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June 2019
Mekebeb Tesfaye | Research Associate
AN INSIDE LOOK AT FOUR BANKS’ EARLY
BLOCKCHAIN SUCCESS AND FAILURES
BLOCKCHAIN IN
BANKING
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TREND AND IMPACT Blockchain has been one of the most hyped technologies within
financial services, heralded for its potential to eliminate pain
points across the industry. That's driven heavy investment from
incumbent banks: Financial institutions (FIs) are investing about $1.7
billion annually in the technology, per Greenwich Associates cited by
Bloomberg.
Despite this enthusiasm, sentiment around the technology has
grown increasingly skeptical as FIs struggle to actualize
blockchain solutions. Among the key challenges holding back
blockchain adoption are:
o Scalability and performance. FIs have found it difficult to
develop blockchains that can handle the vast volumes of
transactions at high speeds required for commercial application.
o Trust. Information stored on a blockchain is, in theory, available
to all network participants. This makes it difficult to generate
trust among network participants, as sensitive information could
be accessed by competitors.
o Regulation. FIs also have to contend with regulatory
uncertainty surrounding blockchain, including how the
technology corresponds with existing regulations like data
privacy legislation.
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But for all its difficulties, blockchain has several upsides in the
financial services world, including easing the costs of cross-
border payments, increasing the efficiency of trade finance
processes, and improving regulatory compliance processes.
Many leading banks have attempted to figure out where
blockchain does and does not work firsthand, to varying degrees
of success. This report walks through the successes and failures of
blockchain projects from four major banks:
o JPMorgan's Interbank Information Network: The industry's
largest bank-led blockchain project, which has attracted over
250 banks.
o HSBC's FX Everywhere: A forex trading initiative set for live
rollout in 2019, which reduced costs by 25% in its trial.
o Citi's CitiCoin crypto: A cross-border payments solution that
has been shuttered by the bank in favor of SWIFT, the existing
payments ecosystem it’s a member of.
o Bank of America’s array of blockchain patents: The bank is
a leader when it comes to sheer volume of blockchain-related
patents — 82 to JPMorgan's six, for instance — but it has
struggled to find a genuine application for the technology.
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RECOMMENDATIONS Before starting out on a blockchain journey, decision-makers
should ask a basic question: "How much are we willing to commit
to this technology?" Despite its potential, blockchain is still in its
infancy, and its impacts are unclear. As a result, successfully
deploying it requires a long-term view, in terms of both time and
resources. Banks must be cognizant of — and bought in to — this
pace of development to make blockchain adoption and implementation
a rewarding endeavor.
Identify a genuine business problem that blockchain can resolve.
Once a bank commits to deploying the technology, its starting point
should be identifying a genuine pain point. It should then consider the
full range of possible solutions, and only pursue blockchain if it feels
the technology provides the best path forward.
o Mapping out pain points across a bank's value chain is
critical to making meaningful progress with blockchain.
While the technology's long-term potential is substantial, the
costs of developing and integrating this infrastructural change
are high. If a cheaper and less resource-intensive technology
can adequately reduce a pain point, it's likely that investment in
a blockchain-based solution will not have high payback.
Therefore, banks need to outline targets for key metrics — like
cost reduction or new revenue generation — and weigh how a
blockchain might compare in terms of both costs and benefits.
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Develop a strategy for delivering a blockchain project. Depending
on the size of the bank, the available resources for technology and
development, and the specific business problem in question, banks
need to adjust their blockchain strategies. Strategies are not mutually
exclusive, and depending on the size of the bank, a combination of
approaches may generate the best return. Basic options include:
o Going it alone. This approach requires deep resources but can
also allow for greater freedom and autonomy when it comes to
determining direction.
o Joining an existing consortium. This strategy is likely easier
than starting from scratch, but how progress is made and what
is prioritized is dependent on a wider group of participants and
their specific goals. There are numerous industry groups
working on solving financial services pain points, such as Vakt,
which focuses on trade finance. For some banks, tapping into
an established network of knowledge will make sense.
o Deploying solutions developed by others. Plugging into a
service developed by others enables a bank to forgo heavy
investment in the technology, but also means the bank is a
service consumer rather than an active shaper. An example of
this approach would be a bank using Ripple's cross-border
payments solution.
Download the charts and associated data in Excel »
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INTRODUCTION Since its emergence at the start of the decade, blockchain has been
heralded as one of the most transformative technologies for financial
services — but questions have come up about its efficacy. Blockchain
hype has led financial institutions (FIs) to pour money into the space and into
distributed ledger technology (DLT) more broadly: about $1.7 billion annually
as of 2018, per research from Greenwich Associates cited by Bloomberg. But
now that hype is coming under scrutiny as FIs struggle to realize the value of
their investments. Incumbents have shuttered some early experiments, and
FI execs are beginning to discuss blockchain's prospects in bearish terms.
Key difficulties include scaling the technology for commercial application,
ongoing regulatory uncertainty, and the difficulty of bringing together
competing participants.
But as the hype subsides, it's becoming clearer where exactly the
technology has value, and some players are beginning to make genuine
inroads in their adoption and deployment of the technology. Those who
are finding success are both pushing back against souring industry sentiment
and setting themselves up as industry leaders. But why are certain players
finding success easier to come by than others? And what lessons do these
early wins — or losses — have for the rest of the financial services industry?
In this report, Business Insider Intelligence answers these questions by
exploring the early blockchain successes and failures of four major banks.
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BLOCKCHAIN: STATE OF PLAY Blockchain has been exalted for its potential to transform virtually
every industry, but none more so than financial services. The hype
stems from the tech's theoretical capacity to redesign crucial processes core
to much of FIs' operations. In so doing, blockchain is anticipated to reduce —
or even eliminate entirely — a slew of inefficiencies and pain points that have
long hamstrung the industry. If true, incumbents would stand to net
tremendous savings: For example, deploying the technology is estimated to
save banks more than $27 billion a year by the end of 2030 on cross-border
settlement transactions alone, per Juniper Research.
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However, the road to blockchain adoption within financial services has
been stymied by a number of key challenges:
Scalability and performance: As a distributed system, blockchain
is calculation-intensive by nature. Distributed systems are powered
by a constellation of processing nodes, devices that maintain a
copy of the data stored on the blockchain and occasionally process
transactions. It takes a significant amount of time for transactions to
be processed by these systems. For context, the Bitcoin blockchain
processes only seven transactions per second, which is paltry
compared with Visa's average of 1,700 transactions per second.
Potential workarounds exist, but they come with their own issues.
Permissioned blockchains, for example, can process transactions
much faster because they either reduce the number of nodes
needed for transaction approval or reduce the size of the block
where information is stored. But one of the reasons why blockchain
is virtually unhackable is because it's distributed across a multitude
of nodes. Permissioned blockchains undo that, concentrating
ownership.
Trust: A fundamental principle of blockchain is that information
stored on it is available to all network participants. That means
sensitive information like transactional history could be exposed to
blockchain participants that aren't involved in the transaction in
question. For FIs, that's quite a shift in terms of data and strategic
privacy. Leaked information of that nature could compromise the
competitive advantage of a firm in certain instances and benefit
their competitors: Consider a situation where a bank charges a
company a certain rate for a trade finance transaction, for instance,
and a competitor gains access to those transaction details and
undercuts the bank accordingly.
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Regulation: FIs also have to contend with a lack of clarity around
regulations. For instance, in 2018, the EU's wide-reaching General
Data Protection Regulation (GDPR) came into effect. Among its
mandates are requirements like the "Right to be Forgotten," which
places specific demands on the erasure of customer data at their
behest. This rule is difficult to reconcile with a core feature of
blockchain technology: Data stored on the technology is
permanent. Given that GDPR was four years in the making and is
still relatively new, it's perhaps unsurprising that difficult-to-
reconcile challenges remain. Until regulators get comfortable with
blockchain, this lack of clarity around how regulations handle the
technology is uncharted terrain that FIs must try to navigate.
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While blockchain isn't yet transforming financial services with the
intensity some imagined, several concrete applications of the
technology have solidified. These use cases reflect the segments of
financial services most prime for disruption by the technology and offer
insight into the true promise of blockchain.
Cost reduction. As a result of improved transparency and
traceability of transactions — especially in areas like customer
onboarding or clearing and settlement — implementing blockchain
enables FIs to forego costly middlemen that currently undertake
these functions.
o An example: cross-border payments. Typically,
international payments are routed through multiple banks
before reaching their final destination. This provides
important security and enables FIs to meet their regulatory
obligations, like know-your-customer (KYC) and anti-money
laundering (AML) screening. However, this process also
makes payments expensive, as each step has a monetary
cost. With blockchain, in contrast, corresponding banks have
access to the payment immediately, enabling them to bypass
routing through banks altogether.
Increased operational efficiency. Closely related to blockchain's
capacity to reduce costs is its potential to optimize segments of
financial services riddled with a multitude of moving parts that are
laborious as well as prone to error and fraudulent practices.
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o An example: trade finance. The processes of providing
credit facilities in order to guarantee the exchange of goods
is centuries old. Yet despite the long history — and rapid
acceleration of global trade flows — trade finance has
undergone little change. Its underlying processes are
manual, opaque, often paper-based, and full of inefficiencies,
leaving plenty of openings for errors and fraud. Blockchain
can reduce these inefficiencies by automating processes
while ensuring transparency, security, and trust.
Speedier regulatory compliance. In the aftermath of the financial
crisis, FIs have faced an onslaught of regulation, including more
severe penalties. This onslaught shows no sign of easing up, which
means the regulatory burden will only rise — and that FIs need to
find viable solutions. Blockchain can help FIs automate significant
components necessary for compliance, for instance through real-
time regulatory monitoring.
o An example: KYC and AML compliance. These
regulations require substantial outlays for FIs — for instance,
large FIs spent an average of $150 million on KYC in 2017,
per Thomson Reuters. That's because the process of
verifying data on their customers, which can span
jurisdictions, is often manual and painstaking. Blockchain
offers the opportunity to improve KYC processes by enabling
the secure storage of customer data from multiple banks, for
instance. Goldman Sachs estimates a blockchain-based
KYC or AML solution could generate $3 billion to $5 billion in
cost savings.
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SUCCESSES AND FAILURES
Blockchain Successes
JPMorgan's Interbank Information Network (IIN)
Among incumbent banks, JPMorgan stands out as a blockchain leader
— particularly thanks to its massive IIN project. Despite CEO Jamie
Dimon's much-cited rebuke of Bitcoin, the bank has built an impressive
portfolio of blockchain projects under his guidance. Among its endeavors, the
IIN — the industry's single largest blockchain project — stands apart as the
most successful project within financial services. To date, over 250 banks
have signed up to the service, indicating its widespread appeal — for context,
blockchain trade finance consortium Voltron has around 50 members.
The IIN is a blockchain-based solution that enables participating banks
to more efficiently transfer money across borders and institutions. One
of the major reasons why cross-border payments are slow and expensive is
because of sanctions screening exceptions. These exceptions can cause a
payment to be held up from two days to two weeks, Christine Moy,
blockchain lead at JPMorgan told Business Insider Intelligence. The IIN
reduces these points of friction, enabling transfers to go through almost
instantly by providing corresponding banks with necessary information —
including sanctions screening and other data-related inquiries — to process
payments simultaneously. Currently the IIN's services are free, but JPMorgan
is likely to roll out a premium commercial feature that it would charge users
for.
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Here's how it measured success:
One measure of the IIN's success is that it achieved what it set out
to do: Eliminate or reduce the compliance-related issues that can
delay payments by weeks.
The fact that the IIN has gained considerable traction among
industry participants — with over 250 banks signed on — is further
evidence of its success. Bringing together competing industry
players is a major hurdle, and JPMorgan's ability to secure buy-in
from a variety of industry participants is a positive sign both for its
specific solution and industrywide sentiment toward blockchain
overall.
The success of IIN is based on the fact that its initiative stemmed from
a specific problem, not from trying to fit blockchain onto a problem.
JPMorgan began with a real-world challenge that had hamstrung its clients,
in this instance sanctions screening exceptions that correspondent banks
had to actively manage and resolve, according to Moy. Once it identified this
genuine pain point, the bank developed a pilot that brought together only two
other participants — Australia and New Zealand Banking Group (ANZ) and
Royal Bank of Canada (RBC). Since it has been put into production in
October 2018, IIN now has over 250 banks signed up to join the network.
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HSBC's FX Everywhere
While the UK-headquartered global bank is a member of several
blockchain consortiums, it's also made substantial headway on its own
internal FX Everywhere initiative. FX Everywhere deploys blockchain
technology to align HSBC's FX transactions with its internal balance sheet. At
the start of the year, HSBC announced the completion of a successful trial of
the platform. In that period, it used FX Everywhere to handle more than
150,000 payments and settled over 3 million forex trades. Although the bank
has not released data on how many such transactions it completes using
traditional processes, it's said that those conducted on FX Everywhere only
represent a small fraction. Even on a relatively small scale, the platform's
ability to automate the otherwise manual processes surrounding payments
and forex trading holds promise. That's because HSBC can likely overcome
the scalability issues that plague other blockchain applications, as FX
Everywhere is likely a permissioned blockchain for its own clients, meaning it
doesn't have to worry about disparate nodes in public blockchains that
reduce transaction speeds.
Here's how it measured success:
During the trial, HSBC reduced the cost of trades and boosted
transactions efficiency. In fact, the bank says the platform saved it
25% in costs relative to traditional processes.
FX Everywhere has also enabled decision makers to
simultaneously use the system and view trades from execution to
the point of settlement, increasing visibility and decreasing the risk
of discrepancies and delays.
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HSBC's success with FX Everywhere stems from its matching the
potential solution with a pain point of existing operations. As a
multinational bank, HSBC conducts huge volumes of forex transactions for its
global client base. The bank's decision to begin working on FX Everywhere,
as well as its range of other blockchain projects, has been shaped by a
desire to solve client pain points, Vinay Mendonca, managing director and
global head of product & propositions, trade and receivables finance at
HSBC, told Business Insider Intelligence. Like JPMorgan, this focus on real-
world problems within the bank's existing operations — as opposed to
starting from a desire to create a blockchain platform, no matter the problem
— is wise. By eliminating inefficiencies and improving its business operations
for clients and the bank itself, FX Everywhere can help provide HSBC with a
competitive advantage that's worth investing in further.
Blockchain Failures
Citibank's Crypto Program
Citibank was an early mover in blockchain, but the onetime trailblazer
has struggled to make headway on initial projects. In fact, as early as
2015, Kenneth Moore, head of the bank's innovation lab at the time, said in
an interview with International Business Times that Citi already had a crypto
up and running in its labs, dubbed CitiCoin and aimed at streamlining cross-
border payments. However, earlier this year, Moore's successor Gulru Atak
announced that the bank was abandoning its CitiCoin plans.
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Citi decided to abandon its crypto ambitions because it felt that simply
improving existing infrastructure would offer a superior return.
Following its experiments with CitiCoin, the bank decided that augmenting
existing payment ecosystems, like SWIFT, would be more worthwhile than
starting fresh, according to Atak. That's likely due to the strength of existing
networks: SWIFT, which has over 11,000 members, moves in excess of $200
billion per day, accounting for more than half of all high-value cross-border
payments, for example.
Citi's experience is illustrative of a key challenge facing industry
players: weighing the potential benefits of blockchain-based projects
relative to improving existing processes. Deploying a new technology
requires more than a genuine problem to solve: Banks must also ensure that
the benefits accrued from a complete overhaul outpace the ROI of improving
existing systems and processes.
If the technology in question — like blockchain — demands significant
infrastructural change, it's possible that investing more resources in
the status quo will yield a higher return. Migrating from existing
technological systems or convincing a sufficient number of participants to
jettison current networks in favor of a new alternative is difficult. Users
become comfortable with systems, and convincing them that the switching
costs are worthwhile is an uphill battle — but one that's absolutely necessary
to win. For example, if a bank is only able to convince 10 peers to join its
system, then it clearly lacks the critical mass it needs to displace massive
ecosystems like SWIFT. In certain circumstances, it may be possible to
eventually reach a critical mass of users on the alternative platform, but only
after a long period of time. Banks have to weigh these opportunity costs, and
questions surrounding the likelihood of convincing a sufficient number of
industry participants to join up are critical to doing so.
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Bank of America's (BofA) Blockchain Patents
BofA leads the field among FIs in terms of the blockchain-related
patents it's accumulated, but it's made little progress in actualizing this
glut of intellectual property. The bank applied for or received 82 such
patents — in contrast, JPMorgan has just 6, per EnvisionJP cited by CNBC.
Those patents BofA has received or applied for thus far include:
A cryptocurrency exchange service. At the end of 2017, the
bank received a patent for an automated crypto exchange system
that would allow users to switch between holding different cryptos.
It has also received a multitude of other patents for crypto-related
activities, including blockchain-based ATMs.
Information verification services. The bank also submitted three
applications in February 2016 related to the use of blockchain to
verify information about customers, such as their identity, as well as
the permissions of individuals with access to that data.
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Yet BofA has struggled to adopt the technology, citing its lack of
scalability as a key reason. Speaking to CNBC, the bank's technology and
operations chief Cathy Bessant claimed: "I haven't seen one [use case] that
even scales beyond an individual or a small set of transactions." But
Bessant's forceful claims are contradicted by the success other banks have
seen: For example, Spanish banking giant Santander has deployed Ripple's
blockchain technology for cross-border payments. And progress made by the
likes of JPMorgan and HSBC, discussed above, also provide evidence to the
contrary of Bessant's position.
BofA's scattershot approach to blockchain goes some way toward
explaining its woes — it prioritized developing the technology in and of
itself rather than identifying specific solution areas. In contrast, a number
of the bank's peers have combined experimentation, participating in wider
industry networks, and a narrow focus that prioritizes solving certain pain
points. BofA's approach likely made it hard for the bank to dedicate sufficient
resources to developing one promising project in an incremental way,
through repeated testing and assessment, to determine whether it was worth
investing more resources.
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