Who’s using blockchain in 2020, and how?
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While there is still some question as to whether blockchain technology can live up to the hype it has generated, it is making inroads into the supply chain environment.
The diamond and gold, tea and coffee, beverage, food, and automotive industries all have participants with blockchain applications under test, operating as pilots, or implemented as digital solutions to improve supply chain operations.
In most cases, these companies are using blockchain as an aid to supply chain visibility and product tracing, but some have applied it as a tool to streamline transactions and speed up the flow of information, goods, and materials.
In addition to private enterprise, blockchain’s interest among commercial organisations, authorities, and governmental bodies is also intensifying, increasing the technology’s credibility as a useful supply chain tool, although not the cure-all or panacea that early hyperbole may seem to have suggested.
The days of blockchain technology being considered exclusively synonymous with BitCoin and other cryptocurrencies have long been behind us.
Indeed, in the last couple of years, it has been hyped by many as the next big thing in revolutionary digital developments. Meanwhile, other, less-convinced observers have suggested that blockchain is a solution looking for a problem.
So how well is blockchain living up to commercial and organizational expectations?
Let’s look at some of its real-world uses in 2020 across the public and private sectors to see which prominent players have embraced blockchain, to what end, and what kind of inroads it’s making into the supply chain environment.
Blockchain in the Jewellery Supply Chain
Technology oriented participants in the jewellery industry, or more specifically, those in the diamond and gold businesses, began to adopt blockchain-based traceability solutions a couple of years ago. Today, at least two or three platforms are well established, and being exploited by several companies.
As diamonds, and to a lesser extent, perhaps gold, are resources with origins that can sometimes be controversial, companies like De Beers have seized upon blockchain to provide evidence that their gems come from sources that don’t involve insurgency funding or forced labour.
De Beers’ Tracr can provide provenance data for diamonds and track them from the mine to the retail outlet. The system has been enjoying success throughout its early phases.
As a result, plans are now in place to spin it off into an industry-wide association accessible to any organisation needing to track diamonds through the supply chain. At least two jewellery retailers are already taking part in a pilot of the platform.
A platform similar to Tracr is in use with American conglomerate Berkshire-Hathaway. This multinational enterprise counts jewellery retail chains and precious-metals companies among its vast portfolio of holdings.
TrustChain Jewelry is a blockchain initiative focused on the gold and gemstones used in rings. Its objective is to give confidence to the 70% of consumers concerned about the ethical background behind their jewellery purchases.
Some smaller enterprises in the jewellery industry, too, are either taking advantage of blockchain technology already or planning to do so as a way to improve supply chain transparency.
The sector appears to be one that does not need to look for a problem that blockchain can solve. It already has one in the form of conflict gems, and reputable industry participants believe blockchain can help them disassociate themselves from the controversy by proving ethical sourcing and refining.
T is for Transparency, and Tea
Lest you perceive that blockchain solutions are exclusively for high-value products such as diamonds and jewels, one industry that produces a far-less-costly, but highly treasured commodity, is also using the technology to improve supply-chain transparency.
Not too many of us are prepared to go for more than a few hours without the restorative effects of a cup of tea or coffee. But are we sure we’re drinking the real McCoy and not something with somewhat less beneficial effects being passed off as the most delicate Darjeeling?
It appears that the tea industry, in particular, has a problem with counterfeiting. Unscrupulous merchants pass off inferior tea as that made from much higher-quality leaves originating in the world’s celebrated growing regions—and the more significant and well-known the brand, the more vulnerable it is to counterfeiting.
Even more nefarious practices exist in the tea trade, such as cutting real tea with other organic, or sometimes inorganic products to increase yield from a plantation’s crop.
It is against that backdrop that tea producers and even India’s government are hoping that blockchain will help deny counterfeiters access to consumer markets—and boost profits for producers and merchants that deal only with the best quality tea.
It’s Teatime for Blockchain
Unilever owns tea plantations in Africa and is using blockchain to improve sustainability and combat counterfeiting. It’s not that tracking and tracing tea through the supply chain is a new departure for the company. Unilever has been doing that for some time. However, blockchain technology is improving the speed and efficiency of the activity.
The blockchain solution, called Trado, is the result of a partnership between Unilever, Sainsbury’s, and the University of Cambridge’s Institute for Sustainability Leadership (CISL).
Initially convened as an experiment, the participants, including farmers who received a financial incentive to feed data into the system, have deemed it a success, claiming that it has increased visibility in the tea supply chain and brought down the costs of financing sustainability incentives.
In a similar experiment, the Indian government’s Coffee Board of India is using blockchain to monitor coffee supply, and has already received some 30,000 registrations from farmers wishing to participate. The Tea Board of India is now planning to introduce a similar system as an end-to-end traceability solution.
Examples of Blockchain in Food Supply Chains
The examples we’ve looked at so far illustrate the uses of blockchain to promote sustainability in the supply chain and assure consumers that they are buying ethically sourced products. However, this fledgling technology also has the potential to save shoppers from harm to their health or safety, and perhaps even save lives.
Walmart’s Blockchain Projects
Blockchain’s potential has been recognised and seized upon by consumer-goods giant Walmart, which has already undertaken several projects and proofs of concept in supply chain traceability. They include:
- Tracing the origins of mangoes sold in Walmart’s US outlets
- Tracking supplies of pork for sale in the company’s stores in China
- A drone communication solution based on a blockchain platform
- A new project in partnership with KPMG, IBM, and Merck to create a blockchain solution for tracing products in pharmaceutical supply chains
Among the objectives of these projects, is to enable fast responses on the rare occasions that quality issues arise in consumer-packaged-goods, requiring batches to be identified quickly and quarantined.
Walmart leaders believe blockchain technology can prevent, or at least minimise, the impacts of food contamination issues such as the e-coli contaminated lettuce and melamine-adulterated milk crises that rocked the US and China, respectively, several years ago.
With all movements of produce recorded immutably in a distributed ledger, tracing quality-compromised food or commodities back to the source can be achieved in hours, rather than the days, or even weeks, otherwise required for such an exercise.
Big Names are Backing Blockchain
Other opportunities presented by the use of Walmart’s blockchain solutions include the ability for consumers to scan products in-store and receive instant information about them, including their sources and the logistics processes involved in their journeys from origin to retail outlet.
Walmart has stamped its name in the blockchain early-movers hall of fame, not only with the projects already mentioned, but also as part of a partnership with several other food companies including Nestle, Dole, and Unilever, and technology behemoth IBM. The result of the collaboration is the Food Trust Blockchain, a distributed ledger solution capable of recording data associated with more than a million individual products.
Other Food Industry Blockchain Initiatives
Further examples of blockchain’s use in the food supply chain, with solutions either already operational or at the proof of concept stage, include the following:
- An initiative by standards body GS1, in collaboration with IBM Food Trust, SAP, ripe.io, and FoodLogiQ, to solve interoperability challenges in food-industry blockchains.
- The entry of Kvarøy Arctic, a large salmon producer, into Food Trust, as a way to facilitate the capture of provenance data for arctic salmon and the feed upon which they are raised.
- The Norwegian Sea Food Association’s implementation of a blockchain for its members, enabling records about catches to be maintained relating to:
- Catch time and location
- Storage temperature
- Customs clearance
- Details of fish feed used
Blockchain for Beer and Beverage
Brewing companies, both large and small, are tapping into the potential of blockchain, with benefits ranging from the visibility of ingredients and processes for interested consumers, to the empowerment of subsistence farmers in third-world and developing countries.
Farmers Can Bank on Blockchain Benefits
Anheuser-Busch Inbev is the largest brewer globally. With the help of blockchain software, this giant of a company is helping subsistence farmers in Africa become more commercially capable, and connecting them directly to its supply chain without the need for expensive intermediaries.
Working with a blockchain startup called BanQu, AB Inbev is using a distributed ledger solution to build a relationship of trust with some 2,000 farmers in Zambia that supply raw materials for its beers.
The blockchain serves two primary purposes. The first is the one most commonly acknowledged as a supply chain benefit—transparency.
The second has a direct impact on the welfare of these impoverished farmers. The immutable records generated by the blockchain allows them to prove creditworthiness, open bank accounts, and develop their farms into commercially viable businesses.
Blockchain Passes the Alpha Acid Test
Other projects in the beer industry highlight the value and suitability of blockchain for SME’s supply chains. For instance, in the United States, a regional brewer in the San Francisco Bay area, Alpha Acid, has teamed up with tech giant Oracle to develop a blockchain-technology platform that’s accelerating and automating supply chain transactions.
The venture has provided Alpha Acid with an end-to-end dashboard view of its supply chain. It allows digital sign-offs for each stage in the beer-production process, from hop harvesting, through malting, brewing, and maturation.
This level of visibility is invaluable in brewing supply chains. The consistency of beer products depends on always following a precise formula, using ingredients that are inherently volatile in their chemistry, such as yeast, hops, and malt.
Alpha Acid’s blockchain solution receives sensor data from the brewery’s fermentation vessels and the company’s yeast, hop, and malt suppliers.
With all this information on record, any issues with a finished batch of beer can quickly be traced, enabling it to be isolated for problem resolution. Before the availability of blockchain, a much broader product recall would have been necessary, as it would not have been possible to quickly identify the affected batch.
Blockchain in the Automotive Supply Chain
Vehicle manufacturers have long been among the most avid adopters of digital supply chain technology, so penetration of blockchain into the sector should come as no surprise. Ford, BMW, Renault, General Motors, and, most recently, Tesla, all have solutions either in their sights or already in use.
Ford and BMW Among the Early Movers
For Ford, the blockchain is a potential answer to assuring the ethical procurement of cobalt—a mineral increasingly used for the batteries in electric-powered cars. Like several of the companies already mentioned in this article, Ford has teamed up with IBM to develop a blockchain for end-to-end supply-chain transparency.
Currently running as a pilot, the platform traces the provenance of cobalt and records all supply-chain events—from the bagging of the mineral at the mine, through refining and shipping, to delivery at car manufacturing facilities.
BMW, meanwhile, has piloted its PartChain platform, initially using it to track the supply chain movements of vehicle headlights, including all raw materials and components, and intends to broaden the scope to include suppliers of several other car parts.
Tesla is Trying it Too
As for Tesla, a blockchain partnership with port and shipping companies is all about improving supply chain speed and effectiveness. The progressive carmaker, known for its focus on clean fuels and electric power, has tested a blockchain application for imports to its factory in Shanghai, China.
Working alongside COSCO Shipping and Shanghai International Port Group, Tesla successfully used the technology to streamline the inbound supply chain to its production plant, achieving the following benefits, according to a report by Business Blockchain HQ:
- Accelerated cargo pickup processes
- Shortened release times for cargo offloaded at Shanghai port
- Faster delivery times to the factory
- Improved efficiency in the supply chain
All these gains arose because the blockchain solution enables faster transactions, helping materials move through the supply chain faster than would be possible using conventional handoffs.
Blockchain Gaining Real Traction in the Supply Chain
From high-value products such as jewellery and motor vehicles, through to everyday commodities like tea and packaged consumer foodstuffs, enterprises are finding that shared ledger systems can solve some of the issues they face, at least those relating to visibility and information flows.
Blockchain is proving itself a versatile solution, as applicable in the small-business environment as it is among the corporate giants. The examples we’ve looked at in this article are just a few of many projects, pilots, trials, and tests that companies across the world are undergoing.
Blockchain might not be a silver bullet to end all supply chain ills, but, like many other emerging digital technologies, it appears to be a welcome tool to aid supply chain management in most, if not all, industrial sectors.
We’ll be sure to keep an eye on its progress here at Logistics Bureau, and will continue to update and inform you about the growth and development of blockchain in the supply chain.