The food trust blockchain
Food industry players can now participate in blockchain with minimal cost and implementation for greater supply chain accountability. The concept of blockchain is no mystery for most supply chain professionals. How do you transition from a pilot to a real-world application? The answer, as some companies have realized, is more complicated due to system compatibilities, governance and other issues.
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- Drakes tracing steaks back to farm of origin with IBM blockchain
- World's Second-Largest Grocer Joins IBM Food Trust Blockchain
- From Farm to Fork: IBM’s Food Trust Fights Counterfeiting Using Blockchain
- Feeding the world with blockchain
- Exclusive interview: Blockchain Q&A with IBM Food Trust
- Your dinner has an origin story and blockchain tech can help you find it
Drakes tracing steaks back to farm of origin with IBM blockchain
Blockchain-based supply chain management systems allow for transparency, traceability and verifiable data. With blockchain-based supply management systems, processors can track ingredients from the farm all the way through the production process.
Global supply chains can be challenging to track and trace as paper trails can be difficult to follow, and they do not offer transparency.
Additionally, there is a chance that those who adjust specific details of orders could manipulate them. Supply chain traceability is a strong use case for blockchain in the food and beverage segment.
Blockchain technology creates a linear, open traceability on food products—one which cannot be altered. He says this is where blockchain can allow organizations to gain real-time, end-to-end visibility into their supply chains. Paul Chang, global blockchain industry leader—distribution and industrial sectors at IBM, agrees.
IBM is the creator of IBM Food Trust , an ecosystem of producers, suppliers, manufacturers, retailers and others creating a smarter, safer, more sustainable food system for all. You can show provenance, proving that certain methods, raw materials or traditions were used or that goods were produced in a specific place. You can make recalls targeted and adjust production to meet demand, both of which reduce food waste and make the food system more sustainable.
By facilitating information exchange and collaboration, Chang says they can also make supply chains more proactive, because information about what is happening in grocery stores will not take days or weeks to reach the manufacturers, producers and suppliers who work with them. Oberoi adds that blockchain helps to combat issues like counterfeit goods, compliance violations, delays and waste. Just what do processors need to know as they test drive this technology?
Creating a blockchain network is a relatively simple technological lift, but the process is still demanding due to the need to create a governance structure and rules for how you and your network partners are going to work together, he says. Oberoi add that processors should identify specific processes and scenarios where blockchain can be helpful, and start with a proof-of-concept implementation based on one of these use cases.
When asked what types of facilities in the food space can benefit most from blockchain technology, Chang explains that IBM Food Trust is an industry-wide solution meant to benefit all participants. He says retailers can make sure they are selling the freshest foods possible while wholesalers and distributors can keep an eye on inventory and demand up and down the supply chain to make sure goods move appropriately.
Similarly, olive oil producers like Terra Delyssa use blockchain to track the olives through each stage of olive oil processing to ensure it meets international standards of quality.
Oberoi says blockchain can help improve business processes across all types of facilities. By working with our suppliers and listening to consumer feedback, we built out the data model, which we thought was critical. What is the greatest benefit since incorporating blockchain? This learning is critical as we look to see how the pilot program learnings can translate to other product offers. A blockchain network is only as good as the data that its users enter into it, Chang says. Oberoi agrees.
By combining blockchain with smart technology like the Internet of Things, supply chains can automate tracking the conditions of production, transportation and quality control, he says.
Just as important, if not more so, is the connection to other members of the industry—whether peers or partners—up and down the supply chain. AI can also analyze the data and pull useful insights for common needs like inventory prediction. For us, that meant we had to know which farm our coffee beans came from, who and how our product is packed and ultimately who received our product. Once you are able to build that data model and onboard the various facilities, you can start to make progress and connect the dots.
The most critical parts of successful blockchain—data and collaboration—make up the biggest challenges for processors. Blockchain networks are decentralized by nature and share data across multiple entities. When choosing a blockchain technology provider, it is important to consider their experience in helping industries convene these networks. The best blockchain providers can advise clients on how to set up an inclusive collaborative environment that suits everyone as well as build the raw technology.
Nehzat says the challenge has been organizational learning and ensuring everyone knows the value of the blockchain system.
Any database can store information, but you need to see why the blockchain characteristics—again, transparent, immutable and verifiable—are important to your operation. It can be very difficult for food companies who do not have a direct touchpoint with the consumer to build a brand, Chang says. Nehzat says that, typically, coffee companies go for uniformity with different beans to get a consistent taste.
He says this is why they are piloting single-origin coffee production, in micro-batches, which allows them to provide the level of detail about the product that some consumers now demand. They have a transparent and a verifiable system to track each step in the coffee sourcing and production process, which allows all parties in the supply chain, particularly their consumers, to make an informed choice.
And, blockchain ensures the supply chain is verified and any mistakes, malpractices or tampering can be rapidly addressed. On each pack of Chain of Origin coffee, there is a QR code. Each Chain of Origin product has a unique QR code, which tracks the product all the way through the supply chain, giving consumers visibility into the following:. Chain of Origin, www. Sharon Spielman is senior editor of Food Engineering magazine. She has more than 25 years of experience as a writer and editor for a range of trade publications, including those that cover food and beverage processing, restaurants and institutions, chefs, process heating and cooling, finishing, and package converting.
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Home » Using blockchain to track transparently. Source: Getty Images. January 5, Recent Articles by Sharon Spielman Potato producer mixes it up with new equipment. Foreign Matter Detection. Filtration for extra virgin olive oil ensures its purity. Developing a comprehensive cleaning and sanitation program.
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World's Second-Largest Grocer Joins IBM Food Trust Blockchain
Carrefour will become the first retailer in the region to offer new levels of insight and transparency to its customers about the provenance of their food via end-to-end visibility on products throughout its supply chain, promoting increased quality, credibility and safety for its shoppers. By simply using their smartphone to scan a QR code on participating products such as Carrefour's fresh chicken, customers will be able to get immediate access to actionable food supply chain data, from farm to store shelf. The history of the product, including production process, halal and hygiene certifications, date of birth, nutrition information and temperature data, will be readily available once uploaded onto the blockchain. The growing demand for food traceability is evidenced by research conducted by the IBM Institute for Business Value IBV , showing that 73 per cent of those responding to a survey said traceability of products is important to them. Of those who said it was very important, 71 per cent of respondents indicated they are willing to pay a premium for brands that provide it. In meeting the new market expectations, we are now offering enhanced food traceability for our valued Carrefour customers and improved operational efficiency for our business. Majid Al Futtaim is engaging with its supplier partners to enable broader participation in this initiative, giving Carrefour customers access to traceability details across diverse products throughout the UAE, before introducing it to other Carrefour markets operated by the company in the Middle East, Africa and Asia.
From Farm to Fork: IBM’s Food Trust Fights Counterfeiting Using Blockchain
Using blockchain and IoT tracking technology to trace the journey food takes from farms to grocery store shelves will "revolutionize" the food industry, reducing retailers' costs by streamlining supply chains and simplifying regulatory compliance, according to a new study by UK-based Juniper Research. The report said blockchain's immutable ledger, combined with IoT sensors and trackers, is key to creating a more efficient food recall process. Currently, food tracking systems heavily rely on paper-based transactions to manually track assets throughout the supply chain, an inefficient system that allows records to be lost or unreconciled, Kimmich said. Additionally, paper-based records cannot be shared by all supply chain users, which reduces the overall visibility of the supply chain. Starbucks' and Microsoft are creating a mobile "bean to cup" tracking app that may look like this and enable customers to see where their coffee was grown and the journey it took to their cup. All of this adds a level of complexity to the supply chain, which in turn increases inefficiency, fraud and waste," Kimmich said. Private or "permissioned" blockchains can be created within a company's four walls or between trusted partners and centrally administered while retaining control over who has access to information on the network. Blockchain can also be used between business partners, such as a cloud vendor, a financial services provider and its clients. While IoT devices shipped with goods link the physical and digital worlds primarily via location tracking sensors and temperature and humidity monitoring, blockchain provides a place where the data can be stored and accessed by everyone on the ledger. Ledger users can also be segmented so sensitive business data isn't exposed to competitors, the report said.
Feeding the world with blockchain
Penfolds has become the first winemaker to partner with BlockBar, a leading non-fungible token NFT marketplace for luxury wine and spirits products, which is based on a secure blockchain that guarantees purchasers a historical record of numbered bottles from a numbered barrel of wine. Photo courtesy of Penfolds. During the past couple of years, blockchain technology has become easier to implement for even small- and medium-size participants, thanks to large suppliers like IBM providing specific application-based blockchain technology IBM Food Trust and Amazon Web Services providing backbone networking architectures. In addition, smaller blockchain providers now have dedicated applications that can trace food not only to the farm and field in which it originated, but the very seed as well, while also providing complete supply chain visibility for all participants, including consumers.
Exclusive interview: Blockchain Q&A with IBM Food Trust
Suppliers that source the produce from third parties have until the end of September to draw those partners into the initiative. By quickly tracing leafy greens back to source during an outbreak using recent advances in new and emerging technologies, impacts to human health can be minimized, health officials can conduct rapid and more thorough root cause analysis to inform future prevention efforts, and the implication and associated losses of unaffected products that are inaccurately like to an outbreak can be avoided. There is no question that there is a strong public-health and business-case for enhanced food traceability. Walmart is one of several big food companies that has been testing blockchain as a means of collecting and securing information about food as it travels from field to store shelves. Its partner in these efforts — one focused on mangos, the other on pork — was IBM.
Your dinner has an origin story and blockchain tech can help you find it
For retailers, a serious threat to this trust is food fraud and waste, which poses a risk both to the bottom line but also to health and safety. In fact, according to a recent WHO report , an estimated million — almost one in 10 people in the world — fall ill after eating contaminated food. They also want to know about its origin, and sometimes even want to know details about the farmers who originally grew the ingredients. At the same time, retailers are looking for ways to better monitor products throughout their lifecycle and provide that information to their consumers as food quality rules and regulations are becoming stricter. Because of this issue, the global food traceability market size is expected to reach USD20b billion by , up from USD13 billion in However, many retailers struggle with these new requirements and are unable to build this system of transparency and accountability.
The blockchain-based cloud network offers participating retailers, suppliers, growers and food industry providers with data from across the food ecosystem to enable greater traceability, transparency and efficiency. The network is now generally available after 18 months in testing, during which millions of individual food products have been tracked by retailers and suppliers. The ecosystem of network participants continues to grow, and today, leading global retailer Carrefour announced they will use the IBM Food Trust blockchain network to strengthen their food excellence actions. Using blockchain for trusted transactions, food can be quickly traced back to its source in as little as a few seconds instead of days or weeks.
The successful pilot can trace the entire lifecycle of a food product, from region to plate, and update the record in real time. The pilot involved tracing the origin of a piece of steak back to one of four individual farms. IBM Food Trust uses blockchain technology to enable participating retailers, suppliers and growers to collaborate based on a shared view of food ecosystem data to enable greater traceability, transparency and efficiency. This is important as it provides increased data granularity, which is an enabler for several use cases.
Blockchain for Food and Agriculture View all 4 Articles. This study aims to shed light on the challenges in the organic food chain to overcome, the drivers for blockchain technology, and the challenges in current projects. Findings: Organic food supply chain companies aiming to improve food traceability with blockchain face two key decisions, depending on the characteristics of the organic value chain, regarding 1 optimizing chain partner collaboration and 2 the selection of which data to capture in the blockchain. Other challenges were data confidentiality, validation of data inputs, and interoperability. Easy verification of certification data, accountability, improved risk management, insight into trade transactions, simplified data collection and exchange, and improved communication account for the benefits.
The blockchain-based platform will allow for fresh food to be monitored as it travels through the supply chain. The platform has been subject to testing for the past 18 months, and is now live — to be used by retailers, wholesalers, and suppliers. FDA wants to name retailers during food recalls to promote food safety in supply chain.
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