The Disruption of Cryptocurrencies as a Method of Payment and Its
Implications for the Financial System: Evidence from the United States
FRANCISCO ELIESER GIRALDO-GORDILLO, RICARDO BUSTILLO-MESANZAa,*
Department of Public Policies and Economic History,
University of the Basque Country, UPV/EHU,
Avenida Lehendakari Aguirre, 83, 48015 Bilbao,
SPAIN
*Corresponding Author
aORCiD: https://orcid.org/0000-0001-7246-8735
Abstract: - In the past decade, the emergence of Blockchain has questioned certain financial institutions.
Cryptocurrency upsurge was aimed at conducting financial transactions with more efficiency while being safer,
easier, faster, and cheaper. Thus, over-intermediation in finance has been highlighted by Blockchain
emergence. Here, a SWOT will be carried out to examine Blockchain and cryptocurrencies, their monetary
role, their impact on a financial system based on banking intermediation, and their influence on the future of
central banking. About the United States, this paper concludes that cryptocurrencies will eventually spread as a
method of payment, which could lead them to be the new form of money under some assumptions. The
eventual adoption of blockchain technology by central banks through the introduction of official digital
currencies could favor the creation of a more inclusive financial system in the future.
Key-Words: - Methods of payment, Blockchain, cryptocurrencies, fiat money, financial system, central
banking, financial intermediation, private banking, financial technology, CBDC.
Received: December 2, 2023. Revised: June 5, 2024. Accepted: July 2, 2024. Published: July 31, 2024.
1 Introduction
Money is a necessary tool to dynamize the
commercial exchange; it is widely known and
accepted due to its liquidity. Hence, money is the
source and not an outcome of the financial structure.
Likewise, “the state is by no means necessary for
the development of money to occur. A free market
in money is likely to produce something preferable
to that which is state-issued, given that if the money
produced by the free market does not adequately
serve the needs of exchange, then it can be quickly
replaced with another form”, [1]. Therefore,
cryptocurrencies (CCs) have already created an
alternative to official fiat money.
CCs have been widely studied from several
perspectives. For example, their use in criminal
activities, as an investment option due to price
volatility, the value they stand for, and their
valuation process since their emergence in 2009.
However, none of the above mentioned is relevant
to this research, considering “the price of CCs has
made many lose sight of the endgame value of such
CCs”, [2].
Additionally, some practitioners and academics
accept CCs as a disruptive method to carry out
economic exchanges. They are generally classified
as “technologies that have significant potential to
transform businesses” based on the capacity to
“decentralize transactions and data management and
has the promise to improve the security and
transparency of business processes, creating new
business scenarios that were not previously
possible”, [3]. However, “despite the growth in their
size in terms of market capitalization, CCs are still
not large enough when seen in the context of the
larger traditional finance system”, [2]. Yet, it is
relevant to acknowledge the potential institutional
impact on the financial structure, which will be the
scope of this paper, understanding that Blockchain
holds the capacity to acquire size and significance in
the future.
Progressively, after approaching private CCs,
Central Bank Digital Currencies (CBDC) will be
examined. As part of the central banks liabilities,
such as cash, it would benefit from the trust and full
support of national monetary authorities. CBDCs
would not require deposit insurance since they
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would be fully available, opposite to commercial
money, [4]. Furthermore, it is important to
acknowledge that CBDCs are created or destroyed
by central banks, opposite to private
cryptocurrencies, which are issued by the
computational capacities of miners, [5].
Moreover, CBDCs are considered an emerging
route to solve problems presented in CCs, such as
their volatility and therefore the financial inequality
according to characteristics of the income, study,
and age level of the CCs owner. Additionally,
CBDCs as a State-owned type of currency could
reduce the excessive energy requirements of CCs
due to computational mining.
The main geographic delimitation of this
research is the United States, considering its role as
a technological innovator and economic leader, in
addition to the importance of the US Dollar in the
financial system. The role of the US dollar as an
international reserve currency, as well as the role
played by the US Justice Department, the Internal
Revenue Service (IRS), The Securities and
Exchange Commission (SEC), and the Commodities
and Futures Trading Commission (CFTC), which
possess experience in financial regulation, anti-
money laundry, and taxation, clearly justify this
choice. Consequently, any regulation or conception
they might introduce will mark a precedent for other
international actors, [2].
Hence, this paper will have the aim of
examining CCs’ potential disruption as a method of
payment, its implications for the centralized
financial system, and the role of financial mediators.
Accordingly, the research questions are: (I) What do
Blockchain, and CCs offer to improve the financial
system? and (II) Have CCs the potential to replace
fiat in finance? Correspondingly, the hypotheses
are: (1) Blockchain technology offers an alternative
for financial dynamism that is more direct, cheaper,
faster, and safer with less bureaucracy, which might
disrupt the entire financial system by disregarding
banking intermediation, and (2) CCs could
eventually spread as a method of payment, which
may lead them to replace physical currency in
circulation.
The importance of this paper and its
contribution to the academic discussion is that it
promotes the understanding of the potential
disruption of Blockchain in financial intermediation,
from an institutional point of view. This paper also
analyses the central banking role and the
adjustments that might lead to restructuring
centralized finance, which should provide free
access to financial services, fairness, and efficiency.
Alternative options such as Blockchain, “has the
power to change our very notions of what
constitutes money”, [1].
2 Methodology
A SWOT analysis will be conducted to organize and
display the information collected for this paper. This
matrix provides a full picture of the landscape to
approach Blockchain and CCs in the U.S. from the
four perspectives this analytical tool possesses.
SWOT is an acronym that stands for Strengths,
Weaknesses, Opportunities, and Threats, especially
used for commercial and corporative studies
following [6]. However, it was first formulated by
the strategic planning conducted in the 1950s, when
the external and internal concerns relevant to
corporations and their lucrative activities were
merged, mostly the surrounding business
atmosphere, [7]. Later, the tool was matured by
some academics at Stanford University during the
1960s. SWOT utilization has been spread to many
other fields of knowledge, being incorporated into a
wide category of analysis, mainly in all the branches
of social sciences. The influence of the
environmental issues brought by SWOT makes it
particularly useful for economic sciences.
In a further understanding of the SWOT matrix,
the theory shows us how each component
approaches internal and external issues, for instance,
Opportunities and Threats are external whereas
Strengths and weaknesses are internal. When
observing this differentiation, the analysis
accurately merges both, as well as includes a tacit
consideration, that even when there is a certain
control over the internal aspects, there are external
factors that might be out of hand to determine the
outcome.
We will utilize data publicly shared by
recognized institutions and available in the literature
following a deductive comprehension of the topic,
based on “data inference: descriptive, deductions
from data, [8]. The scope and focused information
will be limited to: CCs used in the U.S., USD Spent
per month in the U.S. with CCs, CCs owners by
income in the U.S., CCs owners by education level
in the U.S., CCs owners by age in the U.S., and CCs
owners in the world.
Accordingly, this paper is structured into four
sections where findings and discussion will be
shown. The first section “Strengths” will include the
features of Blockchain benefits and CCs as methods
of payment. The second section “Weaknesses” will
display environmental concerns in mining, valuation
volatility, and transactional limitations. The third
section “Threats” will focus on the association with
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illicit activities and cybersecurity, monetary
sovereignty, private banking, and the intermediation
in finance. Finally, “opportunities” will include
innovative business models, financial inclusion, and
Central Bank Digital Currency.
3 Strengths
3.1 Blockchain Added Value
Since its origins, Blockchain has been seen as a
revolutionary instrument to achieve
“decentralization, democratization, financial
inclusion, transparency, trustworthiness, and
reliability”, [9], which might provoke a substantial
reduction in transaction costs, favoring the
operational process, while decreasing risks and
timing of cross border transactions. Hence, offering
added value through innovation to the financial
exchange.
Blockchain works through four tokens: “Asset
tokens” equivalent to traditional currencies, known
as CCs. “Usage tokens” which are the payment
network where transactions occur or the
marketplace. “Utility tokens” serve as a channel to
send fiat money, usually applied for international
transfers without using the intermediation of banks
(reducing costs and enhancing efficiency), and
“Hybrid tokens”, combine several features of the
others. Usually, the spotlight focuses on
Blockchain’s functionality, as a tool that can be
used for purchasing assets, goods, and services, but
implies a system that evades the intermediation role
played by financial institutions, [10].
Bitcoin, the first cryptocurrency (CC) ever
launched to carry out direct transactions, is
considered a Peer-to-peer system in which the role
of financial authorities turns superfluous. A person
or a group of people by the pseudonymous name of
Nakamoto created the first CC in 2009, claiming
“cryptographic proof could be the replacement for
people’s trust in financial institutions” [11] when
confidence in banking declined worldwide after the
2007-2008 financial crisis.
Linked to the peer-to-peer concept, Blockchain
provides higher confidence to customers in aspects
such as privacy, fraud, or other threats, since it uses
cryptographic technology to encode all the
information shared in the Distributed Ledger
Technology (DLT). Therefore, risk could be
removed outside centralized traditional information
managing platforms. Attempts by Central banks to
guarantee financial security cause rises in the cost of
operations, directly paid by customers. Moreover,
what Blockchain offers to its users is “decentralized
money transferred directly from one holder to
another” thus avoiding traditional bank
intermediation, making the process less costly, time-
consuming, or bureaucratic, [11]. To further
enhance security in each CC, [12] stated “The more
aggregate computational power employed in mining
for a CC, the higher the value” Simply adding more
transactional details to the DLT grants higher
trackability and security to Blockchain transactions.
As argued, Blockchain concedes citizens the
choice to transfer their confidence towards new
monetary instruments considering that “blockchain
can record transactions safely and securely without
the need for a central body like a bank or stock
market”, [1]. Likewise, Blockchain could produce a
drastic impact on the reduction of transactional fees
of remittances, as well as grant unbanked people
access to finance to favor higher financial inclusion
rates. Moreover, the creation of alternative funding
sources could reduce interest rates and benefit
investors beyond the financial institutions.
Furthermore, beyond Blockchain's impact on
finance, “The possibilities are unceasing: in higher
education, blockchain can assess a person’s
competency by certifying skills, experience, and
knowledge to future employers; in medicine, it can
help reduce health care costs; among government
agencies, it may help reduce waste and over
expenditures”, [10]. A revolution was introduced as
a system of decentralized public trust, where crucial
information can be saved, shared, and protected,
inside a network available worldwide, cheap, and
free of expensive bureaucratic processes, so that it
could exert a direct highly positive social impact.
3.2 CCs as Methods of Payment in the U.S.
Regarding the functions of money, we cannot forget
that “shells or rocks or gold or paper, in any
economy, it has three primary functions: it is a
medium of exchange, a unit of account, and a store
of value. Of these three functions, its function as a
medium of exchange is what distinguishes money
from other assets", [13]. Hence, the medium of
exchange attribution in CCs -as an aspect of money
distinction- is what will be discussed here. Some
academics define this technology as “the latest
method for people to buy and sell goods and
services” [10], by arguing that CCs are “designed to
be used as a means of exchange”, [14].
Despite the potential rivalry between
decentralized finance and central banking, a report
on virtual currencies shared that the European
Central Bank attributed to Bitcoin the capability “to
compete against real currencies as a medium of
exchange”, [11]. This statement sets a relevant
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milestone since understanding CCs as a means of
exchange and accepting their monetary nature
entails recognizing a potential change in digital
payment structures.
Additionally, other researchers claim that “One
of the most promising types of electronic money is
CCs described as the latest “form of presenting the
money we use in everyday life”, [15]. Due to its
growing acceptance and use, Bitcoin has been
identified with the “new economy” and appointed as
“the first successful implementation of a peer-to-
peer network that could serve as a payment
method”, [16].
Advancing to available data to observe CCs’
performance, in 2021, 59.59% of the crypto owners
in the U.S. claimed that the main use of their
ownership was purchasing, whereas the other
40.41% kept them only as investments. In contrast
to 2020 as it is displayed in Figure 1, the
“investment-only” decreased sharply granting space
to grow for purchasing purposes, [17]. Due to this
trend, around 2,352 US businesses accepted Bitcoin
in 2022, [18].
Fig. 1: CCs used in the U.S. between 2020-21
Source: [17], [19] and own elaboration
Consequently, the settlement of CCs in the
sphere of payments could reshape the world of
finance. To exemplify this phenomenon, the
University of San Francisco, California, published
an article named “Current State of Blockchain and
CC for Major US Cities” where they mention the
dynamics of this technology for purchasing goods
and services in 2023. CC and Blockchain boom in
the United States has recently had two main causes,
the first one focused on attracting miners after China
banned the production and use of these coins in their
jurisdiction. The second is the growing acceptance
of CCs as methods of payment. The main territories
conducting such reforms according to the literature
are “California, Colorado, Kentucky Nevada, New
Hampshire, New Mexico, Texas, and cities like
Miami, New York City, and Atlanta.” Around 20
States have already introduced blockchain-friendly
policies throughout the U.S., [20].
In Texas, for example, the CCs upsurge has
been named by politicians as “the greatest
technology shift since the beginning of the internet”.
At the same time, San Francisco has the first
federally approved and recognized crypto bank.
Furthermore, many States have allowed the payment
of taxes, public services, parking, funding political
campaigns, purchasing real estate, paying for health
services, buying any kind of good at businesses, and
paying for other governmental fees with a wide
variety of CCs. Some States such as Arizona aim to
“recognize Bitcoin as legal tender”. Also, the city of
Berkeley is using CCs as a crowdfunding
mechanism to fund local projects and enhance the
affordability of housing in the area since they claim
that this technology serves as a facilitator to
democratize access to capital; they are even at the
point of creating crypto State bonds, [20].
Banks have been involved as crypto brokers, but
they have also included CCs as options for workers
to receive part of their salaries or saving plans and
are allowed to offer custody services for these assets
in states such as Virginia [20]. Finally, the monthly
amount spent in CC (Figure 2) is mostly moderate,
with 68% of them allocated under 1000 USD, in
contrast to the 32% who used more, [19].
Fig. 2: Amount in USD Spend per month in the U.S.
with CCs per holder 2022.
Source: [19] and own elaboration
The importance of this technology not only
stays in the commercial ground but also goes to the
educational sphere, where many training programs
are presenting Blockchain amenities and challenges
to citizens for informing adequately to avoid
massive losses of capital or the misunderstanding of
54,00%
40,41%
46,00%
59,59%
-10%
10%
30%
50%
70%
2020 2021
CCs used in the U.S. between
2020-21
Investment only Purchases
27,87%
40,23%
31,90%
Amount in USD Spend per
month in the U. S. with CCs per
holder 2022
lower than 100 USD Between 100 - 1000 USD
More than 1000 USD
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risk, all by means of traditional educational channels
and social media.
In the spectrum of public recognition, CCs have
caused statements such as “Businesses have to go
where demand drives them, and here’s a situation
with a new currency that’s not the U.S. dollar that
more and more people are using,” and even
forecasts that estimate “more businesses will
embrace crypto in the coming year, and large
institutions, like Visa, are creating systems for their
customers to save and use bitcoin, [20].
In conclusion, it is possible to visualize how the
United States is getting involved in this new
technology to facilitate payments. From an active
stance rather than reactive, the change and the
orientation of the market and many public actors
award a bright near future for CCs as a broadly
accepted method of payment.
4 Weaknesses
4.1 Mining and Environmental Concerns
The Blockchain creation process -also known as
“mining”- demands raw materials to produce the
output -which in this case can be a CC-. Those
inputs are “infrastructure capabilities, technological
knowledge, time spent, and resources consumed”
[2], which involve repercussions far beyond their
production prices such as the tremendous ecological
harm they provoke to the environment, especially
for the energetic consumption required to operate
the complex and powerful computational
infrastructure.
Here we will only analyze the example of
Bitcoin, the most relevant CC, according to its
market share. Regarding its annual carbon footprint,
Bitcoin pollutes the same as Israel and consumes the
same power quantity as the Netherlands, surpassing
several times the energy consumption of Hungary.
The requirement of a constant source of energy for
mining is CCs’ greatest weakness. In addition to the
high magnitude required, it is very challenging to
utilize suppliers of greener resources. On the
contrary, they rely mostly on fossil fuels. In fact,
after the Chinese-crypto dispute in the spring of
2021, miners left their operational bases in mainland
China. This provoked that the “share of renewables
that power the network decreased from 41.6% to
25.1%”, (…) mainly caused by the reallocation of
mining facilities in countries like the U.S. and
Kazakhstan where energy supply is “either coal- or
gas-based”. Of course, this negatively affected the
Bitcoin footprint data, [21].
Furthermore, a comparison between Bitcoin and
Visa shows an estimated “403,867 is the number of
VISA transactions that could be powered by the
energy consumed for a single Bitcoin transaction.”
Yet, as for footprint, the number increases, it
requires 742,046 Visa transactions to equal a single
transaction in Bitcoin. Finally, to conclude the
dramatic situation of the Bitcoin footprint in the
environment, active mining is what maintains the
Blockchain system; without it, the recording of data
and transactions of CCs would be Impossible. This
implies that Blockchain pollution will be
maintained. Nonetheless, an example of energy
innovation is the case of “Bitcoin’s biggest
competitor, Ethereum, which has reduced its
electrical energy requirement by at least 99.84% by
changing its method of production”, [21].
4.2 Valuation Volatility
The historical stagnation of the fiat value is what
has driven investors into Blockchain. For example,
the variance in the price to USD of 1300% Bitcoin
experienced in 2017, exceeded the traditional
behavior of investments such as bonds, stocks, and
other financial assets. Likewise, some surveys have
found that when crypto traders seek this sort of
assets for investing purposes, fit into these three
categories: “long-term investment strategy (55%), a
distrust of the current financial system (38%), and
short-term trading (31%)”. Both of them are simply
profit-seeking investments, instead of the innovative
potentialities Blockchain offers to finance, which
complicates furthermore the misconception of the
rate of return in a scenario of robust volatility and
speculation, [10].
Nevertheless, high volatility has not only
affected Bitcoin but also caused an “8,900%
increase in Ethereum and 36,000% increase in
Ripple”. Researchers in this matter have named this
phenomenon “fear of missing out” and “pump and
dump”. Herd-like behavior has driven the beliefs
and desires of fast methods to get profits, which
eventually caused investors to run a risk to obtain
massive gains. For such concerns, the European
Central Bank president Christine Lagarde claimed,
that CCs “are based on nothing and should be
regulated to steer people away from speculating on
them with their life savings”, [22].
One of the techniques to settle volatility is
stablecoins; they are coins that intend to maintain
their exchange value to fiat by keeping a backed
asset or currency to support the stability of prices.
Hence, stablecoins could be better used as a method
of payment. Nonetheless, they have not achieved the
desired stability considering that, “holders are
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exposed to significant valuation risk, epitomized by
the collapse of Terra in May 2022”, [23].
In summary, volatility appears as the greatest
weakness, since it affects the construction of the
most important characteristic of payment
instruments, the “creditworthiness and the faith of
the public in their ability to pay back any debts
owed by them” [10]. The relevance of CCs relies on
their contribution to facilitating financial exchanges
rather than on their conversion to fiat. This will not
occur until the markets calm and investors’
rationality prevails, which might lead to a
redirection of investment to the platform
technologies or even to the adaptation of business to
a new financial world. However, this Crypto world's
future remains unclear; some retractors claim, “they
are a bubble that will sooner or later fully implode.
To others, they will prove the foundation for
fundamental innovations in decentralized finance”,
[23].
4.3 Transactional limitation
This section will be approached from two
perspectives, firstly, the technological capabilities to
process transactions and their processing times;
secondly, the income, age, and academic
characteristics of CC owners in the U.S. and how it
affects CCs penetration into the market, which
provokes fewer use commercial transactions.
The payment processing times are the major
technological drawback of blockchain technology.
Despite its exponential increase and wide
acceptance as a method of payment, it currently
requires up to an hour to process a successful
transaction. On the contrary, traditional payment
channels need only a couple of seconds for some
transactions.
Generally, one blockchain in Bitcoin comprises
“1 megabyte of data”. Considering its mining
process, the timing for a new block creation is
approximately 10 minutes. Consequently, Bitcoin
can handle 7 transactions (each transaction needs
250 bytes) per second compared to the 65.000
transactions Visa could take at the same time frame.
Annually, bitcoin could take up to “220 million
transactions” while the global financial system can
even surpass 700 billion payments, for example,
Visa in 2019 processed 138.3 billion transactions
[21]. Visa could manage to process 9285.7
transactions for each of Bitcoin’s in maximum
capacity, it represents 0.01% of Visa per second
transactions; in the case of bitcoin’s position in the
global payment system, it can hold 3.14% of the
total yearly figure. If compared to Ethereum, the
second most used CC, “Bitcoin had 264,899
transactions on January 6th, 2022” whereas
“Ethereum, had 1,212 million transactions on the
same day” [24], even lower than the Bitcoin
capacity which is already not sufficient.
The second limitation, for the case of Bitcoin
worldwide, is that only 0.01% of the holders -
around 10,000 people- possess 5 million Bitcoins.
Considering that the limit of production is 21
million, that concentration trend represents 25% of
the total, [23].
CCs’ ownership is quite unequal since the
distribution of wealth in CCs is very similar to fiat,
“1% of wallets possess 99% of the total digital
assets in bitcoin for the post-2008 period”, [2].
Nevertheless, the distribution of CC ownership by
group income -not by quantity- in the U.S. for 2022,
reveals a lack of concentration of ownership in the
richest groups (Figure 3). However, considering that
a higher number of people belong to the lower-
income groups, there is a much lower representation
of these economic classes, [25].
Fig. 3: CC owners by income in the U.S. 2022.
Source: [25] and own elaboration
Moreover, Figure 4 and Figure 5 show a
different pattern, according to which the allocation
of owners is highly concentrated in two categories:
two-thirds of them have advanced education -
university degrees- and nearly 70% are between 25
to 44 years of age, [25].
To summarize, Bitcoin, as the most
representative CC, suffers firstly from important
limitations in transactional operations because it
does not have the technological infrastructure to
satisfy financial exchange demand, since the
18,55%
21,55%
16,04%
11,03%
17,04%
15,79%
0% 5% 10% 15% 20% 25%
Under 50.000 USD per
year
Between 50.000 and
74.999 USD per year
Between 75.000 and
99.999 USD per year
Between 100.000 and
124.999 USD per year
Between 125.000 and
149.999 USD per year
150.000 USD per year or
more
CCs owners by income in the
U.S. 2022
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quantity of transactions needed to maintain the
current economic dynamism exceeds by much
Bitcoin’s capacity.
Secondly, the high concentration of coins in a
small percentage of the population makes it more of
an investment rather than a currency, so it weakens
its positioning as a method of payment. If CCs are
not in constant use and exchanged to purchase
goods and services, they will only remain as
speculative investment assets, provoking thus a
reduction in the innovation required to cope with
higher transactional volumes.
Fig. 4: CC owners by education level in the U.S.
2022
Source: [25] and own elaboration
Fig. 5: CC owners by age in the U.S. 2022.
Source: [25] and own elaboration
5 Threats
5.1 Association with Illicit Activities and
Cybersecurity
This perspective will include firstly how CCs have
been used for criminal funding and illegal exchange;
secondly, how they serve to avoid international
financial sanctions; and lastly, malware and
cybersecurity concerns.
The World Bank Group stated in 2018 that there
is a “strong positive correlation between the use of
CCs and indicators of corruption”, [23]. Many CCs
facilitate transactions for a wide variety of crimes
such as corruption, [26]. CCs provide a high degree
of anonymity that permits evading official controls
so that Blockchain can be used as a means of
conducting fraudulent financial transferences.
The dark web is another popular form of an
illegal marketplace, where drugs, weapons, and
human trafficking activities can be exchanged. An
example was the website “Silk Road” disabled and
brought to justice in the U.S. in 2013. They were
prosecuted for “money laundering, terrorism
financing, tax evasion, bribery, and many other
illegal activities”, [27]. Public opinion blamed
directly decentralized finance technology such as
blockchain for permitting those exchanges.
Furthermore, international economic sanctions
contemplate CCs as the escape route, considering
them as financial tools to conduct hidden
international operations. Consequently, new
counter-status quo alignments are operating
throughout Blockchain to avoid the use of
international reserve currencies.
In the current situation of Russia after the 2022
Ukraine invasion, some analysts argue that Russian
capabilities to trade using CCs were massive, and
strengthened before the invasion started,
anticipating the potential sanctions that were
eventually imposed. The strategy undertaken is to
“mask the origin of such transactions” to permit
business as usual with their commercial partners.
Some estimations indicate, “more than $400 million
worth of CC, went to entities that are probably
affiliated with Russia”, [28].
Consequently, Russia is considering launching
its digital Ruble to enhance the control and facilitate
the profits of blockchain anonymity; whereas
governments who imposed sanctions focus on
demanding more control and commitment from
blockchain operators to prevent all kinds of illegal
activities and enable law enforcement.
2,52%
21,85%
9,87%
39,29%
26,47%
CCs owners by education level
in the U.S. 2022
Middle school High School
Technical Degree Undergraduate degree
Postgraduate degree
12,45%
32,04%
37,55%
11,43% 6,53%
CCs owners by age in the U.S.
2022
18-24 25-34 35-44 45-54 more than 55
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Blockchain allows 24/7 operations since its high
security is granted by the decentralized information
system in all nodes, which makes it virtually
impossible for hackers to cause significant damage
to its accounting system. Consequently, hackers do
focus on attacking users rather than the system,
hence they seek to control personal information to
access private keys. When keys are exposed,
criminals have the possibility to carry out operations
to steal coins from users wallets, [27]. These
unauthorized situations are not protected by any
entity due to the decentralized nature of Blockchain.
Opposite to private banks, they oversee the
cybersecurity administration of wallets, when
attacked, affected account holders can complain to
request the reintegration of stolen funds.
In conclusion, the mentioned scenarios of illegal
activities and cybersecurity concerns must be
considered for investing, trading, or regulating CCs
since these issues impede the settlement of CCs as
methods of payment. Therefore, they represent a
potential threat not only for users but also for the
technology itself. Consequently, to advance in the
CCs development, deep research should be
conducted to face accordingly these challenges.
5.2 Monetary Sovereignty
Monetary sovereignty is an attribution of the State,
appointed to the economic regulatory power or the
central bank. Nonetheless, there are other relevant
regulations worth mentioning such as commercial
rules, taxes, prohibitions of illegal monetary
activities, or fiscal policies, which have a direct
impact on the economic dynamism as well, [27].
In the sphere of taxation, CCs have a significant
grey area that makes their tax rate classification
difficult. For instance, if they are taken as a method
of payment, does it mean they are foreign
currencies? Could they be subject to those rules? or,
are they investment assets? and should they pay a
rental tax for profits, [23]. Further questioning
emerges when CCs are used as money, should they
be taxed for the profit made on the transaction day
compared to their original purchased price? This is
just a simple overview to mention how State
regulation appears to be relevant to the topic, yet
only monetary sovereignty will be under our
attention.
In broad terms, monetary sovereignty is the
power States have, to control their currencies. It
entitles them to keep a unique control over these
three aspects: firstly, “to issue currency” declared
legal tender inside its frontiers; second “to
determine and change the value of that currency”;
and lastly, the exclusivity of regulation over its
currency and “any other currency” inside its
jurisdiction. Both of them “correspond to the role of
money as a medium of payment” whereas the other
is an attribution of “the role of money as a unit of
account”, [29].
These three rights also require a centralized
body that recognizes and prints that legal tender -
known as a central bank-, which is appointed by the
highest law in the hierarchy of normativity -
normally a constitution- and has independence from
other branches of the State apparatus. Its main
objective is “to control the issuance, and circulation
of such currency, based on the adopted monetary
plan to protect and maintain the economic stability”,
[27].
Consequently, a “wide adoption of a digital
currency outside of government intervention would
be a major shift in power”, [10]. Moreover, it is a
massive threat to the distribution of power,
especially inside the financial institutions. Fiat is
based on a system formed by intermediation,
whereas the “decentralized nature” of Blockchain
and CCs does not require to pass through centralized
bodies and their scheme of intermediaries such as
private banks.
The impact of this threat on the economy is
obvious if the government’s main concern is the
stability of prices and unemployment, and overall,
the safeguard of the nation's economic performance,
which allows citizens to live properly.
Consequently, dismantling central banking
authorities seems by no means an option for the
Nation-State’s social structure, [30].
However, many governments also support pro-
technological trends to improve competitiveness.
For example, “cash payments are used for only 1/3
of transactions”. Accordingly, “Governments also
appear to follow this trend, actively trying to reduce
the amount of cash in circulation”, [10].
Yet, the rise of CCs and Blockchain meets for
the first time an implicit threat to legal tender, so the
implementation of policies should include deeper
and more careful approaches, which sometimes
policymakers -especially congressional or
parliamentary- do not possess. An example of an
early adapter is El Salvador, whose “Bitcoin as their
official currency” policy based its decision on the
dependence of “remittances which are 25 percent of
their GDP” [30], but there is not so much
information yet to understand the effects such
policies might cause.
Some States are shifting their policy measures
to prohibit private CCs. Blockchain technology has
demonstrated its utility and gained its title as a
promising tool in the future of finance.
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Consequently, States such as China in April 2020
and, even the European Union, have declared their
intentions to launch their digital currencies, [30].
This strategy could deal with Blockchain’s threat, as
it could change the direction of CCs, perhaps
dismantling their private characteristic, but
presenting numerous reforms in the structure of
private banking.
This issue has been mentioned by many
researchers, “the battle is not about whether
blockchain will or will not become used but rather
what type of economy it will lead to” The key will
be related to the future distribution of roles,
considering “The intellectual battleground is now
who will get to control these technologies” [1].
After all, the current “primary purpose of CC is to
overcome the prevalent issues with traditional
currencies by giving control back over to the
currency holders as opposed to a monetary
authority”, [31].
5.3 Private Banking and the Intermediation
in Finance
Blockchain will perhaps become the channel where
“all financial transactions will occur”, [10]. Hence,
the channel where CCs operate must be explained,
since not all transactions in blockchain occur peer-
to-peer, it is just one type. Transactions are divided
into the ones that are direct and others that use
centralized exchanges “whose purpose is to
facilitate such peer-to-peer trades”. They use
intermediaries, known as “centralized exchanges”,
which administrate the private keys of the payer and
process the payment to the payee “on their behalf,
charging a commission or fee for doing so”, [23].
Beyond the channels where transactions and
payments occur, banking has one massive mission
in the national economy, because it serves as a
creator of dematerialized money by lending; it
borrows money from savers several times so that it
can mediate to redistribute capital for funding
private projects. Opposite to Banks, CCs cannot
multiply coins in the Blockchain as banks do.
However, the facilitation of alternative instruments
“for Social crowdfunding platforms” [9] substitutes
in a sense banking funding. Despite a nonprofitable
use so far, it can turn into peer-to-peer direct
lending. Thus, it would provide interest for the
lender rather than for intermediaries without the
need to create money, competing thus against the
profitable banking industry.
Since their creation, banks have been necessary
for daily economic activity, since they provide users
with services “to keep money easily, to deposit it, to
quickly transfer it” [32], yet now that blockchain is
on the table, they must adapt to a new market
dynamism. For example, the bank could apply a
strategy to become those centralized exchangers
mentioned above, and in that sense, survive a
potential intermediation disaster. However, it can be
a threat to the decentralized finance philosophy and
turn it into an alternative liquidity source with the
same level of intermediation or even more. In any
case, under these conditions, private banking must
reformulate their strategies to attract customers to
intermediation, which did not occur before CCs, if
someone was underbanked, they had to face
financial exclusion without an available alternative.
6 Opportunities
6.1 Innovation Business Models
Blockchain is also a great opportunity for businesses
to adapt to a world of constant innovation. Some
academics have identified that 85% of firms dealt
with this technology to enhance their market share
because 77% of them claimed that CCs have lower
transaction costs. Beyond the potential
opportunities, there must be a strategy to follow the
adaptation, aimed at answering the following
question Hold crypto on our balance sheet or
simply adopt crypto-enabled payments?” This
expands the understanding of this technology far
beyond the academic discussion of this paper, [18].
Regarding the so-called “hands off” and “hands-
on” strategies, the first one includes only the
acceptance of CCs as a method of payment but
“using a service provider to do the conversion and
thus keep crypto itself off the books”, [18]. This
strategy only tries to increase the number of clients.
This approach is highly common since it is even
used by some States in the U.S. to pay for public
services, as it was mentioned in the method of
payment section. It is the fastest and easiest option
without introducing internal changes in the business
model while reducing volatile risks. However, it
also implies higher transactional costs to pay for
third-party conversion services.
On the contrary, the “hands-on” strategy
involves a direct acceptance and use of CCs by
businesses, avoiding the third party who converts
the CCs and deals with all the volatility risk.
Therefore, those who follow this strategy must carry
out an internal reform of their business financial
administration. This could generate a reduction in
transaction costs, a better capability to manage
smart contracts, an increase in security standards,
and a reduction in cross-border transaction timing,
etc. However, here the following question could
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arise: “What adjustments does the Treasury foresee
in anticipation of the eventual issuance of digital
currencies by central banks?”, [18]. It introduces a
proactive business strategy for adapting to a new
financial structure, which would grant a smooth
transition for those who anticipate the winds of
change.
Th “hands-on” approach includes higher
volatility risks. However, a way to avoid risk is to
operate with stablecoins. Considering that
innovation is not in one CC, but in the Blockchain
technology instead, those who prefer stablecoins
would also continue operating in CCs with lower
risks but enjoying this technological business shift,
[18].
Another opportunity for business choosing
“hands-on” relies on the transaction itself rather
than on the costs. CC transactions take a couple of
minutes regardless of the place on earth where the
sender and receiver are located. On the contrary, the
timing for fiat will depend on whether it is domestic
or international, the same bank or different, whether
it is the same currency or not, and whether it is a
working day or not. Due to that, it could take up to
several working days to proceed. During this time
neither the sender nor the receiver has access to the
funds, which increases uncertainty and risk in
operations. In terms of commerce, shipping, trust,
and celerity, blockchain exceeds fiat’s performance,
[18].
One of the greatest external opportunities for
CCs in this regard is the change in business towards
accepting Blockchain to make commercial
exchanges since this method of payment/investment
is rapidly developing. Nevertheless, it finds
resistance from users in aspects such as the
incapability to pay with them, “29.5% of
respondents cited not owning CC as their current
merchants do not accept it”, [25].
Finally, yet importantly, an eventual adaptation
of business to CCs will take a rather long time,
assuming that Blockchain is considered “a critical
part of the evolution of finance. When your
company chooses to engage with crypto it triggers
changes across the organization as well as changes
in mindset”, [18].
6.2 Financial Inclusion
A growing percentage of the population, mainly
illegal immigrants, does not have any access to
financial services and thus they are commonly
considered “unbanked”.
For the unbanked, Blockchain and especially
CCs could provide access to certain financial
services, Around the globe, “Approximately 1.1
billion unbanked have mobile phones that represent
about two-thirds of the unbanked population”, [10].
These people could be part of the financial system
by owning digital wallets and thus avoiding the
inefficiency of banking processes, which is common
in locations with high levels of financial exclusion.
In this situation, the use of CCs is the “access to
financial services to the un- and under-banked,
allow for extremely low-cost money transfers and
remittances across state borders”, [12]. Kenya is the
best example of financial inclusion through CCs and
could be a lighthouse for all developing countries
seeking to promote disruptive financial inclusion at
low fees.
Among the “banked” population, in the U.S.
approximately “46 million people, 13.7% of
America’s total population, currently own CC”,
compared to the 27 million, equivalent to 8.3% of
the population in 2021. This significant increase has
recently begun: “2021 was the year that CC was in
the spotlight as major institutions, celebrities, and
public figures all jumped on the crypto bandwagon.”
This triggered that 55% of owners are looking
forward to increasing their CC, [19].
Globally “there are over 20,000 CCs” and 420
million crypto users in 2023. The 46 million in the
U.S. represent almost 11% globally. However, the
countries with the highest percentage of CC owners
over the total population are the United Arab
Emirates (27.67%) and Vietnam (26%). For the
other high percentage countries, the figure stays
between 13.7% and 9.3%, as can be observed in
Figure 6, [24].
Fig. 6: CC owners by percentage of the Population
in the world in 2022
Source: [24] and own elaboration
28% 26%
14% 13% 12% 11% 10% 10% 10% 9%
0%
5%
10%
15%
20%
25%
30%
CCs owners by percentage of
the Population in each country
2022
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Nonetheless, these top five in the ranking
change according to the pattern of classification.
Considering that India is more demographically
concentrated, its 11.5% is bigger than the others in
the number of people, so the ranking changes as
seen on Figure 7. First, India has 50 million more
crypto owners than the other four nations of the list
combined, the United States is second and almost
doubles Vietnam -the third-, from then onwards the
trend line flattens. Another remarkable case is the
fifth, China, with 19.9 million, which shows an
interesting number despite the prohibition on CCs.
Fig. 7: CC owners in the world (in millions) 2022
Source: [24] and own elaboration
Another factor to mention for inclusion is the
infrastructure capacities. In the case of cash
machines or Automated Teller Machines (ATMs),
the United States surpasses the facilities by 890% of
the four other countries combined in the top 5 list of
this category shown in Figure 8.
Fig. 8: Most CC ATMs around the world in 2022
Source: [24] and own elaboration
To summarize, if the strategy of governments is
to enhance access to financial services, this
technology appears to be a prominent solution,
granting a massive opportunity for policymakers or
corporations leading CCs to gain users while
serving the community. Secondly, there is a clear
progression of the population getting involved in the
world of Blockchain. The U.S. numbers remain high
in comparison with other countries around the
world, but they are not high enough yet to introduce
pressure for dramatic changes.
6.3 Central Bank Digital Currency (CBDC)
The role of central banking is under scrutiny since
“algorithmic digital currencies such as bitcoin
appear to be viable competitors to central bank fiat
currency”, [1]. Doubts about central banks'
monetary policy have arisen due to their inability to
control inflation, prevent crises, or regulate private
banking. Hence, the strengthening of decentralized
finance could be perceived as a challenge for the
central banking structure. However, they should not
necessarily be antagonistic since the opportunity
relies here on the convergence of both.
Regarding CC regulation around the world, whereas
some States prohibit, and others permit them as a
type of asset, there are other central banks such as
the Chinese one, which are opting to develop their
CBDC arguing it “could enhance financial integrity
compared to cash”, [33]. This implies firstly that the
blockchain system is highly effective for financial
purposes; and secondly, that the predominance of
Blockchain is not only possible but also forecasted
by some central banks, [4]. Approximately 130
countries around the globe are on the track to create
or are currently researching their own CBDC, [2].
Central banks could be trying to anticipate the
transition to avoid conceding monetary sovereignty
to private CC makers Given the current level of
interest demonstrated by the various central banks it
is, however, highly likely that state-issued CCs will
play a huge role in the future of finance”, [34].
China started by launching an experiment to
avoid the use of the U.S. dollar, traditionally
attached to certain international trade exchanges.
Because of that, the Chinese central bank is
adopting Blockchain, where the digital yuan is
expected to perform as an exchange currency, [4].
The usually named “early birds”, or “early adapters”
are the first ones to apply innovative solutions.
Those who adapt first to transitions are the ones
who could lead the way. Consequently, their
implementation could impose some protocols,
principles, infrastructure, or even trust into their
CBDC, which could locate them in a favorable
position, as the Federal Reserve comments on the
current role of the USD, [35].
The case of China is crucial, considering its
place as the world’s second-largest economy and its
157,6
46
25,9 19,9 17,8
0
20
40
60
80
100
120
140
160
180
India United
States
Vietman China Brazil
CCs owners in the world (in
millions) 2022
17436
1464 200 157 138
0
5000
10000
15000
20000
United
States
Canada United
Kingdom
Austria Spain
Most CCs ATMs around the
world in 2022
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role as a commercial superpower. It is a milestone
for Blockchain that China leads the way in adapting
its financial structure to this technology, as well as a
guide for the 130 other countries advancing
carefully in the launch, pilot and development stages
[36], while many are observing implementation
strategies and performance of others, hence, “the
general expectation appears to be that, in time, the
issuance of CBDCs will become widespread, [23].
One of the key views on this topic is trust in
monetary instruments. As it is known, it was
commonly held by States through institutions such
as central banks. However, it has been surprising
that the peer-to-peer concept brought by
cryptography could change the perception of that
trust’s source, [37]. Nevertheless, central banks still
have their recognition, despite all the contemporary
debate about their role, as they are still perceived as
serious and reliable entities, separated from politics,
and scientifically guided. Trust is explained as
“Individuals also tend to correlate trust with the
brand” which led them to wonder whether the
CBDB “would be a hybrid, backed by a public-
private consortium?”, [37].
Nonetheless, some threats are also found in
CBDC, for instance, the Bank of International
Settlements argued that the G7 monetary authorities
agreed on three main principles to develop CBDC,
“i) the issuance of a CBDC should not compromise
monetary or financial stability; ii) a CBDC should
coexist with and complement existing forms of
money; and iii) a CBDC should promote innovation
and efficiency”. However, a trilemma situation also
appears in the CBDC and commercial banking
according to [38] who states that only two of these
three policies can be achieved: “(i) free
convertibility between CBDC and bank money, (ii)
parity between CBDC and bank money, and (iii)
central bank monetary sovereignty, [39].
One of the most frequent concerns CBDC has
for financial stability purposes is what [38] called
the “deposit substitution risk”. This highlights the
threat of banking disintermediation where
individuals shift from bank money to CBDC, since
it would affect the commercial banks’ liquidity and
therefore their lending power, consequently leading
to a credit shortage that could provoke financial
instability.
The main drawback of disintermediation is
related to the role of private banks and their
experience in managing risk, privacy, investing,
lending, and clients knowledge. These are aspects
not yet developed by central banks at the general
public level, therefore, the risks of a direct account
of citizens to central banks not only stay in the
spectrum of financial stability, or monetary
sovereignty, it also involve expertise in delivering
financial services to individuals. Similarly, if the
massification process of CBDC implies incentives
that make the market impaired could cause “havoc
with maturity transformation”, [40].
In conclusion, even though central banking and
decentralized finances contradict themselves,
Blockchain adoption by central banks could bring to
the financial structure some advantages, not only
strengthening financial inclusion but also
reinforcing the role of central banks, opposite to
CC's initial aim [31]. It could possibly reduce
financial intermediation, as the structural conception
underneath Blockchain suggests. Nonetheless,
intermediation must be carefully redesigned to avoid
liquidity risks, following regulatory
recommendations by central banks.
7 Conclusions
Blockchain technology has provided a new way to
carry out financial transactions, allowing a reduction
of the bureaucratic phases of intermediation -which
makes them less expensive-, since peer-to-peer
technology makes some operations direct and faster,
especially remittances and international payments.
However, Blockchain is still very slow for daily
purchases compared to traditional channels such as
Visa. Additionally, it offers superior standards of
safety by using encryption and decentralization;
nevertheless, the energy and environmental costs of
mining remain outstanding.
Despite the different nature of CCs compared to
other financial assets, CCs still share similar
characteristics and functionalities with money and
other financial tools. CCs are innovative monetary
instruments to be accepted as channels of payment,
able to compete against or even replace traditional
money. However, to achieve so, their technological
capability to process transactions should be
improved to reduce volatility, enhance their range of
commercial acceptance, eradicate their association
with criminality, and develop greener solutions for
energetic demand. Eventually, whether crypto will
play the role of fiat exceeds the boundaries of
money’s functions. “All money is a matter of belief”
[41] so the society will finally choose between a
decentralized financial system or the current one.
The peer-to-peer philosophy of Blockchain has
always supported the decentralization of finances,
which implies a direct threat to central banks’ power
and the monetary sovereignty of States. However,
Central Banks could also enjoy Blockchain
development in case they decide to create and
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manage their CBDCs. They could take advantage of
such technology while strengthening financial
inclusion and reducing transaction costs. Central
banking will adopt Blockchain technology if they
apply an innovative approach to adapt to new
realities. Additionally, CBDC could significantly
reduce or even make disappear private mining thus
solving environmental concerns, since being State-
owned could introduce more sustainable methods
for CBDC creation.
Opposite to the scenario of private banking, the
Blockchain idea to sink financial costs would
provoke at least a reduction or even the
disappearance of commercial banks’ benefits. Banks
could eventually become administrators of private
keys, wealth managers, or hedge funds, which will
depend on identifying customers’ needs to shift in
that direction. Nonetheless, its traditional mission
will not be compatible with the emerging
Blockchain-driven system.
Once the arguments were presented, discussed,
and analyzed above, it could be forecasted that
despite private CCs being speculative assets,
however, the revolution in finance will take place
through CBDC, which will be a relevant monetary
instrument shortly. It will negatively affect private
banking and discourage the use of physical forms of
money. However, to maintain the institutional
equilibrium, central banks will conduct partnerships
with private banks, responsible at first to deliver
CBDC to the citizens. Later, the implementation of
this new form of money, which is a central bank
direct liability, will coexist with the creation of
money through loans by private banks, which will
lead to a profound restructuring of private banking.
CBDC will probably cause a disruption in the
traditional money supply by conventional loans, as
well as favor a more proactive role of central banks
in daily operations. Citizens will have access to
payment channels through the CBDC. Thirdly, it
would adjust the banking mission to digital wallet
managers more focused on cybersecurity, thus
lowering private banks monetary power and
reducing the financial fees charged by them.
To close this paper, future research fields are the
effect of CCs on the distribution of wealth,
remittances, the population unbanked, and financial
inclusion, especially from a developing economy
point of view with challenges in financial access for
their citizens. A deep analysis of the effects of the
Blockchain disruption on financialization, monetary
sovereignty, and central and private banking should
be accomplished, once evidence from countries that
have already developed CBDC is available.
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Francisco Elieser Giraldo-Gordillo,
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E-ISSN: 2224-2899
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Contribution of Individual Authors to the
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Scientific Article or Scientific Article Itself
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Conflict of Interest
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WSEAS TRANSACTIONS on BUSINESS and ECONOMICS
DOI: 10.37394/23207.2024.21.135
Francisco Elieser Giraldo-Gordillo,
Ricardo Bustillo-Mesanza
E-ISSN: 2224-2899
1671
Volume 21, 2024