides training to farmers on good agricultural practices, and facilitates traceability throughout the supply chain from field to consumer.
The document provides an overview of IBM blockchain solutions, including Food Trust, TradeLens, World Wire, and Digital Identity. It describes Food Trust's use of blockchain to improve food safety, traceability, and reduce food waste. It outlines how TradeLens is a blockchain platform developed by IBM and Maersk to digitize global supply chains. It also briefly introduces World Wire and Digital Identity solutions. The document is intended to provide introductions to IBM blockchain solutions for clients and IBM employees.
Inclusive and Efficient Value Chains: Innovations, Scaling, and Way ForwardIFPRI-PIM
In the CGIAR Research Program on Policies, Institutions, and Markets (PIM), market and related aspects have been mostly addressed by PIM Flagship 3: Inclusive and Efficient Value Chains. The team has been focusing on the evolving international, regional, and local contexts for agricultural markets, and investigating how value chains (VC) can be strengthened to generate more benefits for smallholders and small and medium enterprises (SMEs), with differentiated opportunities for women, men, and youth. In this webinar on 22 November 2021, the team presented key findings from the Flagship’s work in 2017-2021 in three areas: 1) value chain innovations, 2) use of value chains for scaling CGIAR solutions, and 3) interactions between research and practice for value chain development.
For more information about this webinar and to access the full recording, visit https://bit.ly/3c6siV5.
Hotel and Tourism management HTM400 CHAPTER 6.pptxameanpunya
The document discusses several trends that will impact the future of the hospitality industry. Demographic trends like populations aging and becoming more culturally diverse are changing customer bases. Economic factors like recessions, rising oil prices, and economic growth in Asia impact tourism spending. Technological innovations are enhancing operations and the guest experience. Environmental regulations require hospitality operations to minimize their ecological footprint. Ecotourism and sustainability practices are growing in importance. Changing workforce demographics require attracting and accommodating diverse talent.
Digitalisation in AgriFood - Cologne - March 19, 2018EIT Food
The document discusses the opportunities for digitalization across the food value chain to address challenges like environmental impact, food waste, and inefficiencies. It notes that digital technologies could help optimize resource usage, connect actors across the supply network, and generate a $4 trillion revenue opportunity by 2020. However, realizing this potential will require innovative solutions and strategies to digitally transform processes from farm to fork.
Implementing a platform for the food-chain ecosystem to provide trust, transp...AGINFRA
Walter Stiers from IBM on Implementing a platform for the food-chain ecosystem to provide trust, transparency and provenance.
Joint Workshop on Food Risk Assessment Research & Practice
24th November 2017, Wageningen University & Research, Netherlands
Presentation by Christian Schultze-Wolters, IBM Director Blockchain Solutions DACH, during the meetup "Blockchain in real life" in the Digital Hub Logistics, which had been conducted by IBM in cooperation with CHAINSTEP
AIM Global Traceability Expert Jeanne Duckett discusses how you get transparency throughout the supply chain and what the role of reusable packaging containers is in that process.
Muneesh Batra presented on digital technologies in healthcare. The presentation included sections on blockchain, cloud computing, IoT, mobile development, and cyber security. Blockchain applications discussed included using it for medical records, supply chain management, and genomic markets. Cloud technologies like SaaS, PaaS, and IaaS were introduced. Lessons from the COVID-19 pandemic around prioritizing healthcare infrastructure and training were shared. The presentation concluded with a discussion of common digital technology terms.
The Internet of Things for Food - An integrated socio-economic and technologi...Sjaak Wolfert
The document discusses the use of Internet of Things (IoT) technologies for food and agriculture. It outlines four key areas where digital transformation is occurring: cloud computing, big data, analytics, and IoT. An integrated socio-economic and technological approach is needed to address issues like food integrity, decision making, public policy, and science. Case studies are presented on using IoT tools to optimize sustainable wine production and measure sustainability metrics like water and pesticide use per bottle. Developing data-driven innovation ecosystems requires addressing technical, organizational, business modeling, and governance challenges.
Mr. Paul Kukubo - Digitalisation and New Technologies in the coffee value chainAveliscopeSystems
The document discusses digitalization in agriculture through the Ishirika Agri Platform. It describes the current problems smallholder farmers face in Kenya, including lack of access to information, credit, and exploitative intermediaries. The platform aims to address these issues through three digital solutions: GreenCube, a farmer decision support system; PesaQube, a farm credit management system; and LinQube, a value chain traceability system using blockchain technology. These solutions aim to empower smallholder farmers, bring financial inclusion, and automate agricultural value chains.
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How to Invest in Cryptocurrency for Beginners: A Complete GuideDaniel
Cryptocurrency is digital money that operates independently of a central authority, utilizing cryptography for security. Unlike traditional currencies issued by governments (fiat currencies), cryptocurrencies are decentralized and typically operate on a technology called blockchain. Each cryptocurrency transaction is recorded on a public ledger, ensuring transparency and security.
Cryptocurrencies can be used for various purposes, including online purchases, investment opportunities, and as a means of transferring value globally without the need for intermediaries like banks.
2. Presentation
1. Blockchain ?
2. The agri sector – the key facts !
3. Agri value chain – what and why ?
4. What has been addressed – partly !
5. What blockchain could do ?
• Use cases…. Experiences from the field !
3. 1. Blockchain
What it is ?
• Blockchain: is a public distributed ledger – in
which transactions are recorded in a
chronological manner. “A data network”
What are the uniqueness ?
• It is cryptographically secure
• Transaction details are stored in containers-
called blocks
• It is immutable
• Runs on a decentralised system – no admin
needed
• Runs on consensus algorithms
Blockchain is not to be confused with “Bitcoin” which is the first decentralized digital currency that allows users
to transfer money from peer to peer without an intermediary ( bank/ govt) using blockchain technology .
Bitcoins – used for purchases, investments and payments etc- advantages being – fast p2p, inability to
counterfeit, decentralized, low fee, access to public)
Background
• Bitcoin network – came into existence in 2009 –
Satoshi Nakamoto ( basically for digital currency –
works on POW consensus algorithm)+ slower
• 2014 Ethereum blockchain ( general purpose
blockchain) was announced by Vitalik Buterin ( works
on POW to proof of stake) + faster. 94% cases
• Dapps ( applications built on the top of decentralised
networks ethrereum)
• Multiple channels private channels can be made
• Smart contracts can be made – even on digital assets
Bitcoin mining is the process of verifying Bitcoin transactions and recording them into the public ledger.
Blocks are kept secure using a hash function ( SHA 256) – cryptographically. Distributed ledger + SHA 256 + Proof of Work
Blockchain mining is a process to validate transactions by solving a difficult mathematical puzzle called proof of work
Use cases
Govt services : welfare distribution – zero erosion , digital identities
Digital land records- land registry, security , identification , system
integration – free of fraud
Health services – fragmented health services , clinical decision
making , ins fraud
Seafood industry ( Ocean to table ), diamond tracing ( mine to
retails)
Agri value chain – traceability, health foods , organic , incomes
Block: is the smallest unit in a blockchain.
Has 4 parts ( previous hash, DATA, nonce, hash)
4.
5. 2. Key facts about the sector
• 55 % of the population depends on
agri and allied sector
• 16% of GDP : contribution to the
economy
• Average land holding of our farms –
1.08 ha
• 120 million farmers are small and
marginal farmers
• NSSO – 17 th Situation Assessment
Survey shows a monthly income of
Rs10,218 only
• Doubling farmer income –
announced by the Govt in 2016 –
2022.
7. 3. AGRI VALUE CHAIN ( GENERIC ) – The what and why ?
Pre Production Challenges
• -86% SF subsistence
farming ,insignificant
players
- Inputs at high retail cost &
output with no MRP?
- Decision of what to grow ?
/ Market needs ?
• -Water availability
- Know how- technology
• - Weather disruptions
Production challenges
• Quality seeds & availability ?
• Fertilizers availability ?
• Quality Pesticides ?
• Crop prodn/protection
protocols
• Financial resources ?
• Labour availability ?
• Harvesting
Post production challenges
• Loss of produce instorage –
20-30% losses
• Post production handling
• Storage Infra and transport
• Quality of produce ?
• Trust level of consumer –
food safety concerns at
client level
• Price fluctuations
• Payment terms
• Tracking & tracing absent
Producer /
farmer
Local
traders
Commission
agent
Wholesaler
/ processor
Retailers/
local
market
Consumer
8. 4. Farmer Producer organisations (FPO) – addresses some challenges of AV chain !
1. Addresses some production related challenges
• Makes available some key agri inputs at reasonable rates for member farmers
• Ensures availability of crop protocols / technology support and peer learning
opportunities
• FPOs (Some) provide agri infrastructure / mobility / storage support
• Makes producer a visible part in the agri value chain
1. Better post harvest handling of the produce
• Collectivization of farm produce
• Shortens agri value chain
• FPOs ( some) provide field level sorting and grading
2. Marketing of the farm produce
• Collective marketing , collective price bargains and better price realization
• Trust levels on agri produce ( food safety) marginally improves
“Collectivization a necessary condition, but NOT a sufficient condition to increase farm incomes”
9. FPOs – some continuing challenges
1. Dormancy in FPOs – different forms exist : leadership , institutional level, some members are
dormant in FPOs etc - institutional support for marketing of produce is not available
2. Limited market research and understanding of markets by FPOs.
1. Inability to reach niche markets
1. Many continue to be players in the traditional markets , many unable to connect with
organised retailers – who normally provide higher prices for the produce.
1. Low level of technology integration has been a challenge
2. Leadership issues and challenges of regulatory compliances – submissions etc
3. Lack of proper business plans / inability to pursue; and also Inadequacy of finance capital
4. Farmers incomes have not changed substantively
10. 5. What blockchain / technology could do ?
1. Improve the transparency / efficiency of the value chain- time taken , value adds done,
margins received etc ( farmer – farm management; processors – warehouse monitoring:
vendors – sales management; consumers – traceability)
1. Enhance market access of farm products - Beyond traditional physical markets – specific
products use specific markets ! ( organic food – 1.5 % of the food market , India has 7 lakh
farmers & 1.2 million ha under this ) / fair trade food
1. Enhance ability to reach niche markets – use e-commerce sites / D2C models
1. With technology integration, Improve visibility of the products
1. Improve transparency and traceability of the product / including organic foods / safe foods /
export possibilities
1. With technology can help improve trust level of the customers
1. Help Enhance Farmer’s income
11. FPOs – some use cases for blockchain upgradation ?
Case 1 Case 2
Produce Poultry Organic tea
Age of FPO 3 years >3 years
No of farmers 530 members Abt 500 members
Social value Yes – small farmers Yes – Tribals of bodo land, Assam
Present Technology being
used
Website / use QR codes Website for e-commerce
Concern Limited market penetration
Only Few farmers (30) of the 500
farmers using the QR codes).
Market reach is limited
Limited markets, limited
visibility, authenticity and
tractability
How blockchain can help ? Build trust with customers
Market as healthy food – antibiotic
free chicken
Build Trust with customers
Explore export market with
acceptable traceability norms
Benefit
To consumers Quality assurance & trust Quality assurance & trust
Benefit
To producers Increased income Increased income