Thursday, 19 September 2019

Blockchain and retail banking: Making the connection

Caution is understandable when it comes to blockchain, but there are a number of areas where the technology could create value for retail banks.

Retail banks have made great strides in developing digital business models, introducing millions of people to mobile banking and becoming expert providers of data-based services. When it comes to blockchain, however, they have remained mostly on the sidelines.

Retail banking’s hesitation on blockchain contrasts with efforts seen elsewhere. Governments, investment banks, and infrastructure providers are experimenting with the technology in the belief that a shared electronic ledger will help them cut costs and increase transparency. Investment banks, for example, envisage a world in which execution, post-trade processing, and settlement are instantaneous, eliminating numerous middle- and back-office processes. They are also focused on the potential for smart contracts to increase automation.

Large investments are being made in the blockchain arena. Across industries, venture-capital funding for blockchains reached $1 billion in 2017. Wholesale banks have launched hackathons, innovation labs, and collaborations with fintechs. New York–based software firm R3 works with more than 200 institutions to develop blockchain solutions on an open-source platform.

Still, caution is understandable. None of the financial industry’s initiatives have been rolled out at scale, and tough regulatory requirements in banking create a high barrier to entry. The future regulation of blockchain itself remains uncertain. Some regulators, such as the UK’s Financial Conduct Authority (FCA), are still formulating policy. In the United States, the Securities and Exchange Commission (SEC) has blocked attempts to launch blockchain-based ETFs. 1
Despite those concerns, a few retail banks are dipping their toes in the blockchain pool. Santander, for example, worked with California-based Ripple in 2018 to launch the first blockchain-based money-transfer service. Still, for the retail banking industry to move forward at scale, further proofs of value will likely be required.

The potential for retail banking

Early enthusiasm for blockchain technology among capital markets, infrastructure firms, and wholesale banks has not been widely mirrored in the retail sector. Still, we believe there are three retail use cases that could eventually be deployed at scale, and which offer most in terms of blockchain’s three key strengths—data handling, disintermediation, and trust (see sidebar, “How does it work?”). These use cases are remittances, KYC/ID fraud prevention, and risk scoring.

Remittances

Cross-border payments total around $600 billion annually, and the market is set to maintain its recent growth of around 3 percent a year, driven by international trade. However, payments processing tends to be clunky, opaque, and highly mediated. As a result, costs are high. Fees are commonly 2 to 3 percent of transaction value and can be as much as 10 percent.

The emergence of numerous fintechs in payments (around one in four is focused on the segment) is increasing competition and leading to more efficiency in some parts of the value chain. In addition, incumbents are developing their own solutions. The Society for Worldwide Interbank Financial Telecommunications (SWIFT), for example, is working with banks through its global payments innovation initiative to improve the cross-border payments experience. Still, blockchain may be able to generate value by fixing certain inefficiencies. If counterparties were to exchange cryptocurrency assets (digital currencies that do not need a central regulating body) rather than fiat currencies, for example, payments could be made and settled in minutes via blockchain, rather than in days as with current systems. The distributed nature of blockchains would mean greater transparency and immutability (data recorded to blockchains cannot be altered). McKinsey estimates that blockchains applied to cross-border payments could save about $4 billion a year.

Some blockchain providers are already active in payments. Ripple connects banks and payments providers via RippleNet, allowing them to make payments with fiat currency or Ripple’s own XRP cryptocurrency. The network is based on a private, non-distributed ledger, which relies on a limited ecosystem of correspondent banks. Financial institutions are also making progress. In late 2017, Australia and New Zealand Banking Group, JPMorgan Chase, and Royal Bank of Canada launched the Interbank Information Network (IIN), a cross-border payments service. “By leveraging blockchain technology, IIN will significantly reduce the number of participants currently needed to respond to compliance and other data-related inquiries that delay payments,” JPMorgan Chase said in a statement.2
Despite the growth of blockchain-based payments solutions, there remain significant barriers to adoption at scale. One issue is that blockchain networks are transparent to their members, meaning that there are limitations to anonymity in some scenarios. In response, several companies are experimenting with “tokenization,” which disguises sensitive data by substituting it with a token that serves as a reference. However, this approach is still in the early stages of development. Another challenge is that real-time settlement is currently impossible due to lack of fungibility between crypto assets and fiat currencies. There is inevitable friction in converting back and forth, particularly given recent volatility (the value of bitcoin fell by 75 percent from December 2017 to November 2018). So-called “stablecoins” the value of which are pegged to real-world assets, are one solution, but they still require correspondent banks to make the eventual conversion.

Know-your-customer/ID fraud prevention

KYC protocols are critical tools in the battle against fraud, which is a significant and growing challenge. Banks lose $15 billion to $20 billion annually from identity fraud alone, according to Javelin research. Banks are also under intensifying regulatory pressure to protect customer data. The EU’s General Data Protection Regulation, which went into effect in May 2018, strengthened the data rights of citizens and harmonized protection rules. Some European banks have invested as much as €30 million to ensure they are in compliance. A related issue is money laundering. A WealthInsight report estimates that global anti–money laundering (AML) spending alone exceeded $8 billion in 2017, up 36 percent from 2013. AML head count increased as much as tenfold at major US banks over the past five years.

Retail banks have made significant efforts to combat fraud, protect data, and prevent money laundering, investing in automation and standardization, introducing real-time information sharing, and building predictive models. These initiatives have increased efficiency but have led to longer onboarding times and higher costs, reflecting the significant operating-model changes and manual effort required.

Blockchain may be a potential solution. For onboarding or account opening, blockchain-based technology enables customers to use a digital fingerprint, which, like an actual fingerprint, can be used as a unique identifier. It can be stored on a distributed ledger and referenced by any bank in the network. The owner of the digital fingerprint can use it to submit new account applications and prove her or his identity universally.

The decentralized blockchain structure eliminates overlapping KYC and AML compliance checks (banks share authenticating information), lightens the information burden, and allows banks to disseminate data as it is updated.

We estimate blockchain-based solutions for customer onboarding can create up to $1 billion of savings in operating costs for retail banks globally and reduce regulatory fines by $2 billion to $3 billion (exhibit). In addition, we expect blockchain solutions to reduce annual losses from fraud by $7 billion to $9 billion.

Blockchains are being tested and rolled out in ID fraud detection through, for example, the creation of digital identify networks. Bluzelle, a blockchain-based data-storage start-up, in 2017 worked with a consortium of three banks in Singapore—HSBC, Mitsubishi UFJ Financial Group, and OCBC Bank—to test a platform for KYC. The project showed that a blockchain platform would improve efficiency, cut the risk of financial crime, and heighten responsiveness to performance and scheduling needs. It was predicted to reduce costs by 25 to 50 percent. SecureKey, a Canada-based fintech company, developed a digital-identity and authentication service that simplifies consumer access to online services, including digital banking. The service was developed through a collaboration with IBM and banks including National Bank of Canada, Scotiabank, and TD. Elsewhere, Norbloc, a Swedish start-up that builds regulatory applications on blockchain platforms, is working with Belgium-based infrastructure provider Isabel Group to build a platform to simplify identity management. Mastercard has patented a system for identity and credential protection and verification via blockchain. Other start-ups working in the identification area include Cambridge Blockchain, Spring Labs (started by online lender Avant), and Blockstack (owned by Digital Asset Holdings).

Through individual management of private keys (a kind of digital signature used to approve transactions), blockchain technology also enables customers to control and share their personal data without the help of an intermediary. Several operating systems and browsers provide key stores to protect private keys, and private vendors offer wallets and similar alternatives that are resistant to cyberattacks.

Despite numerous experiments and proofs of concept, retail banks face challenges in implementing blockchain-based KYC and anti-fraud solutions. First, there are heavy capital costs associated with switching from individual to shared systems. In addition, banks must adapt to a significant evolution in culture, which is predicated on the need to share data. This is a relatively alien concept in an industry inured to the primacy of confidentiality and raises questions over accountability: If Bank A completes the onboarding KYC of an individual and shares the data on a blockchain, is Bank B responsible for errors or fraud on its own account? In addition, is there sufficient incentive for Bank A to share its data? Data sharing has a cost because it risks undermining banks’ ability to offer personalized services.

There are also practical challenges. Customers must agree to upload digital fingerprints and perform additional authentication steps during setup. Merchants are required to upgrade authentication systems at point of sale and adjust online checkout processes. Banks must create large networks to achieve benefits at scale, requiring data standardization and collaboration. Finally, there is the question of whether any bank would be willing to take the lead on creating a utility that offers no competitive advantage—the so-called coopetition paradox.


source: mckinsey.com
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