Discussion How Does the Full Potential of Blockchain Technology in Supply Chain Finance Look Like? SpringerLink

Users receive payment redemption tokens at maturity, at which time the investors can burn their tokens for the final payments. Issuers can also secure their bonds with collateral, leading to the liquidation of that collateral in the case of default. Fundamental infrastructure and process upgrades, enabled by new technologies, are imperative to prevent similar catastrophes going forward. Initiatives aimed at optimizing inventory and purchasing practices are helping to stretch scarce resources. This newfound transparency not only builds trust among stakeholders but also facilitates quick and accurate traceability.

• Costs occur from the complexity of inter-organisational supply chain collaboration and intra-firm cross-functional coordination [124, 165].
• It comes just after the Switzerland-based firm made its initial entry into on-chain investment products; a decision that aligns with a larger trend across the industry.
• “The crypto industry is getting its last gasp to try to push through its worldview,” Sen. Elizabeth Warren (D-Mass.) told Sam Wednesday.
• Nicola Bosia holds a Bachelor of Arts degree in management from the University of Lausanne (HEC), and a Master of Arts in accounting and finance from the University of St. Gallen (HSG).

To narrow down the scope to supply chain processes and international trade transactions, the second group consisted of supply chain and platform-related terms, including keywords such as ‘supply chain’, ‘trade’ and ‘ecosystem’. As the majority of these keywords can be applied in different themes, they were combined with a third string of keywords consisting of finance-related terms. That way, the second group should always be related with both blockchain technology (first group) and financial perspectives (third group).

Through smart contracts, blockchains allow for the automatic execution and settlement of business rules without human intervention and with limited counterparty risk. This article provides an overview of blockchain and smart contracts and discusses the use of blockchain in supply chain management, including the fundamental legal issues that supply chain participants should consider before implementing a blockchain system. The book reveals new opportunities stemming from the application of BCT to SCF financing solutions, particularly reverse factoring – or approved payables financing.

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In the next sections we will examine how blockchain can address existing inefficiencies in trade and supply chain finance processes based on a detailed review of the extant literature. We suggest that blockchain SCF networks may be conceptualised as ecosystem platforms [76], which consist of members that are themselves other organisations and operate as evolving organisations or meta-organisations [3] that shift along a continuum of different innovation configurations [53]. This means that potential innovators of complementary products can utilise Application Programming Interfaces (APIs), to build compatible complements [40]. For instance, companies may promote Tradelens and create complementary services, such as smart contracts and other decentralised SCF applications, on top of its platform for their clients.

• In this context, Iansiti and Lakhani [71] developed a blockchain applicability model based on how innovative technologies are naturally being adopted.
• For instance, by utilising a blockchain-based network that links all the entities involved in a L/C transaction, platforms like Finacle Trade Connect and Contour have achieved to reduce the end-to-end processing time by 90 per cent.
• Republicans dig into OCC hiring controversy — An OCC official is expected to face questions from House Republicans next week about how the agency hired a former chief technology officer who reportedly faked his resume.

The key functionality for financers of an immutable ledger, in which near real-time data are recorded, is the provision of reliable evidence about new clients, such as IDs and any relevant background documentation [69, 159]. Blockchain can, thus, enable a system where all financers simultaneously hold KYC data and benefit from economies of scale resulting from checks needing to be undertaken only once [11, 164]. As evidenced in Table 3, some blockchain projects, such as Clipeum or Komgo, are building platforms where the members can upload KYC documents and authorise other participants to consult these documents upon request on a need-to-know basis [39, 66].

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These U.S. companies are also realizing greater profitability and flexibility by aligning their new operations with statutory sustainability incentives. U.S. imports from China are down 24 percent from the same period one year ago, according to the Census Bureau. This shift has led to a reduction in costs for supply chains, a decrease in the time it takes for goods to reach consumers, and it has also created investment into new markets where plants and distribution centers have been relocated. Counterfeiting and fraud have perennially plagued supply chains, resulting in financial losses and reputational damage. Blockchain acts as a powerful deterrent to such malpractices by creating an indelible record of each transaction. Using an immutable distributed ledger coupled with IoT-connected solutions in the supply chain can improve the traceability of the source and transport of goods and simplify compliance with consumer protection regulations surrounding temperature-sensitive goods.

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These challenges demand urgent action across the healthcare ecosystem, to resolve shortages and rebuild supply chain resiliency. Distribution and transportation bottlenecks need to be addressed through network coordination and logistics innovation. From materials scarcity to delivery delays, the fragility lurking within outdated supply chain infrastructure became exposed. Practical Law maintains an extensive collection of resources to help organizations and their counsel address key technical and legal issues concerning AI. If personal data is involved, one potential solution is to store it in separate off-chain databases (which are not immutable), with the blockchain merely containing pointers that link users to the off-chain data.

Based on a signalling game between a buyer and a bank, Chod et al. [35] show that signalling operational quality through larger purchase order quantities leads to less disruptions than cash signalling in the form of inflated loan requests. Inventory signalling requires the bank to verify supply chain transactions, which calls for the use of blockchain. Accordingly, A Contribution to the SCF Literature Chod et al. [35] introduce a Bitcoin-based low-cost transaction verification protocol that maintains privacy. The study postulates that a high-type buyer is more likely to adopt blockchain if its reliability increases, if the product has no salvage value, e.g. highly customised or perishable, if its market size increases, and if the verification costs are lower.

Undoubtedly, there is a resemblance between the programmable nature of smart contracts and the state-contingent character of traditional trade finance procedures, such as documentary collections and L/Cs [17]. For example, trade finance techniques, are usually designed to release a tranche by detecting that some pre-determined conditions have been met, such as that a B/L has been sent or that a shipment has been made [25, 159]. The flexibility of smart contracts renders them suitable to automate further SCF solutions, such as receivables or payables finance. Automation is achieved through implementing staged trigger points for key events for a range of SCF solutions [69, 93, 112], resulting thus in efficient, transparent and cost-effective flow of information and value [150]. Despite the variations among these mechanisms, a common feature of all SCF techniques is their need to access and process trustworthy trade data [57, 92].

McHenry has instead called for the use of “time-tested tools” that would provide more certainty to investors. He’s pushing for an alternative that would direct Treasury to sanction banks that service key Chinese companies. This new deployment aligns with the protocol’s strategy to increase institutional engagement with blockchain-native assets. It comes just after the Switzerland-based firm made its initial entry into on-chain investment products; a decision that aligns with a larger trend across the industry. When basic medical supplies suddenly become unavailable, risks increase exponentially across healthcare delivery. Without reliable access to fundamentals such as masks, gloves, medications and IV bags, hospitals face substantially higher odds of treatment delays, canceled procedures, discontinued interventions and missed or inaccurate diagnoses.

The principal cause of high financing rates and transaction costs in the incumbent trade and supply chain finance processes is the risk premium due the lack of transparency in credit evaluation processes [65, 93]. Moreover, the limited visibility does not only ignite more than 25,000 disputes in SCF every year with USD 100 million tied up at any given time [15], but also hampers the collection of receivables for the core firm [47, 92]. As a result, many actors in the chain operate in opacity and a large group of MSMEs are precluded from SCF [45], especially if they do not transact directly with the core enterprises [93]. Chen et al. [30] leverage blockchain, alongside systems and technologies such as cloud computing and the Internet of Things (IoT), to establish an integrated SCF platform running as-a-service for the automotive retail industry.

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They identified information sharing issues, cultural differences, and challenges in coordination and communication that impede collaboration in supply chains [120]. Kouhizadeh et al. [86] detect the complexity of blockchain technology and the need for re-engineering of business processes across the supply chain in an orchestrated manner as the inter-organisational barriers, in addition to the aforementioned confidentiality and security concerns. Companies must develop their business model to maximise effectiveness in leveraging blockchain in their business offerings and should establish information model platforms to achieve inter-operability and integration among multiple internal platforms of various organisations [85]. As discussed in supply chain collaboration literature based on EDI, CPFR, and RFID technologies [50, 114, 122], the industry must develop standards which would enable business-to-business (B2B) process connectivity so that members in SCF transactions can exchange original documents and conduct transactions online [147]. Lastly, integration channel intermediaries, similar to EDI or SWIFT operators, are needed to reconcile data formats and distribute information across the various blockchain systems of independent organisations [85].

For decades, U.S. companies outsourced manufacturing to low-cost countries, primarily Asian, and helped knit our global economy. Beginning with the substantial tariffs on Chinese imports under the Trump administration and compounded by the effects of the COVID-19 Pandemic, more manufacturing and material-handling companies have relocated assets back to the U.S. and Mexico, resulting in an exodus from Asia. Certain elements of public blockchains are often found in private enterprise applications, creating hybrid blockchains. They can be deployed by shippers in a strategic manner, Caplice says, even as part of “dynamic” contracts that allow for some level of discounting in accordance with a third-party rate index. PwC firms fined by audit watchdog — PricewaterhouseCoopers affiliates in Hong Kong and China and a Chinese audit firm agreed to pay $7.9 million as part of a PCAOB enforcement action targeting the audits of U.S.-listed Chinese companies, per Reuters.

Ultimately, quantum computers may be able to solve complex computations as much as 100 million times faster than classic computers. If the resources of quantum computers are ever generally available or otherwise subject to misuse, encryption and cryptography as they currently exist could be in jeopardy. The National Institute of Standards and Technology has therefore begun the process to standardize so-called post-quantum cryptography, and developers are working on quantum-resistant blockchains. Current encryption, cryptography, and private and public key systems are premised on the assumption that there are limits to the resources and processing power that can be applied to undermine these systems.

For example, We.Trade, Skuchain, and eTradeConnect utilise various business models to enhance existing processes and provide better SCF products through sharing of information and digitisation of the relevant paper-based documentation. Blockchain is also being used under Letters of Credit (L/C) by the Contour network, Financle Trade Connect, and TradeFinex, which are among the most popular trade finance projects in the industry. Similarly, the Marco Polo Network, which consists of 30 banks, aims to facilitate SCF solutions via a DLT-based platform inter alia by providing distributed data storage and bookkeeping, identity management, and asset verification [109]. In this context, the Digital Ledger Payment Commitment (DLPC) provides a payment undertaking in digital form on a blockchain for use in any trade finance transaction, which is legally binding, enforceable, negotiable and independent in a sense that it is not contingent on the underlying trade transaction [43]. Komgo and Clipeum do not only offer digital trade finance-related products, but also Know-Your-Customer (KYC) compliance services which enable the transmission of data stored in a blockchain-based platform among the participating entities on a need-to-know basis [39, 129].