As cryptocurrencies and stablecoins have grown in popularity, central banks around the world have realized that they must provide an alternative to physical money or risk missing out on the future of money. And the result is CBDC. So, what is CBDC? How will digital currency work in competition with CBDC?
What is CBDC?
A central bank digital currency or CBDC is a virtual currency backed and issued by a central bank. CBDC is managed on a digital ledger (which may or may not be a blockchain), speeding up and securing payments between banks, institutions, and individuals.
What is the point of CBDCs?
The growing significance of digital money during the COVID-19 pandemic, the shift to digital payments, ambitions to employ foreign CBDCs in cross-border transfers, and concerns about financial exclusion are all bringing CBDCs to sharper attention.
As a result, the competition to deliver the first genuine version of digital money is heating up among major central banks worldwide. For instance, China is experimenting with a digital Renminbi that allows users to make payments using their mobile phones.
Similarly, as part of the five-year plan, Europe announced the creation of a digital euro. The pandemic hastened the transition to contactless transactions, emphasizing the significance of everyone having access to secure, quick, and low-cost payments.
The Federal Reserve is also speeding up its research and public engagement on central bank digital currencies in light of technology platforms integrating digital private money into the United States payments system and foreign authorities studying the possibilities for CBDCs in cross-border payments.
CBDCs appear to be more than just a digital-native replica of traditional notes and coins, according to several public statements. Some governments see CBDCs as programmable money—vehicles for monetary and social policy that might limit their use to fundamental necessities, specific areas, or defined periods—in addition to solving the challenge of more comprehensive financial inclusion.
CBDC can take many forms, each having various implications for payment systems, monetary policy transmission, and the financial system's structure and stability.
CBDC vs Cryptocurrency
Commonly confused with other forms of cryptocurrencies are digital currencies issued by central banks. As previously mentioned, every transaction using central bank digital currencies has the central bank at its core. However, cryptocurrencies—like Bitcoin—are distributed networks or blockchains that use cryptographic methods to create digital tokens.
Blockchains used by cryptocurrencies are permissionless (public), whereas blockchains used by CBDCs are permissioned (private). In a public blockchain, anyone can join and take part in the essential operations of the blockchain network. Anyone can read, write, and audit the current operations on the public blockchain network, preserving the network's self-governing nature. A private blockchain, on the other hand, is a distributed ledger that functions as a closed, secure database based on cryptography concepts and is not decentralized.
The restrictions on CBDC networks are set by a central bank. The authority is assigned to the user base on crypto networks, which makes choices by achieving a consensus.
Therefore, while cryptocurrencies are decentralized, CBDCs are centralized. Moreover, cryptocurrencies provide anonymity; CBDCs give central banks access to ownership information. Unlike cryptocurrencies, which are frequently created using blockchain, CBDCs are more likely to run on unique technology platforms.
Additionally, stablecoins, which are currencies tied to a fiat currency like the US dollar, are not the same as CBDCs. A CBDC would be the fiat currency rather than being tied to a fiat currency. For instance, a CBDC dollar bill and a dollar bills are the same things.
CBDCs can only be used to make payments; stockpiling or investing in them is strictly forbidden. Cryptocurrencies can, however, be used for both financial transactions and speculation.
Compared to cryptocurrencies, a CBDC would be less concerned about data and privacy. The crypto sector is unquestionably autonomous with a peer-to-peer paradigm, whereas certain restrictions bind central banks.
Users can choose how much and what kind of data they wish to disclose because cryptocurrencies are peer-to-peer. On the contrary, CBDC transactions will automatically send vast amounts of data to tax and regulatory agencies.
A final thought to "how will digital currency work in competition with CBDC?"
Cryptocurrency has the benefit of longevity behind it. It is probably better understood than CBDCs, which may be why public opinion seems considerably more positive at this stage for crypto compared to CBDCs.
