Crypto Payments: Everything to Know

By  Beluga Research September 4, 2023

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  • Cryptocurrency payments are digital transactions using decentralized digital currencies
  • This type of payment can offer enhanced security, privacy and global accessibility
  • The advantages of cryptocurrency payments include speed, convenience and lower fees than many traditional methods
  • Disadvantages of cryptocurrency payments include the volatility of cryptocurrencies, regulatory uncertainty and limited merchant acceptance


Cryptocurrency payments are digital transactions using decentralized digital currencies. They enable borderless, fast and secure transfers of value. A user can make a payment directly with a cryptocurrency if the merchant accepts the coin. They can use an app such as BitPay or Coinbase to make the payment. Some apps offer rebates to users for engaging with their program.

Users can also employ a crypto wallet to make a payment. They can hold amounts of one or more cryptocurrencies in a digital wallet. A wallet can be installed on a mobile device or a desktop computer. Crypto exchanges often offer an exchange-associated wallet for their users.

A Brief History

Cryptocurrency payments emerged with cryptocurrencies themselves. The first cryptocurrency was bitcoin, which the anonymous individual or group known as Satoshi Nakamoto introduced in January 2009. A user can employ a cryptocurrency to pay for a real good or service or to acquire digital assets such as non fungible tokens (NFTs). They can also exchange one cryptocurrency for another, using the first cryptocurrency as payment for the second.

A platform can charge a user fees for the purchase, sale or exchange of cryptocurrencies. A user can pay the fee in the native coin of the platform. This is also a type of payment for a service, in which the user pays to engage with the crypto ecosystem.

Payments: Everything to Know

Key aspects to know about using cryptocurrencies for transactions include:

Security. Cryptocurrency transactions are secured through advanced cryptographic techniques. Each transaction is recorded on a blockchain. It is difficult to alter this digital record. Transactions can be conducted pseudonymously, which gives users more privacy.

Decentralization. Cryptocurrency payments operate on decentralized networks. This reduces the risk of censorship or manipulation by a single entity.

Fast and Efficient. Cryptocurrency transactions are quick, especially for cross-border transfers. Transactions can be completed within minutes or seconds.

Lower Fees: Cryptocurrency transactions often have lower fees than traditional payment methods. Banks, credit unions and payment processors have infrastructure and regulations that cause them to incur certain expenses. These institutions typically use fees to offset some costs.

Global Accessibility. Cryptocurrencies offer the potential to provide financial services to unbanked and underbanked populations. Entities with a viable internet connection can be eligible to participate in cryptocurrency transactions. This facilitates inclusion of more entities into the financial marketplace, both crypto and traditional.

Volatility. Cryptocurrencies are known for price volatility. The value of cryptocurrencies can change rapidly, affecting the amount required for a payment. Volatility can be a risk or an asset.

Users typically use a digital wallet or an app to make a crypto payment. A digital wallet is a software application that allows users to store, manage and transact with their cryptocurrencies. They come in various forms, including web-based, mobile and hardware wallets.

A user making a payment will specify the recipient's wallet address and the amount of the coin they want to send. The transaction is then broadcasted to a network of nodes that validate and confirm it. Once confirmed, the transaction is added to a block on the blockchain. This ensures its immutability.

Bitcoin is widely accepted, but altcoins like litecoin and bitcoin cash offer other advantages. These options aim to improve scalability and transaction speed. Stablecoins such as Tether and USD Coin peg their value to a traditional fiat currency for stability.

Getting Started

  • Establish a digital wallet. A digital wallet is like a virtual bank account for storing, sending and receiving cryptocurrencies. There are software wallets for computers and mobile devices. There are online wallets accessible through web browsers. There are hardware wallets for offline storage and enhanced security.
  • Acquire cryptocurrencies. This is typically done by purchasing them from exchanges, receiving them as payment. Alternatively, a user can solve mathematical puzzles with computing equipment to "mine" a coin. Sometimes a user receives a free amount of cryptocurrency in an airdrop for nothing or for engaging in a task such as posting about the coin on social media. Exchanges are platforms to buy, sell and trade cryptocurrencies using fiat currencies (traditional currencies) or other cryptocurrencies. A user should choose a reputable exchange with strong security measures. .
  • Make payments. Making a payment requires that the user have the recipient's wallet address, a unique alphanumeric string that identifies the destination. The user should double-check the address before sending funds. They should enter the address and amount in their wallet's payment interface. Then they should review the transaction details and confirm the payment. The transaction will be broadcasted to the blockchain network for verification and inclusion in a block.

Unique Aspects

  • Notably faster. In traditional banking, cross-border transactions can take days. The lag is due to the requirements of intermediaries as the formalities of complex clearance processes. Cryptocurrencies enable near-instantaneous cross-border transactions. They eliminate the need for intermediaries. This is because they streamline verification through blockchains.
  • Lower transaction fees. Traditional financial institutions charge high fees for various transactions, including international transfers. Cryptocurrencies charge lower fees because they bypass intermediaries and operate on decentralized networks. This makes crypto payment an attractive option for users who frequently cross borders or engage in microtransactions. A microtransaction involves small payments, typically within a program like a game.
  • Provide privacy and pseudonymity. Transactions on the blockchain are transparent but not directly linked to personal identities. Cryptocurrency payments rely on cryptographic keys and digital signatures to authenticate transactions. The higher level of privacy appeals to users who value financial confidentiality.
  • Greater control over funds. Traditional financial systems are subject to government regulations and restrictions. These systems can limit access and engage in censorship. Decentralized cryptocurrencies give users full control and ownership of their digital assets. The greater amount of control reduces the risk of account freezes and funds seizure by third parties.


  • Security. Cryptocurrency payments offer enhanced security. Transactions on blockchain networks are encrypted and secured by cryptographic algorithms. This makes it difficult for unauthorized individuals to access and manipulate transaction data.
  • Privacy. Cryptocurrencies provide privacy because users do not need to disclose personal information during transactions. They can rely on unique cryptographic addresses. This reduces the risk of identity theft and fraud.
  • Global Accessibility. Cryptocurrency payments are globally accessible. Users can send and receive funds across borders without intermediaries or costly currency conversions. Unbanked and underbanked regions as well as international businesses benefit from this feature.
  • Speedy Transactions. Cryptocurrency payments enable near-instantaneous transactions. Blockchain technology allows quick validation and settlement, regardless of where the user is currently located or is headed.
  • Lower Transaction Fees. Cryptocurrency payments generally have lower transaction fees. This is due to the absence of intermediaries. Blockchain networks streamline the payment process, which reduces costs.
  • Financial Inclusion. Cryptocurrency payments promote financial inclusion by providing an alternative means of conducting transactions. Usually, all a user requires is a viable internet connection and a digital wallet or account with a payment app.


  • Volatility. Cryptocurrencies are known for their volatility. Their value can fluctuate significantly within short periods. This poses a challenge for users who engage in transactions on a regular basis.
  • Regulatory Uncertainty. In many jurisdictions, the regulatory environment for cryptocurrencies is still developing. The lack of clarity creates uncertainty for entities that make crypto payments.
  • Technical Complexity. Cryptocurrency payments come with technical complexity. Users must understand how to securely store and manage digital wallets or crypto payment apps. Sometimes they must navigate cryptocurrency exchanges for conversions. The learning curve deters some users.
  • Irreversibility of Transactions. Once a cryptocurrency transaction is confirmed and added to the blockchain, it becomes nearly impossible to reverse. This lack of recourse can be problematic in cases of fraud or errors.
  • Energy Consumption and Environmental Effects. Some cryptocurrencies, like bitcoin, rely on energy-intensive mining processes. The amount of electricity that the coins use and the environmental effects of the mining process have deterred users from engaging with the crypto ecosystem. Energy consumption and environmental effects have also drawn the attention of regulatory agencies.
  • Limited Merchant Acceptance. Cryptocurrency payment adoption is increasing, but it faces limited acceptance among merchants compared to traditional methods. The lack of widespread acceptance limits regular and frequent use.