
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
WSEAS TRANSACTIONS on BUSINESS and ECONOMICS
DOI: 10.37394/23207.2024.21.135
Francisco Elieser Giraldo-Gordillo,
Ricardo Bustillo-Mesanza