fintech and financial services: initial considerations...mcm’s current work: fintech and central...
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Fintech and Financial Services: Initial Considerations
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PFTAC Steering Committee Meeting, March 2018Naomi Griffin, MCM TA Deputy Division Chief
IMF’s Work on FintechIMF’s interest in Fintech stems from its mandate to “promote the stability of the international monetary system”.
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Agenda
• Fintech innovations
• Cryptocurrency/Crypto-assets
• Implications for cross-border payments
• Regulation and financial stability
• MCM’s current work on fintech
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3
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Exponential pace of financial innovation
Everything else FinTech
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Investment and spike in Fintech interest
0
20
40
60
80
100
2007-0
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2008-0
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2009-0
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2010-0
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2011-0
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2012-0
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2013-0
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2014-0
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2015-0
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2016-0
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2017-0
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Artificial intelligence Machine learning
Distributed ledger Big data
Accelerating interest in various building blocks of Fintech
(Google Interest Index, 100 reflects peak popularity)
Source: Google Source: KPMG
0
4
8
12
16
20
0
200
400
600
800
1000
2010 2011 2012 2013 2014 2015 2016
Capital Invested (RHS) Volume (LHS)
Investors double down on fintech businesses
(number of deals and capital invested in USD bn, respectively)
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Fintech innovations are far reaching
Machine learning
Predictive analytics
Distributed ledger (Blockchain)
Smart contracts
Biometrics
APIs
Digital wallets
Foundations Innovations Pay Get AdviceSave Borrow Manage
Risks
Investment advice (robots)
Technology Financial Services
Credit decisions
Regtech, fraud detection
Asset trading
Settle payments
B2B
Back-office and recording
Digital currencies
Identity protection
Automatic transactions
Security
Easy to use digital wallets; Finance dashboards; P2P
Crowd-funding
Inter-operability and expandability
AIBig Data
Distributed Computing
Cryptography
Mobile Access Internet
Machine learning
Predictive analytics
Distributed ledger (Blockchain)
Smart contracts
Biometrics
APIs
Digital wallets
Foundations Innovations Pay Get AdviceSave Borrow Manage
Risks
Investment advice (robots)
Technology Financial Services
Credit decisions
Regtech, fraud detection
Asset trading
Settle payments
B2B
Back-office and recording
Digital currencies
Identity protection
Automatic transactions
Security
Easy to use digital wallets; Finance dashboards; P2P
Crowd-funding
Inter-operability and expandability
AIBig Data
Distributed Computing
Cryptography
Mobile Access Internet
Machine learning
Predictive analytics
Distributed ledger (Blockchain)
Smart contracts
Biometrics
APIs
Digital wallets
Foundations Innovations Pay Get AdviceSave Borrow Manage
Risks
Investment advice (robots)
Technology Financial Services
Credit decisions
Regtech, fraud detection
Asset trading
Settle payments
B2B
Back-office and recording
Digital currencies
Identity protection
Automatic transactions
Security
Easy to use digital wallets; Finance dashboards; P2P
Crowd-funding
Inter-operability and expandability
AIBig Data
Distributed Computing
Cryptography
Mobile Access Internet
Machine learning
Predictive analytics
Distributed ledger (Blockchain)
Smart contracts
Biometrics
APIs
Digital wallets
Foundations Innovations Pay Get AdviceSave Borrow Manage
Risks
Investment advice (robots)
Technology Financial Services
Credit decisions
Regtech, fraud detection
Asset trading
Settle payments
B2B
Back-office and recording
Digital currencies
Identity protection
Automatic transactions
Security
Easy to use digital wallets; Finance dashboards; P2P
Crowd-funding
Inter-operability and expandability
AIBig Data
Distributed Computing
Cryptography
Mobile Access Internet
Machine learning
Predictive analytics
Distributed ledger (Blockchain)
Smart contracts
Biometrics
APIs
Digital wallets
Foundations Innovations Pay Get AdviceSave Borrow Manage
Risks
Investment advice (robots)
Technology Financial Services
Credit decisions
Regtech, fraud detection
Asset trading
Settle payments
B2B
Back-office and recording
Digital currencies
Identity protection
Automatic transactions
Security
Easy to use digital wallets; Finance dashboards; P2P
Crowd-funding
Inter-operability and expandability
AIBig Data
Distributed Computing
Cryptography
Mobile Access Internet
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Distributed Ledger Technology (DLT): a network recording ownership through a shared registry
Centralized ledger
Clearing house
DLT uses cryptography to allow participants on the network to record new transactions on
the ledger in a secure way, without the need for a central certifying authority.
Ledger
Distributed ledger
Ledger
Ledger
Ledger
Ledger
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Agenda
• Fintech innovations
• Cryptocurrency/Crypto-assets
• Implications for cross-border payments
• Regulation and financial stability
• MCM’s current work on fintech
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1
3
4
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What is money?
Central bank money: The value is backed by creditworthiness of the central bank and the government. Supply should increase in line with non-inflationary demand.
Private money: The value of privately issued currencies has historically been supported by the private issuer’s credibility and assets, such as commodity reserves.
Cryptocurrency (e.g. Bitcoin): The value of cryptocurrencies does not have any backing from any source. They derive value solely from the expectation that others would also value and use them. Supply is not linked to a real asset or demand.
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Are cryptocurrencies money? They do not yet completely fulfill the economic roles of money
Store of value
• High price volatility
• No intrinsic value
• No national or private backing
• Inflexible supply
• Unpredictable demand associated with speculative hoarding
• No lender of last resort
Medium of exchange
• Small size
• Total market value: US$ 7 billion
• US currency in circulation: US$ 1.5 trillion
• Limited acceptance (not legal tender)
Unit of account
• Still limited use; the value is captured by the exchange rage vis-à-vis fiat currency.
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High price volatility of Bitcoin
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0
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20
30
40
50
60
70
Bitcoin/$ Brazil
real/$
Mexico
peso/$
South
Africa
rand/$
Euro/$ Yen/$ Oil Gold S&P500
Volatility of Bitcoin and Selected Currencies and Assets, 2015
(Standard deviation of daily price changes, annualized in percent)
Could privately issued cryptocurrencies substitute for national currencies?
➢There is a welfare-improving role of central bank money—active monetary policy can smooth fluctuations over business cycles
➢The private provision of money is not optimal when an economy face system-wide liquidity shortages (i.e., cryptocurrency scheme lacks the LOLR function).
Absent regulatory measures, cryptocurrencies will likely be more widely adopted in country with less credible monetary policies and/or with weak payment systems.
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Introduction of central bank digital currencies
• Balance of benefits and costs is still being analyzed
• Resolving coordination problems between private networks
• Reducing the risk of single point of failures
• Retaining control of monetary policy
Central Bank
Payment System
Participant 2 Participant 3Participant 1 Participant 4
DLT-based representation of fiat
money as a new means of payment and
store of value
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Agenda
• Fintech innovations
• Cryptocurrency/Crypto-assets
• Implications for cross-border payments
• Regulation and financial stability
• MCM’s current work on fintech
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1
2
4
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Payment systems are based on accounts held with central parties
➢ Interbank payment from
A to B
➢ Central record (ledger)
of interbank transactions
Role of Central bank
Central Bank
Bank B
Client
A2
Settlement accounts of
banks at a central bank
Bank AClient
A1
Client
B1
Client
B2
TRUST is key
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Evolving landscape for cross-border payments
Country A
Central Bank
Domestic
Payment System
Bank
Nonbank
Bank
Nonbank
Country B
Central Bank
Domestic
Payment System
Bank
Nonbank
Bank
Nonbank
Route 1: Correspondent Banking
Route 2: Payment System Link
Payor Payee
Current Future?
Account-based
✓ Choice of account-based and token-based systems
✓ Less reliance on correspondent banks
New networks and means of payments
B
A
Ledger
Ledger
LedgerLedger
Ledger
Ledger
Ledger
Ledger
Ledger
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Ripe opportunities to improve payment chain
Demand Supply
Capturing
(Banks,
MTOs,
Postals,
Digitals,
Telecoms,
Agents,
Payment
Cards)
Messaging
(SWIFT,
proprietary
and public
networks)
Settlement
(Central
banks,
Commercial
banks)
Disbursing
(Banks,
MTOs,
Postals,
Digitals,
Telecoms,
Agents)
Shortcomings: costly, cumbersome, slow, and opaque
The whole process could take between 3 to 5 days.
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How could Fintech reshape the landscape?
Back-end processes
• Efficiency gains
from payments
tracking, accounts
reconciliation, and
liquidity optimization
• Small impact
(barriers in
correspondent
banking)
Compliance
• Large savings from
compliance costs
with information
sharing (KYC
utilities and digital
identities)
• Some impact with
new entrants
Means of payment
• (i) New networks
enable faster,
traceable, and low-
cost payments, and
(ii) CBDCs bring
trust, stable FX
rates, and
interoperability
• Significant impact
Potential disruption
1 2 3
Three DLT-based scenarios
Se
rvic
e
att
rib
ute
s
Ma
rke
t
str
uctu
re
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New global networks using virtual currencies
Three important caveats remain:
• Volatility in exchange rates
• Lack of trust
• Network interoperability
Such networks have been explored by
Circle, Ripple, Chain, and Visa
The whole process could take 4 seconds (Ripple).
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Agenda
• Fintech innovations
• Cryptocurrency/Crypto-assets
• Implications for cross-border payments
• Regulation and financial stability
• MCM’s current work on fintech
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1
2
3
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Technology and Financial Regulation
Technological
innovationsRegulation
How should regulation respond to new challenges?
How will regulation impact development and adoption?
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Market failures
Protect consumers
Address externalities
Prevent oligopolistic
behavior
Flexible Perimeters
Objectives and Principles of Financial Regulation
Proportional to risk
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The Role of Regulation in Supporting Trust
How can trust be established and maintained in the
financial system?
Legal certainty
Long-term relationship
Regulation of market
participants
Public track record
✓ Ensures financial soundness and
appropriate risk management23
Regulatory challenges
• Legal status of digital tokens
• Settlement finality
• How to achieve in an open network?
• Self governance vs. regulation
• More focus on activities-based?
Entities-based vs. Activities-
based
Algorithmic governance
Ownership and
contractual rights
Privacy vs. transparency
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International cooperation
Need for greater harmonization between regulatory frameworks
✓ Level playing field
✓ Facilitate global adoption of technologies
Efforts are underway
✓ Bilateral cooperative arrangements
✓ Efforts of international standard setting bodies
✓ The IMF is well placed to play a role
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Agenda
• Fintech innovations
• Cryptocurrency/Crypto-assets
• Implications for cross-border payments
• Regulation and financial stability
• MCM’s current work on fintech5
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2
3
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Fintech: Impact on our work
TA
FSAP
Policy
Surveillance
Helping members adapt and apply
regulatory frameworks and supervisory
approaches
Assessing the impact on risk vulnerability
Engaging with global standard-setting
bodies and policymakers
Identifying policy issues related to the
emergence of fintech for the member
countries
MCM’s current work: Fintech and Central Banking
• Government-issued (“central bank digital currencies”) and
non-government issued (e.g. Bitcoin, Ether, XRP)
• Effect on payment systems and monetary policy
Machine Learning
and Big Data
Virtual Currencies
• Outsourcing and legal risks
• Cross-selling, predictive power in insurance/loan issuance
• Better KYC (financial institutions)
• Risk and economic data analysis (central banks and
supervisors)
Cloud Computing
Cyber Risk• Different technologies could represent different manifestation
of risks
MCM’s current work: Regulation and Supervision
Regulatory
Framework
Impact on
Business Models
Operational Risk
Capacity Building
• Developing training on regulatory and supervisory frameworks
for fintech
• Studying current trends in fintech and practical implementation
issues to develop analytical approaches
• Allocated more resources – Established internal team
• Future work (e.g. supervisory data gathering, regulatory
sandboxes, wallets, framework)
• Profitability of incumbents (mostly banking sector, though this
might change)
• Unbundling of services
• Outsourcing risk
• Cyber risk
Thank You
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