Former Ripple Director Names Three Advantages of Cryptocurrencies Over Stablecoins — What It Means for the Market
The spotlight of the financial world has once again turned to the competition between traditional cryptocurrencies and stablecoins. This week, former Ripple Chief Technology Officer, David Schwartz, highlighted arguments in favor of classic cryptocurrencies — such as XRP or Bitcoin — emphasizing that they possess several advantages that make them preferable in certain use cases compared to fiat-pegged stablecoins. His statements attracted attention not only from investors but also from institutional players in the financial sector.
Schwartz emphasized that despite the widespread popularity of stablecoins, especially in the cross-border payments and decentralized finance (DeFi) segments, there are fundamental characteristics of cryptocurrencies that give them an edge in strategic applications. According to the expert, this is particularly important for banks, payment providers, and large corporate clients who are seeking long-term solutions in a rapidly evolving digital financial landscape.
Why This Topic Is Relevant Now
The stablecoin market is experiencing a significant boom: tokens pegged to fiat value, most often the US dollar, are widely used for instant transfers, risk hedging, and liquidity provision within the cryptocurrency ecosystem. However, the role of classic cryptocurrencies, which are not tied to fiat currencies, remains significant — largely due to the very properties Schwartz discussed.
His comments come amid growing debates about the future of digital assets: will stablecoins remain the dominant tool for payments and settlements, or will fully decentralized cryptocurrencies find their place in the banking sector and international transactions?
Three Key Advantages of Cryptocurrencies According to David Schwartz
1. Flexibility in Multi-Currency Scenarios
One of the main limitations of stablecoins is their peg to a specific fiat currency. This means that such tokens maintain stability only relative to that single currency and cannot directly serve as a universal bridge between multiple national currencies.
Schwartz noted that classic cryptocurrencies, like XRP, act as neutral bridge assets, capable of facilitating cross-border transfers between different currencies without relying on a single fiat. This is particularly important for banks and financial institutions operating in multi-currency environments and complex regulatory frameworks across countries.
This approach makes cryptocurrencies more versatile in the global payment system, where minimizing dependency on a specific fiat currency is advantageous.
2. Independence from Centralized Control
Stablecoins, even those claiming “security” and “stability,” remain centralized assets. Their issuers can freeze funds, block transactions, or change operational conditions under regulatory or legal pressure. This creates counterparty risks, which are unacceptable for large financial organizations in certain business scenarios.
Schwartz pointed out that cryptocurrencies built on decentralized networks, such as the XRP Ledger or Bitcoin, are not subject to such restrictions — they provide a higher level of resilience against external pressure, freezes, and interference. The ability to prevent token freezing or restricted access to liquidity, from a risk perspective for large transactions, is a critical factor influencing institutional client choices.
This is especially relevant when financial institutions operate under regulatory uncertainty or in countries with unstable legal environments.
3. Growth Potential and Long-Term Value
Another of Schwartz’s arguments concerns the growth potential of cryptocurrencies. Stablecoins are essentially designed to maintain value — their purpose is not to increase in worth, but to minimize volatility. In contrast, cryptocurrencies such as XRP or Bitcoin can demonstrate value growth over time, making them more attractive in long-term scenarios where not only value transfer but also value retention with potential appreciation matters.
Schwartz noted that in scenarios such as long-term escrow accounts, investments for corporate clients, or structures planning to hold assets for strategic purposes, cryptocurrencies can offer significant advantages over stablecoins, which are not designed for value growth.
The possibility of “investing” in a growing digital asset instead of a token with a fixed value is a factor that major market participants are increasingly considering.
How Schwartz’s Views Align with the Current Market
Opinions on the roles of cryptocurrencies and stablecoins in the financial ecosystem remain divided. On one hand, stablecoins have significantly contributed to accelerating cross-border settlements, providing liquidity in DeFi, and linking traditional fiat to blockchain infrastructure. On the other hand, cryptocurrencies offer an alternative approach, where value and functionality are not dependent on the issuer’s rights or government regulations.
Many financial leaders acknowledge that widespread adoption of digital assets requires a combination of different tools. For example, stablecoins may serve as an entry point for the corporate world into the crypto ecosystem, gradually introducing organizations to digital assets before they begin using more volatile or complex cryptocurrencies.
Fundamental differences
David Schwartz’s comments bring the focus back to the fundamental differences between classic cryptocurrencies and stablecoins. Highlighting three key advantages — multi-currency flexibility, independence from control, and growth potential — provides a strong argument that cryptocurrencies are not only relevant but continue to play a crucial role as tools for global financial applications.
This perspective is especially relevant amid the ongoing expansion of digital asset infrastructure and the growing interest of institutional investors. While stablecoins remain an important component of the modern financial system, cryptocurrencies maintain their key positions — particularly in scenarios where value, independence, and global applicability are decisive.