ArticlePDF Available
University of New South Wales Law Research Series
[2015] University of Hong Kong Faculty of Law
Research Paper No. 2015/047
[2016] UNSWLRS 62
UNSW Sydney NSW 2052 Australia
The Evolution of FinTech:
A New Post-Crisis Paradigm?
Douglas W. Arner*
Jànos Barberis**
Ross P. Buckley***
“FinTech”, a contraction of “Financial technology”, refers to technology enabled financial
solutions. It is often seen today as the new marriage of financial services and information
technology. However, the interlinkage of finance and technology has a long history and has
evolved over three distinct eras, during which finance and technology have evolved together:
first in the analogue context then with a process of digitalization of finance from the late
twentieth century onwards. Since 2008, a new era of FinTech has emerged in both the
developed and developing world. This era is defined not by the financial products or services
delivered but by who delivers them and the application of rapidly developing technology at
the retail and wholesale levels. This latest evolution of FinTech, led by start-ups, poses
challenges for regulators and market participants alike, particularly in balancing the
potential benefits of innovation with the possible risks of new approaches. We analyse the
evolution of FinTech over the past 150 years, and on the basis of this analysis, argue against
its too-early or rigid regulation at this juncture.
* Professor of Law, Co-Director, Duke-HKU Asia America Institute in Transnational Law, and Member, Board
of Management, Asian Institute of International Financial Law, University of Hong Kong.
** Senior Research Fellow, Asian Institute of International Financial Law, Faculty of Law, University of Hong
Kong, and Founder, FinTech HK.
*** CIFR King & Wood Mallesons Chair of International Financial Law, Scientia Professor, and Member,
Centre for Law, Markets & Regulation, UNSW Australia.
The authors gratefully acknowledge the financial support of the Hong Kong Research Grants Council Theme-
based Research Scheme (Enhancing Hong Kong’s Future as a Leading International Financial Centre) and the
Australian Research Council Linkage Grant Scheme (Regulating a Revolution: A New Regulatory Model for
Digital Finance) and the research assistance of Jessica Chapman.
1. Introduction .......................................................................................................................... 3
2. FinTech: New Term for an Old Sector ............................................................................. 4
2.1 FinTech 1.0 (1866-1967): From Analogue to Digital ................................................................... 6
2.1.1 The first age of financial globalization ........................................................................... 7
2.1.2 The early post-war period ............................................................................................. 8
3. FinTech 2.0 (1967-2008): Development of Traditional Digital Financial Services ........ 8
3.1 The modern foundations: Digitalization and globalization of finance
3.3 Regulatory approaches to traditional DFS in FinTech 2.0 .......................................................... 12
4. FinTech 3.0 (2008-present): Democratizing Digital Financial Services? ..................... 15
4.1 FinTech and the Global Financial Crisis: Evolution or revolution? ........................................... 15
4.2 From post-crisis regulation to FinTech 3.0 ................................................................................. 17
4.3 The FinTech industry today: A topology .................................................................................... 18
5. FinTech 3.5 in Emerging Markets: The Examples of Asia and Africa ......................... 20
5.1 FinTech opportunities and limitations in the Asia-Pacific Region ............................................. 20
5.2 China: Transitioning its financial market for the 21st century.................................................... 23
5.3 Africa: Greenfield opportunities for FinTech ............................................................................. 28
6. Regulatory Innovation and the Importance of RegTech ............................................... 30
6.1 Regulatory objectives and thresholds ......................................................................................... 31
6.2 Adapting regulatory methods in a digital age ............................................................................. 35
6.3 A case for the development of RegTech ..................................................................................... 38
6.4 Real time compliance and RegTech ............................................................................................ 40
7. Conclusion .......................................................................................................................... 43
1. Introduction
Financial technology or “FinTech” refers to the use of technology to deliver financial
solutions. The term’s origin can be traced to the early 1990s and referred to the “Financial
Services Technology Consortium, a project initiated by Citigroup to facilitate technological
cooperation efforts.
However, it is only since 2014
that the sector has attracted the focused
attention of regulators, industry participants and consumers alike. The term now refers to a
large and rapidly growing industry representing between US$12 billion
and US$197 billion
in investment as of 2014, depending on whether one considers start-ups (FinTech 3.0) only or
the full spectrum of applications, including traditional financial institutions (FinTech 2.0).
This rapid growth has attracted greater regulatory scrutiny, which is certainly warranted
given the fundamental role FinTech plays in the functioning of finance and its infrastructure.
FinTech today is often seen as a uniquely recent marriage of financial services and
information technology. However, the interlinkage of finance and technology has a long
history. In fact, financial and technological developments have long been intertwined and
mutually reinforcing. The Global Financial Crisis (GFC) of 2008 was a watershed and is part
of the reason FinTech is now evolving into a new paradigm.
This evolution poses challenges
for regulators and market participants alike, particularly in balancing the potential benefits of
innovation with the potential risks. The challenge of this balancing act is nowhere more acute
than in the developing world, particularly Asia.
This article analyzes the evolution of, and outlook for, the FinTech sector and considers the
regulatory implications of its growth. It does so by first considering the interlinked evolution
See Marc Hochstein, Fintech (the Word, That Is) Evolves, AMERICAN BANKER (Oct. 5, 2015),
A Google trend search reveals that the interest over time for the word “FinTech” increased exponentially in
2014: Fintech: Interest over Time, GOOGLE TRENDS,
See Chloe Wang, Financial technology booms as digital wave hits banks, insurance firms, CHANNEL NEWS
ASIA (May 28, 2015),
See Gareth Lodge, Hua Zhang & Jacob Jegher, IT Spending in Banking: A Global Perspective, CELENT (Feb.
5, 2015),
The reason behind the range will be explained in the paper and comes from the distinction between FinTech
2.0 and FinTech 3.0.
See Douglas W. Arner & Janos Barberis, Regulating FinTech Innovation: A Balancing Act, ASIAN INSTITUTE
See Ray Chan, Asian regulators seek fintech balance, FINANCE ASIA (Sep. 4, 2015),,asian-regulators-seek-fintech-balance.aspx.
of financial services and technology, in particular information technology. The FinTech
environment is then explored in the broader evolutionary context, which is necessary to
understand its current status and possible future development (sections 2 to 4). The
evolutionary analysis is then used to develop a topology of the FinTech landscape today
(section 3), focusing on the impact of the GFC of 2008 and related post-crisis regulatory
developments. Section 5 considers the example of the developing world, particularly Africa
and Asia Pacific, where FinTech developments have become a central feature of financial
market development. Section 6 highlights the necessity for regulators to interact pro-actively
with industry so as to perform and uphold their mandates, in particular through the
development of “regulatory technology” or “RegTech”. The final section seeks to provide a
framework to understand how a balance between financial technology and regulation can be
2. FinTech: New Term for an Old Relationship
At the broadest level, FinTech refers to the application of technology to finance. This
definition gives rise to three specific observations.
First, FinTech is not an inherently novel development for the financial services industry.
Indeed, the introduction of the telegraph (first commercial use in 1838)
and the laying of the
first successful transatlantic cable in 1866
(by the Atlantic Telegraph Company) provided
the fundamental infrastructure for the first major period of financial globalization in the late
19th century. This period is usually seen as running from around 1870, with the laying of the
transatlantic cable and other similar connections, to the onset of the First World War.
Subsequently, the introduction of the Automatic Teller Machine (ATM) in 1967 by Barclays
arguably marks the commencement of the modern evolution of today’s FinTech. The
impact of the ATM led Paul Volcker, former chairman of the US Federal Reserve (1979-
1987), in commenting on the role of financial innovation in the GFC of 2008, to famously say
in 2009:
The most important financial innovation that I have seen the past 20 years is the
automatic teller machine, that really helps people and prevents visits to the bank and it
is a real convenience.
Second, the financial services industry has been one of the prime purchasers of information
technology (IT) products and services globally, with total spending of over US$197 billion in
This is not a recent trend and dates back to the mid-1990s, when the financial services
industry became the single largest purchaser of IT, a position it retains to this day. Thus, for
at least twenty years, traditional financial services have been a driving force in the IT industry
and this trend is not slowing. In fact, the industry is predicted to double its IT spending, at
least partially as a result of the modern evolution of FinTech.
Since the late 1980s, finance
has been an industry based upon transmission and manipulation of digital information.
Today, the ATM is often the only point for most consumers at which finance transitions from
a purely digital experience to one that involves a physical commodity (i.e. cash).
Third, the term FinTech is not confined to specific sectors (e.g. financing) or business models
(e.g. peer-to-peer (P2P) lending), but instead covers the entire scope of services and products
traditionally provided by the financial services industry, a topic discussed in greater detail in
section 4.
This historical perspective, however, does not explain the reason for the increase in activity
and rising concerns of policy-makers
or the industry itself today.
As FinTech is not a new
story, its opportunities, risks and legal implications should not be novel; and, such is the case,
See Paul Volcker, The only thing useful banks have invented in 20 years in the ATM, NEW YORK POST (Dec.
13, 2009),
See Gareth Lodge, Hua Zhang & Jacob Jegher, IT Spending in Banking: A Global Perspective, CELENT (Feb.
5, 2015),
See Elliott Holley, Digitalisation will double bank IT spending in next four years, BANKING TECHNOLOGY
(Sep. 23, 2015),
The UK government Chief Technology Advisor looking at the implications and benefits of FinTech from a
regulatory standpoint; the Monetary Authority of Singapore (MAS) announcing a US$160 million investment
for research into the topic. See Shiwen Yap, MAS commits $225m to fintech growth in Singapore, DEAL STREET
ASIA (Jul. 2, 2015),
Goldman Sachs estimating FinTech industry puts US$4 trillion of revenues at risk. See Anna Irrera, FN
Fintech Focus: Disruptors’ $4trn fortune, FINANCIAL NEWS (Mar. 20, 2015),
as in 1985 in Electronic Banking: The Legal Implications,
Sir Roy Goode and others
considered the legal consequences of the increased use of electronic payments and
authentications in banking. Rather, the current concerns of policy-makers and industry arise
not from the technology itself but from who is applying the technology to finance. Since 2008
there has been a rapid expansion in the types of businesses that create and deliver technology
to provide financial services and products,
in addition to increasingly rapid and pervasive
technological developments, embodied in the most high profile fashion in the smartphone.
It is important to distinguish three main eras of FinTech evolution. From around 1866 to
1967, the financial services industry, while heavily interlinked with technology, remained
largely an analogue industry, at least in public perception, a period which we characterize as
FinTech 1.0. From 1967, the development of digital technology for communications and
processing of transactions increasingly transformed finance from an analogue to a digital
industry. By 1987 at the latest, financial services at least in developed countries had become
not only once again highly globalized, but also digitalized. This period, which we
characterize as FinTech 2.0, continued until 2008. During this period, FinTech was
dominated primarily by the traditional regulated financial services industry that used
technology to provide financial products and services. However, since 2008 (the period we
characterize as FinTech 3.0) this is no longer necessarily the case. New start-ups and
established technology companies have begun to deliver financial products and services
directly to businesses and the general public.
2.1 FinTech 1.0 (1866-1967): From analogue to digital
As noted at the outset, finance and technology have long been interlinked and mutually
reinforcing from their earliest stages of development. Finance has its origins in administrative
systems for state administration necessary in the transition from hunter-gatherer groups to
settled agricultural states, for instance in the context of Mesopotamia, in which some of the
earliest examples of written records evidence financial transactions.
Thus, there has been a
clear linkage between finance and technology, in this instance from the mutually reinforcing
See Douglas W. Arner & Janos Barberis, Regulating FinTech Innovation: A Balancing Act, ASIAN INSTITUTE
process of the development of finance and written records, one of the earliest forms of
information technology. Similarly, the development of money itself and finance are clearly
intertwined, with fiat currency (a technology evidencing transferable values)
being one of
the defining characteristics of a modern economy. One sees a similar process in the
emergence of early technologies for calculation such as the abacus. This evolutionary
development can also be seen in the context of trade, with finance evolving from an early
stage both to support trade (e.g. financing and insuring ships and infrastructure such as
bridges, railroads and canals) as well as to support the production of goods for that trade.
Double entry accounting
another technology fundamental to a modern economy
emerged from the intertwined evolution of finance and trade in the late Middle Ages and the
Many historians today share the view that the financial revolution in Europe in the late 1600s
involving joint stock companies, insurance and banking, played an essential role in the
Industrial Revolution.
In this context, finance supported the development of technologies
that underpinned industrial development.
2.1.1 The first age of financial globalization
In the late 19th century finance and technology combined to produce the first period of
financial globalization that lasted until the beginning of the First World War. During this
period, technology such as the telegraph, railroads, canals and steamships underpinned
financial interlinkages across borders, allowing rapid transmission of financial information,
transactions and payments around the world. The financial sector at the same time had
provided the necessary resources to develop these technologies. J.M. Keynes, writing in
1920, gave a clear picture of the interlinkage between finance and technology in this first age
of financial globalization:
Indeed, one can make the argument that paper is a technology that allows us to store value. The same size
bank note can “store” US$10 or US$100 and be worth this much as long as there is a state or central bank
guaranteeing the bearer of the note to be paid. Thus the amount written on the bank note itself has theoretically
no limit: Zimbabwe is (in)famously known for having a Z$100 trillion (100,000,000,000,000) bank note.
On the accounting side, the blockchain technology is akin to the double entry bookkeeping system, as any
transaction processed via the blockchain is registered and sent to the whole network, which can then be re-
accessed for auditing purposes. Importantly and unlike traditional bookkeeping, because blockchain accounting
is decentralized, the capacity to fake a transaction is very complicated as it would require the amendment of the
record on the whole blockchain network, which is not only complicated, but very costly, and thus may remove
the economic rationale of the fraud. See Matthew Spoke, How Blockchain Tech Will Change Auditing for Good,
COIN DESK (Jul. 11, 2015),
The inhabitant of London could order by telephone, sipping his morning tea
in bed, the various products of the whole earth, in such quantity as he might
see fit, and reasonably expect their early delivery upon his door-step; he
could at the same moment and by the same means adventure his wealth in
the natural resources and new enterprises of any quarter of the world, and
share, without exertion or even trouble.
2.1.2 The early post-war period
During the post-war period, while financial globalization was constrained for several
decades, technological developments, particularly those arising from wartime, proceeded
rapidly, especially in communications and information technology. In the context of
information technology, code-breaking tools were developed commercially into early
computers by firms such as International Business Machines (IBM), and the handheld
financial calculator was first produced by Texas Instruments in 1967.
The 1950s also
marked the period where Americans were introduced to credit cards (Diners Club, in 1950,
Bank of America and American Express in 1958).
This consumer revolution was further
supported by the initial establishment of the Interbank Card Association (now MasterCard) in
the US in 1966.
By 1966, a global telex network was in place, providing the fundamental
communications necessary on which to build the next stage of FinTech development. The
first commercial version of the successor of the telex, the fax machine, was introduced by the
Xerox Corporation in 1964 under the name of Long Distance Xerography (LDX).
As noted
previously, 1967 saw the deployment of the first ATM by Barclays in the UK and in our
characterization the combined impact of these developments marks the commencement of the
era of FinTech 2.0.
3. FinTech 2.0 (1967-2008): Development of Traditional Digital Financial Services
See Patrick Thibodeau, TI’s first handheld calculator is now a museum piece, COMPUTER WORLD (Sep. 26,
ROBBER BARONS 306 (2002).
A good recollection of the history of the credit card industry was covered by Ben Woolsey & Emily Starbuck
Gerson, The history of credit cards, CREDIT CARDS,
cards-history-1264.php (last updated May 11, 2009).
Similarly, The History of Fax: from 1843 to Present Day, FAX AUTHORITY,
history/ provides a comprehensive perspective on the origin and evolution of the technology.
3.1 The modern foundations: Digitalization and globalization of finance
The launch of the calculator and the ATM in 1967 began the modern period of FinTech 2.0.
Starting in 1967 through 1987, financial services moved from an analogue to a digital
industry. Key developments set the foundations for the second period of financial
globalization, which were clearly signposted by the global reaction to the 1987 stock market
crash in the US.
In the area of payments, the Inter-Computer Bureau was established in the UK in 1968,
forming the basis of today’s Bankers’ Automated Clearing Services (BACS),
while the US
Clearing House Interbank Payments System (CHIPS) was established in 1970. Fedwire,
originally established in 1918, became an electronic instead of a telegraphic system in the
early 1970s. Reflecting the need to interconnect domestic payments systems across borders,
Society of Worldwide Interbank Financial Telecommunications (SWIFT) was established in
followed soon after by the collapse of Herstatt Bank in 1974, which clearly
highlighted the risks of increasing international financial interlinkages, particularly through
the new payments system technology. This crisis triggered the first major regulatory focus on
FinTech issues, in the form of a series of international soft law agreements on developing
robust payments systems and related regulation. The combination of finance, technology and
appropriate regulatory attention is the basis of today’s US$5.4 trillion a day global foreign
exchange market,
the largest, most globalized and most digitized component of the global
In the area of securities, the establishment of NASDAQ
in the US in 1971,
and the end of
fixed securities commissions and the eventual development of the National Market System
marked the transition from physical trading of securities dating to the late 1600s to today’s
fully electronic securities trading. In the consumer area, online banking was first introduced
See Jessica Mortimer, TABLE-Global FX volume reaches $5.3 trillion a day in 2013, REUTERS (Sep. 5, 2013), By comparison,
in Hong Kong at the same period, it was US$274 billion that was exchanged every day: The foreign exchange
and derivatives market in Hong Kong, HONG KONG MONETARY AUTHORITY (Dec., 2013),
Acronym for National Association of Securities Dealers Automated Quotations.
See NASDAQ, Celebrating 40 years of NASDAQ: from 1971 to 2011, NASDAQ (2011),
in the US in 1980 (although abandoned in 1983) and in the UK in 1983 by the Nottingham
Building Society (NBS).
Throughout this period, financial institutions increased their use of IT in their internal
operations, gradually replacing most forms of paper-based mechanisms by the 1980s, as
computerization proceeded and risk management technology developed to manage internal
risks. One early example of a form of FinTech innovation is very familiar today to financial
professionals. Michael Bloomberg started Innovation Market Solutions (IMS) in 1981 after
leaving Solomon Brothers, where he had designed in-house computer systems.
By 1984,
Bloomberg terminals were in ever-increasing usage among financial institutions.
Traditional financial services firms are thus clearly a central aspect of FinTech. As Yang
Kaisheng, CEO at Industrial and Commercial Bank of China (ICBC), the largest bank in the
world by market share and asset size, has recently observed:
There is a perception that when banks develop internet technology, it is not
regarded as FinTech. Some people say this is a new idea, a new ideology
that will get rid of agents and intermediaries and that banks can’t adapt.
As one example, approximately one third of Goldman Sachs’ 33,000 staff are engineers
more than LinkedIn, Twitter or Facebook.
Paul Walker, Goldman Sachs’ global technology
co-head, said that they “were competing for talents with start-ups and tech companies”
1987 marked a new period of regulatory attention to the risks of cross-border financial
interconnections and their intersection with technology. One of the iconic images from this
period is that of the investment banker wielding an early mobile telephone (first introduced in
the US in 1983) perfectly illustrated in Oliver Stone’s film Wall Street in 1987. That same
year included the “Black Monday” stock market crash the effect of which on markets around
the world clearly showed they were interlinked through technology in a way not seen since
IMS was called a “Financial Information” company and not yet a “Financial Technology” company. See
Michael Bloomberg: Wall Street data pioneer and ex-NYC mayor, CNBC (Apr. 29, 2014),
See Jame DiBiasio, ICBC chairman welcomes fintech regs, FINANCE ASIA (Aug. 17, 2015),,icbc-chairman-welcomes-fintech-regs.aspx.
See Jonathan Marino, Goldman Sachs is a tech company, BUSINESS INSIDER AUSTRALIA (Apr. 13, 2015,
04:20 AM),
the 1929 crash. While almost 30 years later there is still no clear consensus on the causes of
the crash, much focus at the time was placed on the use by financial institutions of
computerized trading systems which bought and sold automatically based on pre-set price
levels (“program trading”). The reaction led to the introduction of a variety of mechanisms,
particularly in electronic markets, to control the speed of price changes (“circuit breakers”). It
also led securities regulators around the world to begin working on mechanisms to support
cooperation, in the way that the 1974 Herstatt crisis and the 1982 developing country debt
crisis triggered greater cooperation between bank regulators on cross-border issues.
In addition, the Single European Act of 1986 came into effect, establishing the framework for
the establishment of a single financial market in the European Union (from 1992), and the
Big Bang financial liberalization process in the UK in 1986, combined with the 1992
Maastricht Treaty and an ever increasing number of financial services Directives and
Regulations from the late 1980s, set the baseline for the eventual full interconnection of EU
financial markets by the early 21st century.
Certainly, by the late 1980s, financial services had become largely a digital industry, based
on electronic transactions between financial institutions, financial market participants and
customers around the world, with the fax largely having replaced the telex. By 1998,
financial services had become for all practical purposes a digital industry. This period also
showed the initial limits and risks in complex computerized risk management systems (e.g.
Value at Risk (VaR)), with the collapse of Long-term Capital Management (LTCM) in the
wake of the Asian and Russian financial crises of 1997-1998.
However, it was the emergence of the Internet that set the stage for the next level of
development, beginning in 1995 with Wells Fargo using the World Wide Web (WWW) to
provide online account checking.
By 2001, eight banks in the US had at least one million
customers online, with other major jurisdictions around the world rapidly developing similar
systems and related regulatory frameworks to address risk. By 2005, the first direct banks
without physical branches emerged (e.g. ING Direct, HSBC Direct) in the UK.
See Charles Riggs, Wells Fargo: 20 Years of internet banking, WELLS FARGO (May 18, 2015),
By the beginning of the 21st century, banksinternal processes, interactions with outsiders
and an ever increasing number of their interactions with retail customers had become fully
digitized, facts highlighted by the significance of IT spending by the financial services
industry. In addition, regulators were ever more using technology, especially in the context of
securities exchanges, and by 1987 computerized trading systems and records had become the
most common source of information regarding market manipulation.
3.2 Regulatory approaches to traditional DFS in FinTech 2.0
As an example of regulatory interest in related developments, David Carse, then Deputy
Chief Executive of the Hong Kong Monetary Authority (HKMA), gave a keynote address in
1999 where he considered the new regulatory framework needed for e-banking.
It is
important to note that this speech was given in 1999, whilst e-banking had been around since
This time lag highlights the delay in regulatory reaction to technological changes. This lag is
to be expected, and often welcomed as it is consistent with efficient market regulation.
There is limited benefit in regulating all new innovations applicable to the financial sector.
Pre-emptive regulation would not only increase the workload of regulatory agencies and tend
to stifle innovation severely, but would also have limited benefits. Therefore, regulatory re-
action is to be expected and can arguably be beneficial in allowing the emergence of a new
industry or channel.
The regulatory view during FinTech 2.0 was that whilst e-banking was simply a digital
version of the traditional brick and mortar banking model, it did create new risks. By
providing direct and virtually unlimited access to their accounts, technology removed the
necessity for depositors to be physically present at a branch to withdraw funds. Indirectly,
this could facilitate electronic bank runs as the lack of physical interaction removes the
David Carse, Keynote: The regulatory framework of e-banking, HONG KONG MONETARY AUTHORITY (Oct. 8,
For more details on this point, please see section 6.2.
In this respect, it is useful to compare Hong Kong to the Singaporean approach. Indeed, whilst the Octopus
Card Network (contactless store value facility) has been mainly developed by the private sector, its Singaporean
equivalent ENZ-Link was pushed as the standard by the government. In other words, whilst Hong Kong
regulators tend to be more technology agnostic, Singapore seems to be driven more by a top-down vision on the
use of technology within the country. This observation would also echo the current developments within
FinTech, whereby Singapore has been much more public as to the government initiatives in that space (e.g.
US$225 million to be invested in research, and 75% of the operating cost of FinTech accelerators subsidized).
friction from a withdrawal. In turn this can increase the stress on a financial institution that
has liquidity problems during a banking crisis:
An internet-based bank is faced with the same types of banking risk as its
traditional counterparties. In some ways, the internet may heighten these
risks. For example, the ability to transfer funds between different bank
accounts may increase deposit volatility and could, in extreme situations,
lead to “virtual bank runs”. Banks will need to build this possibility into
their liquidity management policies.
Regulators also identified that online banking creates new credit risks. Through the removal
of the physical link between the consumer and the bank, it was anticipated that competition
would increase (e.g. borrowers would have access to a greater pool of lenders with the
removal of geographical limits). Whilst prima facie positive for consumers, this competitive
pressure may be problematic from a financial stability point of view. The US provided a
telling example of this with the deregulation of its banking market during the 1980s.
Second, the constraints arising from being known personally by a loan officer are lost as the
loan origination decision may be replaced by an automated system.
On the beneficial side, it was rightly noted that better organized data could lead to an
improved understanding of the borrowers true credit risk and allow the offering of products
better aligned to the risk profile of the consumer. This insight pre-empted the emergence of
big-data analysis that provides more granular insights into consumers profiles.
the comparison stops here, because Carse’s speech was built on the premise that these
technological innovations would be used by licensed financial intuitions only. This
distinction is key to understanding the turning point between FinTech 2.0 and FinTech 3.0.
David Carse, Keynote: The regulatory framework of e-banking, HONG KONG MONETARY AUTHORITY 4 (Oct.
8, 1999),
The preamble of the Depository Institutions Deregulation and Monetary Control Act, 12 U.S.C. (1980)
“provides for the gradual elimination of all limitations on the rates of interest”. In practice this meant that
interest payable on deposits was now freely set by the market as opposed to being capped by regulations. The
purpose of this legislation was to allow for retail banks to compete more equally with Money Market Funds
(MMF) that increasingly attracted consumers’ deposits, given the better return. However, it also had the
unintended consequence of removing the bank’s guaranteed profit generated by the spread between interest
payable (e.g. deposits) and chargeable (e.g. loans). In turn this forced banks to make up for the loss in revenue,
previously guaranteed by the cap of interest rates, by shifting towards higher risk activities (e.g. sub-prime
lending) or moving away from interest-based income (e.g. fees generated by loan securitization).
This vision of a data-led regulatory system is not new. Back in 2009 the SEC created the division for
Economic and Risk Analysis under the supervision of Henry Hu, looking at driving data insight for better
regulation. However, it seems clear that since 2007 there has been an increase in activity emanating from
regulators, industry and academia alike on this topic. For more details on RegTech, please refer to Douglas
Arner & Janos Barberis, FinTech in China: From Shadow Banking to P2P Lending, in BANKING BEYOND
BANKS & MONEY (forthcoming 2015).
During this FinTech 2.0 period, the expectation was that the providers of e-banking solutions
would be supervised financial institutions. Indeed, the use of the term bank” in most
jurisdictions is restricted to companies duly authorized or regulated as financial institutions.
However, the FinTech 3.0 era has shown that financial services provision no longer solely
rests with regulated financial institutions. The provision of financial services by non-banks
may also mean there are no effective home regulators to act on the concerns of host
regulators, and thus whether the provider is regulated or not may make little difference. This
means that the last safeguard may come from consumer education and the distrust of placing
funds with an off-shore non-bank.
Yet, even this last constraint has been undermined since 2007, when the brand image of
banks and their perceived stability was shaken to the core. A 2015 survey reported that
American trust levels in technology firms handling their finances is not only on the rise, but
exceeds their confidence in banks.
For example, the level of trust Americans have in
CitiBank is 37%, whilst trust in Amazon and Google is 71% and 64% respectively. Of
course, Amazon and Google are massive, well-established corporations. Nonetheless, there is
an increasing number of non-listed companies and young start-ups that are handling
customers money and financial data. China provides a clear illustration of this
with over 2000 P2P lending platforms operating outside of a clear regulatory
This does not deter millions of lenders and borrowers alike, who are willing to
place or borrow billions on these platforms due to the cheaper cost, better return and
increased convenience. Likewise, the “reputational” factors that mean only banks can offer
banking services are not relevant for a large proportion of people in the developing world.
See the sensitive words for UK company formations issued by the Companies House. The terms “banc”,
“bank” or “banking” are restricted unless authorised by the Financial Conduct Authority Sensitive Business
Name team. See Incorporation and names, UK GOVERNMENT COMPANIES HOUSE 33 (Mar., 2015),
See Survey Shows Americans Trust Technology Firms More Than Banks and Retailers, LETS TALK
PAYMENTS (Jun. 25, 2015),
For a more in depth analysis of Financial Technology developments in China, see Weihuan Zhou, Douglas W.
Arner & Ross P. Buckley, Regulation of Digital Financial Services in China: Last Mover Advantage?, 8(1)
TSINGHUA CHINA LAW REVIEW 25 (2015). For the more specific topics of shadow banking and P2P lending, see
Douglas W. Arner & Janos Barberis, FinTech in China: From Shadow Banking to P2P Lending, in BANKING
BEYOND BANKS & MONEY (forthcoming 2015).
It is recognized that regulators in China (e.g. CBRC and PBOC) are due to announce new rules around the
P2P industry, mainly around credit-worthiness checks and regulatory capital requirements.
For over 1.2 billion unbanked individuals, this factor is weak, as to them banking may be a
commodity that can be provided by any institution, whether regulated or not.
In other words, in developing markets there may well be a lack of “behavioral legacies”
whereby the public expects that only banks can provide financial services. As well put over
two decades ago: “banking is necessary, banks are not”.
4. FinTech 3.0 (2008 present): Democratizing Digital Financial Services?
A mindset shift has occurred from a retail customer perspective as to who has the resources
and legitimacy to provide financial services. Whilst it is difficult to identify how and where
that trend started, it is possible to say that the 2008 GFC represents a turning point and has
catalyzed the growth of the FinTech 3.0 era.
As the remainder of this section will show, post-2008 an alignment of market conditions
supported the emergence of innovative market players in the financial services industry.
Among these factors were: public perception, regulatory scrutiny, political demand and
economic conditions. Each of these points is now explored within a narrative that illustrates
how 2008 acted as a turning point and created a new group of actors applying technology to
financial services.
4.1 FinTech and the Global Financial Crisis: Evolution or revolution?
The financial crisis has had two major impacts in terms of public perception and human
capital. First, as its origins became more widely understood, the public perception of banks
deteriorated. For example, predatory lending methods directed at disenfranchised
The term “behavioral legacies” echoes the “IT legacy systems” of banks that prevent them from fully
digitizing their processes, given the fact that their systems are too-old-to-upgrade and too-expensive-to-replace.
Indeed, until now, most of banks IT spending was in maintenance as opposed to upgrades, however this is
gradually changing.
By Richard Kovacevich see Bethany McLean, Is This Guy The Best Banker In America?, FORTUNE (Jul. 6,
1998), This quote
is often wrongly ascribed to Bill Gates, but in fact he seems to have said “[b]anks are dinosaurs, we can bypass
them”: Culture Club, NEWSWEEK (Jul. 10, 1994),
As will be discussed in section 5.2, China’s FinTech development has a different origin: thus, it is known as
FinTech 3.5.
communities not only breached the consumer protection obligations of banks, but also
severely damaged their standing.
Second, as the financial crisis morphed into an economic crisis, an estimated 8.7 million
American workers lost their jobs.
Two sets of individuals were impacted. On the one hand,
the general public developed a distrust of the traditional banking system. On the other hand,
many financial professionals either lost their jobs or were now less well compensated. This
under-utilized educated workforce found a new industry, FinTech 3.0, in which to apply their
Last but not least, there is also the newer generation of highly educated, fresh
graduates facing a difficult job market. Their educational background has often equipped
them with the tools to understand financial markets, and their skills can be applied to FinTech
Post-financial crisis regulation has increased the compliance obligations of banks and altered
their commercial incentives and business structures. In particular, the universal banking
model has been directly challenged
with ring-fencing obligations and increased regulatory
capital changing the incentive or capacity of banks to originate low-value loans. Furthermore,
the (mis)use of certain financial innovations, such as collateralized debt obligations (CDOs),
has been regarded as a contributor to the crisis by detaching the credit risk of the underlying
loan from the loan originator. Finally, the necessity to ensure orderly failure of banks has
driven the implementation of financial institution resolution regimes across jurisdictions,
which required banks to prepare Recovery and Resolution Plans (RRPs) and conduct stress
tests to evaluate their viability.
As a result, since 2007, the business models and structures
of banks have been reshaped.
Sumit Agarwal et al., Predatory lending and the subprime crisis, 113 J. FIN. ECON. 29, 1 (2014).
See John Kell, U.S. recovers all jobs lost in financial crisis, FORTUNE (Jun. 6, 2014),
On that note, Mark Esposito and Terence Tse discuss the social impact of the crisis on the European young
work force. See Mark Esposito & Terence Tse, The lost generation: what is true about the myth…, LONDON
See Roberto Ferrari, The end of Universal bank model?, THE FINTECH BOOK (May 3, 2015),
4.2 From post-crisis regulation to FinTech 3.0
These new regulatory obligations (e.g. Dodd Frank Act, Basel 3) are welcome in light of the
social and economic impact of the financial crisis. It is now unlikely that the next financial
crisis will be prompted by the same causes and impact the public is comparable ways.
these post-crisis reforms had the unintended consequence of spurring the rise of new
technological players and limiting the capacity of banks to compete.
For example, Basel 3 translated into increased capital requirements. Whilst this enhanced
market stability and risk-absorbing capacity, it also diverted capital from SMEs and private
individuals. The latter may then have to turn to P2P lending platforms or other innovations to
fulfil their need for credit.
From a political perspective, increased unemployment and reduced availability of credit can
directly challenge the legitimacy of elected representatives. This is the political motivation
behind the Jump Start Our Business Startups (JOBS) Act in the United States in 2012. The
JOBS Act tackles these issues of unemployment and credit supply in two ways. On
employment, the JOBS Act aims to promote the creation of start-ups by providing alternative
ways to fund their businesses. The preamble of the Act states:
An Act: To increase American job creation and economic growth by
improving access to the public capital markets for emerging growth
From a policy perspective, there is little down side to promoting entrepreneurship, as it has a
direct impact on job creation.
On financing, the JOBS Act assisted start-ups to by-pass the credit contraction caused by
banks increased costs and limited capacity to originate loans. The JOBS Act made it possible
for start-ups to raise directly the finance to support their business by raising capital in lieu of
equity on P2P platforms. Figure 1 below shows the sharp increase in financing availability on
online platforms:
On what may cause the next crisis, and the inadequacy of regulatory reforms to date to avert it, see Ross P.
Buckley, Reconceptualizing Global Financial Regulation, OXFORD J. LEGAL STUDIES (11 Sep., 2015),
Jump Start Our Business Startups Act, H.R. 3606, 112th Cong. (2012).
Figure 1: P2P lending platforms industry revenue graph
The JOBS Act did not have the specific purpose of supporting FinTech 3.0, because it
applied to start-ups in general. These alternative funding sources became available at a time
that coincided with, on the one hand, increased regulatory pressures that limited banks
capacity to innovate, and, on the other hand, a public perception of traditional banks and
human talent outflow, which provided the necessary market and knowledge for new FinTech
start-ups to emerge.
In summary, the financial services industry since 2008 has been affected by a “perfect
storm”, financial, political and public in its source, allowing for a new generation of market
participants to establish a new paradigm known today as FinTech.
4.3 The FinTech industry today: A topology
On the basis of this evolutionary analysis, it is possible to develop a comprehensive topology
of the FinTech industry. FinTech today comprises five major areas: (1) finance and
investment, (2) operations and risk management, (3) payments and infrastructure, (4) data
security and monetization, and (5) customer interface. In addition to these is the use of
technology in regulation itself, the subject of Section 6 below.
See Omar Khedr, Peer-to-Peer Lending Industry to Grow 37.7% in 2015, IBIS WORLD (May 12, 2015),
Finance and investment: Much of the public, investor and regulatory attention today focuses
on alternative financing mechanisms, particularly crowdfunding and P2P lending. However,
FinTech clearly extends beyond this narrow scope to include financing of technology itself
(e.g. via crowdfunding, venture capital, private equity, private placements, public offerings,
listings etc.). From an evolutionary perspective, the 1990s tech bubble is a clear example of
the intersection of finance and technology, as is NASDAQ, the dematerialization of the
securities industry which has followed over the succeeding decades and the advent of
program trading, high frequency trading and dark pools. Looking forward, in addition to
continuing development of alternative financing mechanisms, FinTech is increasingly
involved in areas such as robo-advisory services.
Financial operations and risk management: These have been a core driver of IT spending
by financial institutions, especially since 2008 as financial institutions have sought to build
better compliance systems to deal with the massive volume of post-crisis regulatory changes.
From an evolutionary perspective, the development of finance theory and quantitative
techniques of finance and their translation into financial institution operations and risk
management was a core feature particularly of the 1990s and 2000s, as the financial industry
built systems based upon VaR and other systems to manage risk and maximize profits. This
area is likely to continue to grow, as is considered further in Section 6 below.
Payments and infrastructure: Internet and mobile communications payments are a central
FinTech focus and have been a driving force particularly in developing countries, an issue
discussed further in Section 5 as underpinning FinTech 3.5. Payments have been an area of
great regulatory attention since the 1970s, resulting in the development of both domestic and
cross-border electronic payment systems, that today support the US$5.4 trillion per day
global foreign exchange markets. Likewise, infrastructure for securities trading and
settlement and for OTC derivatives trading continues to be a major aspect of the FinTech
landscape, and are areas where IT and telecommunications companies are seeking
opportunities to disintermediate traditional financial institutions.
Data security and monetization: These are key themes in FinTech today especially as both
FinTech 2.0 and FinTech 3.0 start to exploit the monetary value of data. Following the GFC,
it has become clear that the stability of the financial system is a national security issue. The
digitized nature of the financial industry means it is particularly vulnerable to cybercrime and
espionage, with the latter increasingly important in geopolitics. This digitization and
consequent vulnerability is the result of decades of development, highlighted in previous
sections, and, going forward, will remain a major concern for governments, policy-makers,
regulators and industry participants, as well as customers.
At the same time, FinTech
innovation is clearly present in the uses to which “big data” can be applied to enhance the
efficiency and availability of financial services.
Consumer interface, particularly online and mobile financial services. This will continue to
be a major focus of traditional financial services and non-traditional FinTech developments.
This is another area in which established and new IT and telecommunications firms are
seeking to contest directly with traditional financial services firms; and, interestingly, it may
well be in developing countries where factors increasingly combine to support the next era of
FinTech development. The consumer interface offers the greatest scope for competition with
the traditional financial sector, as these tech companies can leverage off their pre-existing
large customer bases to roll out new financial products and services.
5. FinTech 3.5 in Emerging Markets: The Examples of Asia and Africa
FinTech 3.0 emerged as a reaction to the financial crisis in the West, but in Asia and Africa,
recent FinTech developments have been primarily prompted by the pursuit of economic
development. We characterize the era in these two regions as FinTech 3.5.
5.1 FinTech opportunities and limitations in the Asia-Pacific Region
Moody’s, a credit rating agency, made clear that threats of cyberattack can negatively affect the credit profile
of countries and institutions alike. See Global Credit Research, Moody’s: Threat of cyber attack on US utilities
cushioned by likelihood of government support, MOODYS (Oct. 15, 2015),
For example, Facebook holds forty-nine Money Transmitter Licenses that would allow it to provide direct
payment services to its 213 million active users across the US. To see the list of states where Facebook holds
these licenses, see Money Transmitter Licenses, FACEBOOK, A similar case can be made about Tencent and its social
network platform that has over 500 million users. Likewise, WeChat recently made available “in-app” loan
applications up to US$30,000. See Juro Osawa, Tencent’s WeChat App to Offer Personal Loans in Minutes, THE
WALL STREET JOURNAL (Sep. 11, 2015),
To appreciate Asian FinTech developments, one must look beyond reported investment
figures, as Accenture estimates that out of the US$12 billion in new investment in FinTech in
2014, only US$700 million has been invested in the Asia-Pacific (APAC) region.
Hong Kong and Singapore have seen the creation of three FinTech accelerators in less than a
year, giving them one of the greatest concentrations of FinTech accelerators in the world. In
Australia, a dedicated co-work space named Stone and Chalk received over 350 applications
for 150 spaces.
Korea is set to open an expanded version of Level 39 (London’s prominent
FinTech co-working space).
On the regulatory side, most Asian regulators have initiated a
FinTech strategy and met in Kuala Lumpur to discuss this alongside the World Capital
Market Symposium in 2013.
The growth rate of the market is attributable to various factors. On the institutional side, IT
spending by traditional banks has lagged behind levels in Europe and the US.
This can be
explained by the slightly less competitive regional market, still heavily controlled and
distorted by state-owned banks. Public distrust of the state-owned banking system (due to
corruption and inefficiency) means the public is quick to accept alternatives provided by non-
banks. In terms of infrastructure, the branch network distribution in the APAC region is far
less extensive than in Europe and the US. There are 62.5 branches per 100,000 people in
Europe, but only 12.5 branches per 100,000 in APAC.
As a result, mobile-based financial
services and products are comparatively more attractive.
See Melissa Volin & Farrell Sklerov, Fintech Investment in U.S. Nearly Tripled in 2014, According to Report
by Accenture and Partnership Fund for New York City, BUSINESS WIRE (Jun. 25, 2015),
See Simon Thomsen, Fintech hub Stone & Chalk is moving to bigger premises before it’s even opened,
British fintech investor to set up S. Korean unit, KOREA TIMES (Oct. 22, 2015),
See Ray Chan, Asian regulators seek fintech balance, FINANCE ASIA (Sep. 4, 2015),,asian-regulators-seek-fintech-balance.aspx.
See Keiichi Aritomo, Driek Desmet & Andy Holley, More bank for your IT buck, MCKINSEY & COMPANY
(June 2014),
Janos Barberis, The Rise of FinTech: Getting Hong Kong to lead the digital financial transition in APAC,
FINTECH HK 13 (Nov., 2014),
For China, the above analysis is supported by the government market reform process initiated
in the late 1970s. In less than 30 years, China has gone from a mono-banking model to over
80 banks and 2000 P2P lending platforms. These figures do not include the additional five
new private banks (e.g. Mybank, Webank) and the further 40 private banks that are
To put this in perspective, it took over 150 years for a new retail banking license
to be issued in the UK: Metro Bank in 2010.
Furthermore, we should not expect growth to
slow in China, especially with the government's recent Internet Finance Guidelines issued in
July 2015.
FinTech 3.5 in the developing world is supported by a strong underlying
rationale, including, but not limited to, the following characteristics: (1) young digitally
savvy populations equipped with mobile devices; (2) a fast-growing middle class with 60%
of the world's middle class to be located in Asia by 2030; (3) inefficient financial and capital
markets creating opportunities for informal alternatives; (4) shortage of physical banking
infrastructure; (5) behavioral pre-disposition in favour of convenience over trust; (6)
untapped market opportunities (1.2 billion people without bank accounts); and (7) less
stringent data protection and competition. In addition, particularly in India and China, there
are very large numbers of engineering and technology graduates.
These trends are further reinforced by the interaction of a dynamic private sector looking to
expand into financial services, and a public sector welcoming market reform and
diversification to drive economic growth. The implication of all this is that FinTech
development in Asia is not a new post-crisis paradigm, but a combination of entrepreneurial
and regulatory forces.
The potential for opportunity needs to be balanced with the challenges specific to the market
and the region. Investors and networks in APAC are less sophisticated than in developed
Western markets. There are large information asymmetries in market activity. Second,
financing is not readily attainable, as there are high barriers to entry to retail banking (e.g.
regulatory capital requirements, ownership structures, and market restrictions). Furthermore,
as companies scale, the fragmented regulatory regime puts B2C FinTech companies at a
See Kevin Yao & Matthew Miller, China encourages privately-owned banks, allow more foreign
participation, REUTERS (Jun. 26, 2015),
See Jill Treanor, UK challenger banks aim to loosen grip of big four, THE GUARDIAN (Jun. 2, 2015),
For a more in depth analysis of Financial Technology developments in China, see Weihuan Zhou, Douglas W.
Arner & Ross P. Buckley, Regulation of Digital Financial Services in China: Last Mover Advantage?, 8(1)
disadvantage compared with B2B companies, particularly those that sell to banks, as they
partially shift the compliance burden to the client.
The fragmented regime in APAC is also apparent when compared to Europe (24 countries in
APAC compared to one harmonized market). Finally, financial engineering in APAC is less
sophisticated than in the EU and US markets, which constrains certain FinTech companies.
For example, robo-advisory platforms on wealth management build portfolios for clients with
small amounts of money. However, the level of tranching of financial products in the region
is not yet at a level that allows for efficient micro-portfolio creation led by algorithms.
Despite these limitations, it is clear that governments are beginning to adapt their policies and
regulatory regimes to foster the development of FinTech companies. Efficient financial
markets are directly linked to an increase in economic output, which is a key motivator for
developed and developing countries.
5.2 China: Transitioning its financial market for the 21st century
For China specifically, technology has already blurred customer perceptions of who can
deliver a financial service. The deposit of money for payments is no longer limited to deposit
accounts at banks. Holding client deposits traditionally has flagged an institution as a bank
and attracted the concomitant licensing and regulatory obligations. However, this no longer
seems to be the case, as China’s AliPay processes over one million transactions each day
without being a bank.
Payments can be made using deposits held in a Yu’E Bao
which yields an interest rate and is redeemable on-demand.
See Douglas W. Arner & Janos Barberis, Regulating FinTech Innovation: A Balancing Act, ASIAN INSTITUTE
Indeed, the announcement of the Payment System Directive 2 (PSD2) in Europe has been justified, amongst
other reasons, by the fact that the fragmented rules in the payment industry in the EU cost up to 1% of its GDP.
If gained back following the implementation of PSD2, this could boost the European economy. See New rules
on Payment Services for the benefit of consumers and retailers, EUROPEAN COMMISSION (Jul. 24, 2013),
Leesa Shrader & Eric Duflos, China: A New Paradigm in Branchless Banking?, CONSULTIVE GROUP TO
ASSIST THE POOR 37 (Mar., 2014),
Yu’E Bao is a service that offers AliPay customers the possibility of investing their idle cash in money market
funds. Those accounts are redeemable on demand and pay higher interest on “deposits” held.
Regulators and legislators must face this fast-changing environment. Banks should be
to respond directly to the competitive challenges of less regulated internet finance
companies, that can gain significant market share
by offering close substitutes for certain
financial services. Unlike in the West, internet companies in China are a real threat to the
market share of banks.
The benefits of Internet finance companies require consideration. Alibaba has fulfilled two
main government policy objectives by creating 2.87 million direct and indirect job
opportunities, and providing over 400,000 SMEs with loans ranging from $3000 to $5000.
Regulators need to strike a difficult but important balance in the current competitive dynamic
between banks and Internet finance companies.
China has been gradually reforming its financial system since 1978. However, the GFC of
2008 slowed down the appetite of politicians and regulators for further large-scale reform, as
the crisis deeply shook the understanding of what constitutes an effective financial system
and how institutions should be regulated. Indeed, legislation since 2008 has reversed the
trend towards a free market, by tightening the regulatory environment for banks in China. In
the West, this is reflected by ever-increasing compliance costs from newly-passed national
laws (such as Dodd-Frank) or international standards (such as Basel 3).
There is a unique opportunity in the technologically driven financial transition currently
underway in China. As well as learning from regulatory mistakes in Western countries, China
could leapfrog financial regulation standards by having its regulatory authorities establish a
framework to promote and control the use of FinTech and Internet finance companies.
For example, by simplifying and changing certain regulatory constraints under which they operate (or
alternatively by bringing Internet finance companies under the same set of rules). However, the latter option
might decrease the financial efficiency and inclusion gains brought by technology, as compliance costs will
In that respect, McKinsey & Company expect that banks failing to digitize themselves face the possibility of
having a 29% to 36% negative impact on their profits: Joe Chen, Vinayak H.V. & Kenny Lam, How to prepare
for Asia’s digital-banking boom, MCKINSEY & COMPANY (Aug., 2014),
Leesa Shrader & Eric Duflos, China: A New Paradigm in Branchless Banking?, CONSULTATIVE GROUP TO
ASSIST THE POOR 37, 42 (Mar., 2014),
See Weihuan Zhou, Douglas W. Arner & Ross P. Buckley, Regulation of Digital Financial Services in China:
Last Mover Advantage?, 8(1) TSINGHUA CHINA LAW REVIEW 25 (2015); Douglas W. Arner & Janos Barberis,
FinTech in China: From Shadow Banking to P2P Lending, in BANKING BEYOND BANKS & MONEY
(forthcoming 2015) (illustrating how China went from innovation to duplication and the broader (inter)national
consequences of this).
In many ways this is already happening at the industry level with developments in China now
leading innovation in the financial sector, with new processes that are being replicated
globally. For example, AliPay’s introduction of facial recognition payment in March 2015
was followed by MasterCard in July 2015.
Similarly, SME lending by Alibaba in 2010
using alternative credit-scoring data from its e-commerce platform, was introduced in the US
and Japan in 2012 and is now being undertaken by Amazon in Europe.
These market developments echo the wider government objective of reforming the financial
sector and promoting opportunities offered by digital financial services. The latest
development was in July 2015 with the issuance of the Guidelines on the promotion of the
healthy development of Internet Finance (hereinafter, The Internet Finance Guidelines) by
ten ministries and commissioners.
China’s transition is both demand-driven and policy-driven. In addition, certain
characteristics of the Chinese market make it particularly fertile ground for FinTech. World
Bank statistics show how China differs when it comes to by whom and via what channels
banking is delivered:
Population without a Bank account in the last 12 months
(nominal in million)
Population without a Bank account (percentage)
Commercial Bank Branch per 100,000 people84
Bank ATM per 100,000 people85
Table 1: Banking Demographic and Delivery Channels
See Geoffrey Smith, Alibaba’s Jack Ma shows off new ‘pay with a selfie’ technology, FORTUNE (Mar. 17,
See Jose Pagliery, MasterCard will approve purchases by scanning your face, CNN (Jul. 1, 2015),
See Oliver Smith, Looking for a UK business loan? Amazon might be the answer, THE MEMO (Jun. 29, 2015),
Guan Yu Cu Jin Hu Lian Wang Jin Rong Jian Kang Fa Zhan De Zhi Dao Yi Jian (Guideline on the Promotion
of the Healthy Development of Internet Finance), promulgated on 18 July 2015: Guideline on the Promotion of
(Jul. 20, 2015),
Data displayed for China, USA and UK are respectively from 2012, 2012 and 2011.
Data displayed for China, USA and UK are respectively from 2012, 2009 and 2011.
China has not had time to develop Western levels of physical banking infrastructure and the
rise of FinTech means it probably never will need to do so. This is particularly so because
technology is well developed in the country:
Number of SIM cards
1,104 million
Percentage of mobile subscribers with 3G/4G access
Internet Users
618 million
Online Banking penetration
Table 2: Technology Penetration in China (in 2012)
The result of this mismatch between physical and digital infrastructure means the future for
digital financial services in China is particularly bright. Already China UnionPay has, in
under fifteen years, become the world’s largest payments provider.
The lack of physical infrastructure and of customer expectations regarding banking
constitutes an opportunity, which could see the development in China of a new paradigm in
banking. The trend toward digital banking is already underway. Over the past three years in
China, there have been 111 million new Internet banking customers, a 19% increase in new
personal bank accounts, and a 24% increase in online payments.
In addition, it is expected
that by 2020 there will be 900 million digital banking customers, compared to 380 million in
Likewise, it is expected that by 2017 over 900 million Chinese will be credit scored
by the new credit bureau, Sesame Credit Management, part of Alibaba, using alternative data
Compilation of data by authors from: The Everyday Bank: A New Vision for the Digital Age, ACCENTURE
Digital-Age.pdf; Leesa Shrader & Eric Duflos, China: A New Paradigm in Branchless Banking?,
See China UnionPay overtakes Visa to become the world’s most used debit card, FINEXTRA (Apr. 10, 2014),
See The Everyday Bank: A New Vision for the Digital Age, ACCENTURE 3 (2015),
See Sonia Barquin & Vinayak H.V., Capitalizing on Asia’s digital-banking boom, MCKINSEY & COMPANY
(Mar., 2015), -
See Andrew Foxwell, Asia loses out as fintech start-ups head to the West, ASIAN INVESTOR (Jun. 2, 2015),,asia-loses-out-as-fintech-start-ups-head-to-the-west.aspx. It is
important to note that these individuals may have already been credit scored by traditional credit bureaus.
However, their true risk might have not been fully assessed, due to the lack of sufficient data points (e.g.
Going forward, one should expect that the tension between traditional digital financial
services and FinTech 3.0 providers will be greatest around the following three areas: (1)
payments, (2) financing, and (3) deposits, with the last of these being the strongest contention
point (and perhaps the main threshold for strong regulation).
To support this digital financial transition, a framework must achieve various goals for each
actor in the financial sector. Regulators must secure the necessary understanding and scope of
operations to oversee the use of technology within the financial industry. Banks should
compete equally in terms of regulatory burden with FinTech 3.0 companies which offer exact
or close substitutes for regulated products. At the same time, start-ups need to operate within
a regulatory framework that allows them to develop their business before becoming subject to
expensive compliance costs.
Thus, the way forward may not necessarily lie in setting rules for financial products, but
instead in establishing threshold levels for when institutions need to comply with conduct
rules for small actors, or prudential rules for larger players. This may avoid burdensome
regulation with heavy compliance costs and limited benefits for financial stability. This
would also help establish a boundary of operation between banks and internet finance
companies and determine whether the distinction is based on products or transaction size.
In this respect, it seems that China’s current Internet Finance Guidelines and the consultation
on third party payments which is due to be released before this year’s end
are pointing
towards a two-tiered market, defined by transaction values. This is an imperfect solution as it
caps the growth of internet finance providers, yet it may introduce a measure of regulatory
harmony between traditional financial institutions (FinTech 2.0) and new start-up participants
(FinTech 3.0).
financial transactions performed within the formal banking sector). These are called “thin credit files” by the
industry and provide FinTech 3.0 companies with large opportunities, the US and EU equivalent of Sesame
Credit Management being Credit Karma and Kreditech respectively.
To date, deposit-taking activities have not been approached by FinTech 3.0 start-ups. This reflects the fact
that it is one of the most regulated activities within the financial services industry as it requires a banking
license. In turn, this removes much of the economic rationale behind performing this function, since the fact of
holding deposits on its own generates little to no return. This would push start-ups to create two products from
day one so as to up-sell products and services to make up for the cost generated by their deposit business.
See China Headlines: New regulation on third-party payments stirs controversy, XINHUA FINANCE AGENCY
(Aug. 3, 2015),
Jack Ma, founder and CEO of Alibaba, rightly captured this difference when he said:
There are two big opportunities in future financial industry. One is online
banking, all financial institutions go online; the other one is internet
finance, which is purely led by outsiders.
Regionally this is echoed in the development of tiered licensing systems in Asia, with
governments in the region developing light license models that aim to minimize regulatory
and compliance costs for firms seeking to deliver specific banking activities to certain
population segments. For example, South Korea is developing a specific regime for online-
only banks,
India has created a new license type for payment banks
and has recently
issued 11 new banking licenses
and China is introducing new private banks to cater for
market sectors traditionally underserved by state-owned banks.
These developments matter because they reflect the FinTech dynamic of the region and
indicate a regulatory policy that favors the development of specific sub-sectors to promote
national policy objectives.
5.3 Africa: Greenfield opportunities for FinTech
Africa shares many characteristics with the APAC region in terms of FinTech development,
however, the nature and direction of the primary developments in this area in Africa have
been somewhat different. The reach of banks in Africa is even more circumscribed than in
Asia. At most, 20% of African households have any access to formal or semi-formal financial
services as compared to some 60% of households in Asia.
As a result, telecommunications
companies, rather than banks, have tended to take the lead in FinTech developments in the
See Lydia Guo, Alibaba: shaking up Chinese finance, FINANCIAL TIMES (Jul. 1, 2013),
See Steven Denney, South Korea’s Next Growth Frontier: Fintech, THE DIPLOMAT (Aug. 13, 2015),
See IANS, Some new banking licences by August, says Raghuram Rajan, THE TIMES OF INDIA (Jun. 2, 2015),
See Bernard Lunn, 11 New Banking Licenses approved in India show the future of banking, DAILY FINTECH
(Sep. 29, 2015),
See Mainland’s 1st private bank services niche markets, SHANGHAI DAILY (Mar. 27, 2015),
See Financial Services in Africa, KPMG 4 (2013),
region. Mobile money, the provision of basic payment and savings services by the creation of
e-money recorded on a mobile phone, while initially pioneered in the Philippines, has
achieved its greatest success in Kenya and, more recently, Tanzania. In both of these
countries the rise and extent of mobile money has assisted economic development
significantly by providing customers with a means to save funds, remit money safely to their
families, pay bills, and receive government payments safely and securely.
The most well-known success story in Africa is that of M-Pesa, the mobile money product of
Safaricom, which was launched by Vodafone in 2007. In under five years payments made
through the platform surpassed 43% of Kenya’s GDP
and the central bank is now having
to supervise the provider carefully, as the payments platform has become systemically
Indeed, the phenomenal success of M-Pesa has caused problems elsewhere, where companies
offering mobile money services have needed screen savers on every corporate computer
warning “Be aware we are not in Kenya now for in many other countries providers
have had to learn that merely replicating what was done in Kenya will not necessarily lead to
similar customer take-up of digital financial services. For digital financial services (DFS) to
prosper, the services offered have to be tightly tailored to local needs.
Meeting the needs of
the local consumers, whatever they may be, is the key requirement for success in providing
DFS and this is not the starting point for many of the people designing the DFS products
coming, as they most often do, from an IT background.
Africa’s FinTech journey to date has mostly consisted of the provision of mobile money
services permitting the core functions of payments and savings, and relatively recently, the
higher order services of credit and micro-insurance.
The typical African provider of DFS is a telecommunications company that encourages
customers to purchase e-money and use financial services on their mobile phone -- usually in
the same way and place as buying airtime (i.e. by paying cash to a retail agent), who is
typically a small shopkeeper who sells e-money, airtime, soft drinks, snacks and the like. This
profile is rather similar to mobile money developments in some Asian nations, such as
See Daniel Runde, M-Pesa And The Rise Of The Global Mobile Money Market, FORBES (Aug. 12, 2015),
See Gabriella Mulligan, Can M-Pesa travel outside Kenya?, AFRICAN BUSINESS (Dec. 2, 2014),
Cambodia, Laos, and others, but dramatically different to the profile of DFS in China or India.
With that said, we expect to see increasing South-South technology transfers within
6. Regulatory Innovation and the Importance of RegTech
This paper has illustrated the application of technology to finance and its consequences over
three major eras of FinTech. The main divergence witnessed today is between FinTech 2.0
and FinTech 3.0, particularly in the type of entity that uses the technology to deliver a
financial product or service. FinTech is no longer the preserve of traditional financial
A visual illustration of this is provided in the table below, as each of these names are
regarded as FinTech companies in their own right:
FinTech 2.0
FinTech 3.0
by market cap (2015)
IT Companies
by revenue (2014)
by valuation (2015)
Wells Fargo & Co (US)
LuFax (CN)
Tata (IN)
Square (US)
JP Morgan (US)
Fiserv (US)
Markit (US)
Cognizant (US)
Stripe (US)
Bank of America (US)
NCR Corp (US)
Lending Club (US)
Bank of China (CN)
Infosys (IN)
Zenefits (US)
Diebold (US)
Credit Karma (US)
Citi Group (US)
Sungard (US)
Powa (UK)
Nomura (JP)
Klarna (SWE)
Mitsubishi (JP)
CA Tech (US)
CommonBond (US)
Table 3: Ranking of FinTech 2.0 and 3.0
Compiled by the authors
See Gulveen Aulakh, Alibaba, Ant Financial invest about $680 million in Paytm, up stake to 40%, THE
ECONOMIC TIMES (Sep. 30, 2015),
On the one hand, as explained in sections 2 and 3, financial institutions digitizing their
processes and services is a well-understood market trend with defined regulatory implications
and obligations related to the use of technology. Established financial actors, technology
companies and regulators work with each other. On the other hand, new technology players
(FinTech 3.0) are entering the financial industry with limited or no pre-existing interaction
with financial regulators. These businesses tend to lack a financial compliance culture that
identifies providers’ prudential or consumer protection obligations when delivering financial
As a result, the non-traditional business models or financial products offered by FinTech 3.0
companies may not comply with applicable financial regulations. This lack of regulatory
compliance may be active as when a technology company does not believe it should be
subject to rules and regulations meant for banks, or passive when a technology company is
not aware of the rules and regulations that may apply.
This is precisely where the current debate and discussion around FinTech regulation lies.
Right now there is uncertainty as to what laws and procedures are applicable to new FinTech
applications. The solution is to be found in devising an approach that balances the views of
each party (e.g. the technology industry, financial actors and regulators) and is proportionate
to their obligations. Performing this balancing act requires one to understand the raison d’etre
of regulators and the reasons behind the rules they enforce and to provide education for start-
ups on their regulatory obligations.
6.1 Regulatory objectives and thresholds
Regulators objectives can be understood by their key mandates. In no specific order, these
are: (1) financial stability, (2) prudential regulation, (3) conduct and fairness, and (4)
Sources: World’s Largest Banks 2015, BANKS AROUND THE WORLD (Sep. 30, 2015),; Top 100 Companies in FinTech, THE AMERICAN
BANKER (Nov. 12, 2014),
fintech-1071192-1.html; Oscar Williams-Grut, The 24 fintech ‘unicorns’ worth over $1 billion ranked by value,
The counterargument is that if FinTech start-ups are created by ex-finance professionals, they should
understand regulated markets with compliance cultures. This is highlighted by looking at where FinTech
companies are founded. Start-ups close to financial centers such as New York, London or Hong Kong tend to
have stronger compliance cultures than those in other locations such as Silicon Valley where the founders are
more likely to be engineers than finance professionals.
competition and market development. Furthermore, the issue of when to regulate can be as
important as what to regulate, so that some rules may not be enforced until certain specific
thresholds are met. This was seen in Section 2.2.1 in the regulation of e-banking which
existed for about 20 years before it was properly regulated.
Early regulation may well represent substantial wasted effort. E-banking was introduced in
1980 in the US but stopped shortly thereafter, before being reinstated successfully in 1995 in
the UK. E-banking is a good example of why regulators should move slowly in regulating
innovations. Regulators diverting their resources to understand every new technological
innovation could result in inefficient outcomes for regulators and industry.
First, technology needs time to find its final use and applicability, and the market may need to
settle before regulatory intervention.
Second, the availability alone of a technology does
not mean it will be widely adopted.
Third, there may be a strong benefit in regulatory
measures not influencing market innovation or technological standards. Indeed, regulators
should remain technology-neutral.
In practice, this means regulators need to categorize and understand the benefits and
applicability of a technology. For example, new biometric identification mechanisms entering
the market (e.g. fingerprint and iris scanning, voice or heartbeat recognition) raise different
case-specific issues, but are all used for the same purpose of customer identification.
Fingerprint scanning appears to be the simplest and most widely used biometric identification
method. However, it raises issues of “biometric data theft” where a fingerprint can be
replicated using a simple high-resolution photograph.
This risk recently materialized, when
Going forward, regulators should not rely on technological adoption lag. Indeed, Rita McGrath points out
that “it took decades for the telephone to reach 50% of households, beginning before 1900. It took five years or
less for cell phones to accomplish the same penetration in 1990”: Rita McGrath, The Pace of Technology
Adoption is Speeding Up, HARVARD BUSINESS REVIEW (Nov. 25, 2013),
technology-adoption-is-speeding-up/. This is even clearer in places such as China.
On that note, the example of blockchain technology illustrates this point, as it still lacks an example of
consumer facing solutions adopted by the public. The laser was similar, in that it was a “solution in search for a
problem” for decades before it was widely used in multiple industries. See MARIO BERTOLOTTI, THE HISTORY
OF THE LASER ch. 14 (2004).
See Alex Hern, Hacker fakes German minister’s fingerprints using photos of her hands, THE GUARDIAN
(Dec. 30, 2014),
5.6 million fingerprints were stolen from the US defense department.
A case can thus be
made against using fingerprints due to the security risk.
However, the decision to allow or ban a technology is perhaps best not left to regulators
because until a specific technology becomes widely used, risks of biometric data-theft and
unauthorized transactions are limited. Instead, in most instances, regulators should remain
technologically neutral and focus on the outcome of a technology.
A wait-and-see
approach allows the regulator to learn whether the market will adopt the technology, and
draw on historical data as to the risks a specific technology creates.
This efficiency analysis of regulators time, given their constrained resources, highlights the
benefits of supervising and regulating only a limited number of large players. In FinTech 2.0,
technological innovations were generally developed by actors with an established compliance
culture and thus it was seen as more efficient to let a market self-regulate until it became
worthy of regulators time.
Whilst the innovations themselves were new, the actors
deploying them were not (e.g. Barclays ATM, Bank of America’s credit card, investment
bank VaR models), and thus regulators could take comfort from knowing they had a point of
contact for when they decided to look at the legal implications of specific technologies.
This approach can be cost-effective for regulators, and industry, as it experiments with
initiatives until they become sufficiently important to attract regulatory scrutiny.
From an industry and regulatory perspective, the pharmaceutical industry perhaps offers a
blueprint for regulating innovation. This industry is, similarly to financial services, highly
regulated. Breakthroughs are allowed via a clear and gradual path of clinical trials and
authorizations. Large groups are increasingly outsourcing this R&D stage of the process by
acquiring the start-ups and university spin-offs which are developing the new drugs.
See David Alexander, 5.6 million fingerprints stolen in U.S. personnel data hack: government, REUTERS
(Sep. 23, 2015),
This raises important questions and potential risks in the context of China. Indeed, the data privacy regime
being less strict allows private companies to store and share biometric data in ways that would be prohibited in
Europe or the United States. Thus, there is a potential cybersecurity risk of having private companies losing the
biometric data of their consumers following an attachment, especially if these are used as an identification token
for financial transactions (e.g. fingerprints to authorize payments).
However, this is not the case of all regulators, as discussed with the Singaporean example.
This is not to say that actors within the financial sector have a flawless track record of compliance, as was
shown with the various fraud cases emerging out of the GFC.
Parallels arise with the financial industry, albeit in a less coordinated manner. FinTech 3.0
innovations are emerging out of sand-boxes, incubators or accelerator programs where start-
ups refine their solutions. Graduating from these accelerators flags that the company has to
some extent matured given its participation in a structured curriculum. Banks then partner
with, invest in, or acquire these companies.
There are also benefits for regulators, as their previous method, whereby they only look at
established financial institutions that start to deploy products or services on a significant
scale, is challenged under the FinTech 3.0 model. Whilst pre-2007, regulators could take
some comfort that regulated financial institutions with which they already had a relationship
would handle innovations responsibly, this is no longer necessarily the case.
Money market funds (MMF) offer an example. Three of the largest players in this sector
(Vanguard, Fidelity and Schwab) were established in 1975, 1946 and 1971 respectively. In
2014, Alibaba started to offer a new MMF that was fully online and available to its pre-
existing customer base. Within nine months, Yu’E Bao became the world’s fourth largest
MMF, on par with decade-old players such as Vanguard or Fidelity.
Yu’E Bao shows how a non-traditional financial institution went from “too-small-to-care” to
within the space of nine months. This exponential growth represents a
direct challenge to the otherwise more gradual approach towards regulating innovations and
stakeholders, skipping the “too-large-to-ignore” phase when regulators would have started to
contact and request compliance of said entity.
See Bill Powell, Alibaba: The $200 Billion ‘Open Sesame’, NEWS WEEK (Sep. 8, 2014),
The concept of “too-small-to-care to “too-big-to-fail” was initially developed by Douglas W. Arner & Janos
Barberis, Regulating FinTech Innovation: A Balancing Act, ASIAN INSTITUTE OF INTERNATIONAL FINANCIAL
LAW (Apr. 1, 2015),
Following the fingerprint example, one can also use the fact that Apple sold over 10 million iPhone 6 units,
which were all pre-loaded with a mobile wallet and fingerprint scanner to identify transactions. See First
Weekend iPhone Sales Top 10 Million, Set New Record, APPLE (Sep. 22, 2014),
Figure 2: Regulatory threshold approaches compared to growth models
Source: Arner and Barberis: “FinTech Regulation Recent Developments and Outlook (1 April 2015) AIIFL
In other words, if primarily regulating actors with a significant impact on financial markets
remains the correct approach, which we submit is the case, what needs to change in
extraordinary cases may be the methods used to identify in time the future systemically
important actors.
Given the size of investment and the competitive implications stemming from the arrival of
these new players in the financial services industry, regulators in various jurisdictions also
need to review the best approaches to support FinTech and adjust their methods (e.g. rule or
principle-based) towards regulation.
6.2 Adapting regulatory methods in a digital age
From an industry perspective and from a regulatory perspective alike, an attitude change is
needed towards how FinTech products and services should be regulated. However, as pointed
out above, there is currently difficulty in accurately representing the hardship faced by the
industry as a whole, since it is comprised of established players (bankers, FinTech 2.0) and
emerging players (start-ups, FinTech 3.0).
It is accepted that not all companies will become too-big-to-fail and reach the scale of Yu’E Bao, but most
have the aspiration of being billion dollar companies. Furthermore, in an ever interconnected financial system,
market size and systemic risk are not necessarily correlated. The Dow Jones flash crash in May 2010 illustrated
that smaller players can also become systemic.
The advantages and disadvantages of each method are well covered in Chris Brummer & Daniel Gorfine,
FinTech: Building a 21st-Century Regulator’s Toolkit, MILKEN INSTITUTE (Oct., 2014),
This creates two sets of distinct expectations and needs for industry supervision. For start-
ups, a high cost of regulation is incompatible with their lean business model. Early on, start-
ups need to defer expenses as much as possible to focus on building a viable product with
business potential. The group of early-stage companies that emerged during FinTech 3.0
prefers the more flexible compliance obligations of a principle-based regulatory regime.
Under this approach, more focus is given to the spirit of a regulation rather than “box
ticking”. This seems to be the route taken in the UK. Private parties subject to this regime
may have a certain degree of discretion in implementing the regulation.
Principle-based regulatory regimes differ from rule-based regimes. The latter create clear
rules and processes. For a start-up, this approach is expensive as each rule and process needs
to be identified and complied with,
which may significantly consume financial resources of
a start-up that could instead be used to build the business.
The benefits of principle and rule-based approaches are however not clear from the
perspective of start-ups and large financial institutions. The flexibility of a principle-based
model creates a level of uncertainty as to what exactly is expected in terms of compliance.
As for the rule-based approach, the fact that the compliance obligations are clearly set out can
limit the incentive of the supervised entity to do more because the obligations are perceived
as sufficiently comprehensive.
There is nonetheless a way of resolving the differences between not only principle and rule-
based regulatory approaches, but also between traditional financial institutions (FinTech 2.0)
and start-ups (FinTech 3.0). The solution may lie in going beyond a strict reading of the text
so that regulatory approaches, whether rule-based or principle-based, are not seen as mutually
For example, whilst a principle-based approach may provide a start-up with the benefit of
flexibility at an early stage, this may create limitations in terms of scalability of a business.
Regulatory clarity and certainty are not only important for large institutions but also for
investors into start-ups.
For start-ups, the legal predictability and higher compliance costs
Id. at 7.
Project Innovate: Call for input, FINANCIAL CONDUCT AUTHORITY (Oct., 2014),
associated with a rule-based model may be balanced by being more attractive to investors.
Then, as the start-up matures, so does its compliance culture and capacity as it has increasing
access to sufficient financial resources. The higher costs and complexity associated with a
rule-based approach can thus be understood as benefits, both for the company and the
investor. Indeed, rule-based regulatory approaches are more likely to create a barrier to entry
for subsequent new competitors.
The regulatory obligations of a company should be dynamic in the sense that they need to
adapt to the size and activity of a business as it grows and changes.
The P2P industry offers
a case study. Many businesses start as a platform as agents introducing lenders to borrowers
and are not involved in the loan itself. This is important for P2P debt FinTech 3.0 start-ups
because it means they may have limited regulatory obligations. However, this operational
model also limits their capacity to scale as it relies on always being able to match the exact
needs of a borrower with the liquidity of a lender. From a risk angle, the matching also
exposes the lender to the direct credit risk of the borrower. Since the platform is only an agent
as opposed to a principal, it is not responsible for any losses resulting from a partial or
complete default.
This shifting of risk towards the lender has two consequences. First, if an increasing amount
of lender(s) lose their capital as a result of a badly evaluated credit risk, their confidence in
the platform will fall and they will not likely re-use it.
Second, the risk profile of such a
liquidity placement on a P2P platform is much higher given that the risk is directly passed on
to the lender. As a result, this limits the number of potential lenders since the increase in
return is accompanied by an increase in risk.
Therefore, for P2P lending platforms to maintain user confidence and attract a wider lender
base, it may well be necessary to move away from a purely agent-based model and instead
See Julia Groves, Crowdfunding Regulations are now the Biggest Barrier to Entry, UK CROWDFUNDING
(May 30, 2014),
For more detail on real-time regulation, see Tim O’Reilly, Open Data and Algorithmic Regulation, in
Dyson eds., 2013).
In China, over 1250 platforms have been flagged “at risk” by the local credit rating agency Dagong. See Judy
Chen & Jun Luo, Internet Loan Alarms Dagong With 1,250 Red Flags, BLOOMBERG (Mar. 13, 2015),
move to a principal-based model.
Alternatively, the platform may wish to spread the credit
risk of the borrower by originating a loan using the liquidity of various lenders. This limits
the credit risk of each lender to its chosen contribution. Additionally, the ease (e.g.
convenience and speed) of borrowing over P2P platforms and the lack of coordination among
platforms are creating a risk of over-indebtedness among borrowers.
The P2P sector offers a good example of how regulation needs to proceed carefully when
creating rules for an industry.
Industry demands may represent nothing more than a
snapshot in times of difficulty, and may fail to address the evolving nature of their business
as it grows in terms of market size and risk.
FinTech 3.0 thus needs a framework that is both balanced and dynamic, benefiting
simultaneously private stakeholders (e.g. institutional or start-ups) and regulators.
6.3 A case for the development of RegTech
While previous sections have considered the evolution of FinTech and its challenges for
traditional regulation, this section turns to the application of technology to regulation itself:
Regulation Technology (RegTech). The increased use of technology within the financial
services industry gives regulatory bodies an opportunity to access a level of granularity in
risk assessments that did not previously exist. Indeed, Andy Haldane, Chief Economist of the
Bank of England, when discussing the future of regulation shared his vision:
What more might be feasible? I have a dream. It is futuristic, but realistic. It
involves a Star Trek chair and a bank of monitors. It would involve
tracking the global flow of funds in close to real time (from a Star Trek
chair using a bank of monitors), in much the same way as happens with
There have been reports that in order to maintain confidence in P2P platforms in China, the platform owners
would pay any incurred default to the lenders. Whilst this is something that can be done if the platform is cash
rich, given the healthy interest spread they retain, it can also be a hint towards the start of a Ponzi scheme
challenging the ultimate viability, and raises problems of fraud. See Wang Shenlu, Liu Ran & Yang Lu, P2P
Lenders Heading into Dangerous Waters, Critics Say, CAIXIN (Apr. 18, 2014),
See Michael Corkery, Pitfalls for the Unwary Borrower Out on the Frontier of Banking, THE NEW YORK
TIMES (Sep. 13, 2015),
In that context, the US is still waiting for major amendments to the JOBS Act, which, depending on the
outcome, may facilitate the growth of equity crowdfunding platforms. However, and until then, PE investors are
not investing in these platforms until they receive regulatory certainty as to the compliance status of their future
platform. Thus, regulation can similarly be seen as a technology that allows businesses to scale, or not.
global weather systems and global internet traffic. Its centre piece would be
a global map of financial flows, charting spill-overs and correlations
This vision of a data-led regulatory system is not new. Since 2007 there has been increased
focus on this from regulators, industry and academia. In 2009 the SEC created the division
for Economic and Risk Analysis, to look at using data insights for better regulation, and
Peppet published a paper on “smart mortgages” that use data to limit the default risks.
However, one needs to balance the opportunities presented by technology with practical
barriers to actual and successful implementation, which are discussed below.
Regulatory interest in the FinTech sector represents a turning point. No longer are regulators
solely seeking to prevent the previous crisis: they are instead looking at how to support future
market developments whilst maintaining financial stability. There are benefits for a regulator
from early interaction with new FinTech start-ups, even if they are not yet significant or able
to (currently) comply with the rules. This provides regulators with the capacity to understand
from early-on the business models of FinTech 3.0 start-ups, and the teams behind them (so as
to see whether they are fit and proper for that role). This has been the approach in various
jurisdictions. For example, the UK’s Financial Conduct Authority (FCA) not only initiated a
consultation to understand the regulatory hurdles faced by FinTech 3.0 companies,
but also
complemented it with an innovation hub to interact with and support innovative start-ups
from a nascent stage.
This awareness phase is also seen in Asia. The Securities and Futures Commission of Hong
Kong is part of the Hong Kong government's FinTech Steering Group,
ASIC in Australia
has open hours in a co-working space,
the Monetary Authority of Singapore has made
Andrew G Haldane, Managing global finance as a system, BANK OF ENGLAND (Oct. 29, 2014),
Scott R. Peppet, Smart Mortgages, Privacy and the Regulatory Possibility of Infomediation, SSRN (Aug. 22,
Project Innovate: Call for input, FINANCIAL CONDUCT AUTHORITY (Oct., 2014),
See Martin Wheatley, Innovation: The regulatory opportunity, FINANCIAL CONDUCT AUTHORITY (Oct. 28,
See Steering Group on Fintech established, HONG KONG GOVERNMENT NEWS (Mar. 30, 2015),
See Michael Saadat, Facilitating Innovative Fintech Businesses: a Regulator’s Perspective, CRITERION
CONFERENCES (Apr. 29, 2015),
SG$225 million investment in research,
whilst southeast Asian countries have
implemented new rules on alternative finance (debt or equity), with Malaysia being the first
ASEAN country to have crowdfunding laws.
The effort and resources regulators are putting into understanding the FinTech sector is
perhaps surprising, particularly as they are to some extent revisiting the same questions and
risks identified over 15 years ago with e-banking. Furthermore, apart from specific products
(e.g. robo-advisory), the business models of FinTech companies are not radically different
from their traditional counterparts (e.g. P2P lending emanating from shadow banking in
At most, the efficiency is driven by lower overhead costs, or disintermediation. To
some extent FinTech is going full circle and providing only incremental changes, both from
industry and regulatory perspectives.
6.4 Real-time compliance and RegTech
As discussed above, the financial sector has been the largest spender on IT systems for
decades, a trend likely to continue, especially in regulatory and compliance spending. In the
wake of the 2008 GFC, the regulatory onus and level of scrutiny by regulators has
dramatically increased. Indeed, regulators have moved towards a risk-based approach where
access to data is key to prudential supervision. Gutierez has analyzed how data is playing an
increasing role in ensuring financial institutions are held accountable for their actions, and
their responsibility is quickly established.
This appears to be a laudable development.
For financial institutions all of this regulatory activity has meant cost increases, whether in
terms of capital (e.g. Basel 3), operations (e.g. human resources), or penalties (e.g. HSBC,
See Ravi Menon, A Smart Financial Centre, MONETARY AUTHORITY OF SINGAPORE (Jun. 29, 2015),
See J.D. Alois, Malaysia is First ASEAN Country with Crowdfunding Laws, CROWDFUND INSIDER (Jul. 1,
Douglas Arner & Janos Barberis, FinTech in China: From Shadow Banking to P2P Lending, in BANKING
BEYOND BANKS & MONEY (forthcoming 2015).
Daniel Gutierrez, Big Data for Finance Security and Regulatory Compliance Considerations, INSIDE BIG
DATA (Oct. 20, 2014),
Data transparency allows regulatory bodies to supervise firms without having to ask for specific reports (e.g.
stress tests on liquidity and capital). Direct data access therefore prevents the regulated subject from changing its
behavior and data in reaction to the asked questions.
UBS, etc.). On the last point alone, since 2008, banks in the West have been fined over
US$242 billion.
Arguably, both industry and regulators share an interest in reducing fraud.
A range of stakeholders are interested in increasing transparency and creating monitoring
processes. In June 2015 the Bank of England issued its Fair and Effective Markets Review,
looking at the role that technology may play in compliance,
noting that:
Firms have started to make progress in response to the limitations of
existing surveillance solutions, including the use of new technology and
analytics which go beyond the key-word surveillance and simple statistical
checks previously used by firms to detect improper trading activity and
discussed earlier in this section.
In particular, the Bank of England highlighted the following added values for regulation of
specific technologies:
Pattern analysis, which can be used to identify unusual patterns of activity, such as
spoofing (placing an order and then cancelling it seconds later to encourage others
to drive up the price of a particular asset), front running and wash trades, using
predefined patterns of trading behaviour;
Big data techniques, which typically use a far larger number of inputs than
standard surveillance techniques, helping to straddle information silos. The algorithms
used have the potential to detect a wider range of suspicious activity than pattern
analysis, and can also be used to identify networks of trading and communications
activity which may themselves identify vulnerabilities;
Predictive coding, which looks to identify patterns of activity, such as unusual use of
communication, non-routine patterns of leaving the office, non-completion of
training, or missing mandatory leave, which may flag potential conduct concerns, and
Digitalization of voice communications, which some firms claim has the potential to
be more effective than analyzing written communications.
Michael Mainelli, RegTech Worthy Of Investment?, IGTB (Jun. 24, 2015),
Charles Roxburgh, Minouche Shafik & Martin Wheatley, Fair and Effective Markets Review: Final Report,
BANK OF ENGLAND (Jun., 2015),
Id. at 90.
Id. at 91.
As a result, the argument for cost reduction within the compliance sector is very strong, and
RegTech has never looked so beneficial for firms. Yet, balance is needed in assessing what is
currently feasible when it comes to fully automating regulatory and compliance systems.
Before looking at the conversion of compliance obligations into IT processes, the first
question is more fundamental how should financial technology itself be regulated?
date the debate, especially in Asia, seems to be more on understanding what framework
provides the right balance between market innovation and market confidence.
Furthermore, whilst in the West RegTech has been developed much more by regulators (the
UK government dedicated a chapter of the Blackett Review
to the topic and Europe is
pushing towards increased data transparency with PSD2) in practice there are still
uncertainties, as reported by Brummer and Gorfine, as to whether or not principle-based
approaches are better suited than rule-based approaches.
To understand regulators activity, one needs to look at two factors. First, at the macro level,
their interest reflects the need to guide the transition occurring in financial markets. Just as an
abrupt transition towards liberalized financial markets can be detrimental for participants and
consumers, so can a fast technological transition create new risks. For example, the
simplification and automation of wealth management services into color-coded advisers
provides a simpler and cheaper solution for end-users. However, this also creates new risks as
it moves away from a full disclosure regime and threatens jobs within the industry.
At the micro level, the increasingly data-driven aspects of FinTech 3.0, and the fact that these
young companies rely on new and transparent IT systems allows them to explore new
Vytautas Čyras & Reinhard Riedl, Formulating the Enterprise Architecture Compliance Problem, CEUR
See section 6.2.
Some Chinese Are Taking 22% Margin Loans to Finance Stock Purchases, BLOOMBERG (Jul. 1, 2015),
Government Office for Science, FinTech: Blackett review, UK GOVERNMENT (Mar. 18, 2015),
Chris Brummer & Daniel Gorfine, FinTech: Building a 21st-Century Regulator’s Toolkit, MILKEN INSTITUTE
8 (Oct., 2014),
For example, a “green portfolio” would be properly balanced to the risk appetite of the user but gives no
exact details as to the content of the portfolio itself (and its re-adjustment in the future). This simplification feels
to be at the other side of the spectrum to the full disclosure regime that creates information overload to the client
buying a financial product.
compliance mechanisms.
For example, real-time compliance systems could be requested as
part of the licensing process. This would provide regulators and the company with a way to
monitor in quasi-real time the actions of its staff and identify any non-compliant behaviour.
In that scenario the firm wins because it limits its risk of misconduct, and so does the
regulator with better regulatory outcomes.
From a market perspective, the capacity to analyze in real time the solvency, liquidity and
risk of a financial institution promotes both market stability and competition. Regulatory
models where access to real-time data is traded off for regulatory capital could provide a
more appropriate cost of market entry for new companies. Their level of regulatory capital
and scrutiny could then gradually increase with their business growth as opposed to fall under
the current blanket licensing system.
7. Conclusion
This paper has illustrated the evolution of FinTech through three major eras, culminating in
today’s FinTech 3.0, characterized by new competition and diversity, bringing both
opportunities and risks to be carefully considered.
In developed markets, this shift to FinTech 3.0 has emerged out of the GFC of 2008 and been
driven by public expectations and demands, the movement of technology companies into the
financial world and political demands for a more diversified banking system. In contrast, in
developing countries and particularly Asia, FinTech 3.5 has been driven by the needs of
Douglas Arner & Janos Barberis, FinTech in China: From Shadow Banking to P2P Lending, in BANKING
BEYOND BANKS & MONEY (forthcoming 2015).
More broadly, this refers to the theme of RegTech. For more details, see the short introductory chapter in
Government Office for Science, FinTech: Blackett review, UK GOVERNMENT (Mar. 18, 2015),
In the UK there is a new regime for challenger banks to obtain a license for the PRA and FCA. If a new
entrant qualifies as a Small Specialist Bank, the minimum capital required is GBP£1.2 million as well as any
costs to wind down the bank. This is a much lower threshold, which sets a level of capital proportionate to the
actual loan book and risk of the bank. For more details about entry requirements and developments within the
challenger banking space in the UK, see A review of requirements for firms entering into or expanding in the
banking sector: one year on, BANK OF ENGLAND (Jul., 2014),
By comparison, in Hong Kong the minimum capital requirement for a bank, irrespective of its loan book size
and consumer number, is HK$300 million. See Licensing requirements for banks, HONG KONG MONETARY
development and the inefficiencies in the existing financial system, combined with the rapid
introduction and reach of new technology, particularly mobile communications.
In both cases, the development of the FinTech sector is attracting the interest of regulators
who are currently evaluating the best ways to support market developments, while ensuring
the development of the sector contributes to, and does not threaten, core mandates such as
systemic stability, consumer protection and market competition. The challenge lies in
resolving the tension between having a flexible, forward-looking framework that promotes
innovation, and the framework being clear enough to maintain market, consumer and investor
There seem to be two approaches in that respect. On the one hand, the UK in the wake of the
GFC has changed its regulatory structure, moving away from a product-based to a principle-
based approach, focusing on prudential regulation and consumer protection. China, on the
other hand, has maintained product-based principles but is gradually introducing a two-tiered
system where small to medium transactions can be handled by internet finance companies,
while larger transactions remain the remit of (state-owned) institutional players.
In either case, the shift by regulators to a forward-looking (from a retrospective) approach is
to be welcomed as it should allow markets to become more efficient and competitive,
ultimately yielding benefits for consumers and the economy. While different approaches are
being employed, this raises the potential for common international approaches to FinTech
regulation, to maximize market opportunity while at the same time setting best practices for
managing risks to financial stability and consumer protection, similar to those that have been
applied in the context of payment systems and other forms of regulation by the international
standard setters.
Such a common approach, if implemented, could open the stage for a new
era in FinTech. However, the issue of when to regulate new technology can be as important
as how to regulate it, and, in our view, the time has not yet come to move to internationally
standardized regulatory approaches in this sector. More experimentation and innovation is
needed in regulatory approaches and in RegTech, before the time will be ripe to seek their
Such as the Financial Stability Board, Basel Committee on Banking Supervision and International
Organization of Securities Commissioners.
... This channel can not only reduce the cost of financial transactions for the provider and customer, but also enable new participants in the financial sector and new relationships formed for the distribution of services. On the other hand, regarding the trunk considered as a structural article in financial technology, Arner et al. (2015) say that the latest evolution of fintech led by startups poses challenges for both regulators and market participants, particularly in balancing the potential benefits of innovation with the potential risks of new approaches, as countered to Anifa et al. (2022), who propose that the evolution of fintech in start-ups is driven by innovation in financial risk management. Shukla and Dubey (2022) evidence that India is the second largest fintech adopter in the world and that the pace of growth of fintech startups requires control and regulatory processes issued by the central banks of the countries, since through measurement instruments it is evident that security, solvency and compliance are key factors for the success of the regulations. ...
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Fintech is the application of the technologies of the fourth industrial revolution in the financial field. In recent years, it has aroused growing interest from various financial actors and specialties, thanks to its relevant characteristics such as information security, increased performance, and decentralization. Despite the positive aspects of fintech, there are some trends in its application that require overcoming certain problems such as regulation, technological scalability, and hybridization. Therefore, a systematic overview is considered necessary in which information is collected to provide an overview of the state of the art related to the application of fintech and start-ups to serve as a reference for future research in this field. To this end, a systematic literature review was conducted using the PRISMA protocol in combination with the Tree of Science (ToS) algorithm. Articles published between 2016 and 2021 were found in the Web of Science, Google Scholar, Scopus and IEEE Xplore databases, where the Tree of Science (ToS) algorithm was then applied to identify the most relevant literature on the topic. As a result, 72 articles were analyzed. The analysis of the selected articles provided valuable information and answered the research questions posed in the PRISMA protocol. The results indicate as research trends on the topic: business financing, innovation and financial information, financial technology and finance and regulation. Fintech is a revolutionary innovation that creates opportunities in the market and in the financial world, which is why prototypes are being developed worldwide.
... The concept of FinTech was first used in the 1990s with an initiative of Citi Group under the name of "Financial Technology Consortium" (Arner et al., 2016). On the other hand, there are some researchers who consider the year 1960, when ATMs started to be used, as the beginning of FinTechs. ...
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Financial technologies (FinTech) have been rapidly advancing in recent years, enabling transactions in financial markets to become faster, more efficient, and more secure. The use of advanced technologies such as artificial intelligence (AI) and machine learning (ML) provides significant advantages to the financial services sector. The complexity of financial markets and the need for swift action increase the demand for financial technologies.FinTech plays an important role in offering more services at lower costs, helping traditional financial institutions remain competitive, and creating new market opportunities. Additionally, it supports financial inclusion by increasing access to financial services and plays a vital role in achieving sustainable development goals. In this section, we discuss the importance of FinTech, the conveniences and advantages it brings to transactions in financial markets, and the opportunities it provides to market participants.
... It also focuses on big technological companies (Bigtech) entering the financial market. Scholars distinguished four main eras of Fintech evolution that are presented inTable 1(Arner et al., 2015;Allen et al., 2022). ...
Conference Paper
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We have conducted a systematic literature review using bibliometric technic to evaluate the current streams and the future research topics of the central bank digital currencies. We have identified 7 main streams and 5 main research approach.
... FinTech, a "financial technology" briefcase, refers to applying innovative technologies to financial services, such as banking, payments, and insurance (Arner, Barberis, & Buckley, 2019). FinTech has disrupted traditional financial services by developing new business models, processes, and products (Zohar & Deng, 2021). ...
This article explores the applications and implications of FinTech, RegTech, and Artificial Intelligence (AI) within the rapidly evolving financial ecosystem. By evaluating relevant literature and case studies, the article demonstrates the synergy of these three technological domains and critically discusses the challenges and opportunities they present. The paper concludes by outlining key insights and potential directions for future research.
Financial technology (FinTech) is a terminology used for applying technology in financial aspects. This technology started in its early days being very vague and unreliable, nowadays almost all financial institutes apply it in their operation. Added to that, it became so reliable that even small and medium enterprises use it in their transactions and asset management. Regulating authorities in certain sectors made the use of FinTech mandatory for daily operation of those sectors. The importance of this technology is growing rapidly to become mandatory in most of the sectors around the world. The investment in financial technology companies raised from 1200 million USD in 2008 up until 12,200 million USD in 2014 within a time frame of six years this increase was around 10 times and analysts claim that this figure will keep increasing every year (Truong in How FinTech industry is changing the world, 2016). Recently, FinTech is the scale by which the development of the financial institutes is measured at. The ease and readily availability of this technology on mobile devices saved not only time but it threatened the existence of face-to-face transactions. This study will cover a literature in which the evolution, types, success factors and models of FinTech in which a thorough look is given to these elements based on existing studies.
FinTech (Financial Technology) is the state-of-the-art technology used by businesses to improve their financial services. The changing customer behaviour towards digital platforms, the increase in the financial service businesses on the digital platforms, the availability of banking options on mobile, and the advent of COVID-19 has further increased the adoption of Fintech by Bahrain and several other countries. The increase in the demand for digital technologies has increased the challenges and issues also in shifting towards the digital technologies such as Fintech. The study work described in this article assesses the potential impact of the advancements in the Fintech on Bahrain’s financial industry. The study is focused at identifying the challenges faced by the Bahrain’s FinTech firms and other such innovators in implementing the Fintech, assessing the current developments and implementations of Fintech in Bahrain, identifying gaps in the existing research, and proposing a FinTech investment model. The article is based around carrying out a critical review of the relevant articles to understand the key aspects of Fintech in Bahrain and other countries such as the challenges faced, current state of development, scope of Fintech in Bahrain, viewpoints on Fintech by different researchers, etc. The study work provides a comprehensive understanding of various aspects of FinTech for licensees, FinTech firms, FinTech start-ups, and other innovators to utilize FinTech services and solutions in their operations.
A rise in the amount of attention dedicated to financial technology (Fintech) services has been seen in recent years. Because of the inherent risks associated with Fintech, several people are skeptical about its widespread acceptance. However, although many financial experts and practitioners believe that Fintech will have a substantial influence. We need to understand why consumers are thrilled or nervous about using financial technology, as well as what factors influence their choice to accept or reject services. A benefit-risk approach is proposed, which takes into account both the good and negative aspects of its implementation. It is based on the net valence framework, which is conceptually anchored in the idea of reasoned action. This study analyzes whether perceived advantage and risk have a major influence on the motivation to utilize Fintech technology using empirical data obtained from Fintech users. Following that, as per our findings, legal risk has the biggest negative influence on Fintech adoption intentions, while convenience has the highest favorable impact. The differences in behavior between early and late adopters might be attributed to a variety of variables, including legal risk and convenience.
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Islamic Fintech is a disruptive force in the financial sector, promising increased financial inclusion, economic development, and a plethora of efficient, transparent, Shariah-compliant financial solutions due to its integration of technology with Islam's profound ethical principles. This paper examines "Islamic Fintech," a swiftly expanding component of the global financial ecosystem that combines financial technology with Shariah principles derived from the Holy Qur'an and the Sunnah. This burgeoning industry seeks to align finance with Islamic ethical and moral codes, with an emphasis on the prohibition of usury, speculation, and investments in immoral goods. This paper also examines the origins, applications, and regulatory governance of Islamic Fintech. It highlights the breadth of its innovative applications, such as Shariah-compliant digital banking, crowdfunding, and P2P lending platforms, as well as the incorporation of cutting-edge technology such as AI and machine learning for risk assessment and investment strategies, blockchain technology for Islamic cryptocurrencies, and Insurtech for the streamlined distribution of Islamic insurance products. In addition, the paper elaborates on the necessity of regulatory frameworks and standardisation for the growth and sustainability of Islamic Fintech, highlighting the interoperability challenges.
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It is typically argued that predatory lending generated significant social costs and played a central role in creating the subprime crisis. However, there are few estimates of its true effect. We estimate the effect of predatory lending on the residential mortgage default rate using an anti-predatory program implemented in Chicago in 2006. Under the legislation, risky borrowers and risky mortgages triggered mandatory counseling. Following the legislation, market activity decreased by about 35%, where risky borrowers, risky products, and lenders who typically made riskier loans were most affected. Despite the sharp decline in market activity, 18- and 36-month default rates in the treated group exhibited a relative improvement of 12% and 7%, respectively. We estimate that predatory loans have a 6-7% higher default rate than nonpredatory loans. Our results suggest that predatory lending may have not been instrumental in precipitating the financial crisis as often believed.
Conference Paper
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We start from the Klaus Julisch’s (2008) IT compliance problem definition and make an attempt to formulate the enterprise architecture compliance problem (EACP). The challenging issues comprise the complexity of the law phenomenon, compliance frameworks and methodologies to check EA for non-compliance with laws and regulations. We hold that a compliance methodology should take into account “shared” relevant laws and a requirements engineering framework. We reflect mainly on the view of enterprise architects on legal informatics and a vision driven approach on requirements elicitation in the context of enterprise engineering, which was proposed by Albertas Čaplinskas (2009). Then we raise a question of placing EACP into the Bonazzi-Hussami-Pigneur regulation and IT alignment framework (2009).
In 1978 China Financial sector has began a gradual reform process. Within 40 years the country went from a mono-bank model to one composed of hundreds of wholly-owned State banks and joint stock commercial banks. Yet this diversification has the banking landscape has not resolves credit allocation inefficiency. Indeed, whilst SME represent 80 % of the economic output of the country, it is only receiving 20 % of the credit originated by banks. This has spurred the development of shadow banking, an informal and unregulated network of lenders and borrowers. The emergence of Financial Technology has allowed for this activity digitized itself in the form of Peer-to-peer lending channel. The combination of and unregulated market and large credit gap has lead to the emergence of a sector that had only one platform in 2007 and over 2000 in 2015. Therefore the author submit that the emergence of the P2P sector in China is neither new, nor unexpected. Ultimately, this systemic shift caused by the P2P sector offers China a regulatory and market reform opportunity as the shadow has been brought to the light.
their true risk might have not been fully assessed, due to the lack of sufficient data points (e.g
  • However
However, their true risk might have not been fully assessed, due to the lack of sufficient data points (e.g.
Asia loses out as fintech start-ups head to the Westasia-loses-out-as-fintech-start-ups-head-to-the-west.aspx. It is important to note that these individuals may have already been credit scored by traditional credit bureaus
  • Andrew Foxwell
Andrew Foxwell, Asia loses out as fintech start-ups head to the West, ASIAN INVESTOR (Jun. 2, 2015),,asia-loses-out-as-fintech-start-ups-head-to-the-west.aspx. It is important to note that these individuals may have already been credit scored by traditional credit bureaus.
06/us-jobs-may/. 53 On that note, Mark Esposito and Terence Tse discuss the social impact of the crisis on the European young work force The lost generation: what is true about the myth…
  • John Kell
John Kell, U.S. recovers all jobs lost in financial crisis, FORTUNE (Jun. 6, 2014), 53 On that note, Mark Esposito and Terence Tse discuss the social impact of the crisis on the European young work force. See Mark Esposito & Terence Tse, The lost generation: what is true about the myth…, LONDON SCHOOL OF ECONOMICS AND POLITICAL SCIENCE (Apr. 7, 2014),
Alibaba: shaking up Chinese finance, FINANCIAL TIMES