Real-World Digital Asset Use Cases Set to Transform Finance in 2025

In today’s issue, Mick Roche from Zodia Markets provides a stablecoin outlook for 2025.

Then, Layne Nadeau from NVAL answers questions about cryptocurrencies’ role in energy markets and AI in Ask an Expert.

–S.M.

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Digital Asset Outlook for 2025

While 2024 may be remembered as the year bitcoin went mainstream, we believe the focus in 2025 will shift to real-world use cases for digital assets — often considered crypto’s Achilles’ heel. To enable these use cases, stablecoins will likely emerge as the backbone for broader corporate adoption.

Stablecoins were initially designed to facilitate trading, lending, and borrowing in digital assets, primarily on digital asset trading platforms (centralized exchanges, or CEXs). However, we are now witnessing a shift from these original purposes toward “real-world” applications. This can be seen in the chart below in the growing prominence of the “other” category in the stablecoin ecosystem.

Challenges of current systems

Today, international fiat currency transfers rely on the correspondent banking system, which has mostly stayed the same since real-time gross settlement systems were adopted in the early 1990s. Membership charges, transaction costs, and volume-based discounts typically determine fees. Settlement processes are opaque, governed by price-time priority systems that lack transparency for end users.

Why stablecoins are transformative

As representations of money on the internet, stablecoins offer unmatched flexibility, speed, and availability — key factors driving their increasing adoption. Here are some of their real-world applications:

1. Cross-border payments: Stablecoins enable the transfer of USD assets across borders at speeds comparable to email, in stark contrast to the days-long delays of SWIFT transactions. This advantage is especially significant in emerging markets, where the Bank for International Settlements has reported a decline in correspondent banking relationships. Stablecoins offer a potential solution to this gap, addressing inefficiencies in cross-border financial systems.
2. Supply chain dynamics: Stablecoins could revolutionize supply chain efficiency, reducing costs and potentially curbing inflation. Optimizing working capital is a priority for treasury departments worldwide. For instance, Tether has already ventured into trade finance, demonstrating the tangible benefits stablecoins can bring to supply chain operations.
3. Remittance flows: Global remittance flows were estimated at $857 billion in 2023. Stablecoins facilitate faster and cheaper transfers, allowing recipients to access funds more quickly. They also enable remittance providers to hold smaller balances in local currencies, reducing FX risk and easing the burden on balance sheets. These innovations enhance efficiency and reduce costs across the remittance industry.
4. On-chain FX: As of June 2023, research from Cumberland revealed that 99.3% of stablecoins by market capitalization were linked to the USD. Over time, the emergence of non-USD stablecoins will likely create a 24/7, instant-settlement FX market, further enhancing the flexibility of global trade and finance.

Barriers to growth

Despite these advantages, stablecoins remain a relatively small part of the global financial landscape—equivalent to just 1% of U.S. M2 money supply and 1% of FX transactions. Regulatory changes, particularly in the U.S., are crucial for further growth. Although three significant bills were introduced during the Biden administration to establish a regulatory framework for stablecoin issuance by banks, little progress was made. With the anticipated Trump administration taking office in early 2025, regulatory clarity may improve, paving the way for broader adoption.

The outlook for 2025

In 2025, we anticipate increased adoption of digital assets as real-world use cases mature. Adoption will likely be particularly strong among primary commodity traders, producers, importers, and shipping companies. These businesses face challenges such as inefficient payment corridors between developed markets and underdeveloped ones in regions such as Asia, Africa, the Middle East, and Latin America. Stablecoins could provide much-needed solutions, enabling faster, more efficient transactions in these critical sectors.

Corporations will no longer view digital assets with skepticism. Instead, they will recognize the tangible benefits this infrastructure can bring to their operations—and ultimately to their bottom line. As adoption grows, digital assets will step out of the shadows, rendering the “crypto is a solution looking for a problem” argument obsolete.

– Mick Roche, global head of trading, Zodia Markets

Ask an Expert

Q. What does crypto have to do with energy markets?

Global energy markets are evolving to include global tracking of energy generation, consumption, and the carbon footprint of various activities. Carbon credit markets have a market capitalization of approximately $2 trillion and are expected to grow dramatically following the UN COP29 global climate conference announcement on global carbon offset markets.

Due to the global scale of energy and carbon offsetting, distributed ledgers are key to enabling efficient global participation. Blockchains are being used to tokenize and track tradeable energy and carbon offset assets, accelerating the growth of these markets.

Blockchain tools and infrastructure companies powering energy and carbon offset markets are seeing significant growth and are being followed closely by researchers and investors.

Q. Why does AI need crypto?

As AI grows, so does the focus on the energy required to power it. By 2027, it’s estimated that AI could use more energy than the Netherlands, consuming at least 85.4 terawatt-hours of electricity annually.

The expanding need for energy increases the focus on renewable energy sources as the environmental impact of fossil fuel energy production raises ever more concerns. Blockchain technology is being used to efficiently track renewable energy production and use by AI; it also powers carbon credit markets to offset the carbon footprint of global AI infrastructure.

Distributed computing solutions that coordinate large numbers of computers are being developed to serve the global demand for AI computing power. The efficiency of blockchain technology enables solutions for the organization of and payment for these resources.

– Layne Nadeau, CEO, NVAL

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