Since Satoshi Nakamoto released the Bitcoin whitepaper in October 2008, digital assets have grown from a niche experiment into a global financial phenomenon. Bitcoin alone now commands a market capitalization in the trillions, and thousands of alternative cryptocurrencies have emerged, each promoting their own vision, technology, and use cases. Preeminent cryptocurrencies, namely Bitcoin and Ethereum, share three fundamental properties:
Decentralization – No single entity controls the network. Thousands of global independent nodes validate transactions and maintain the ledger, eliminating the need for trusted intermediaries.
Immutability – Confirmed transactions cannot be reversed or altered. The historical record is permanent and cryptographically secured across all network participants.
Transparency – All transactions are publicly visible and verifiable. Anyone can audit the entire history of the network in real-time.
These properties arise from blockchain architecture: transactions group into blocks that are cryptographically linked in sequence – any alteration to an earlier block would invalidate the hash link for all subsequent blocks. Network participants reach consensus on valid transactions through computational mechanisms—proof-of-work for Bitcoin (solving difficult algorithms), proof-of-stake for Ethereum (staking Ethereum as collateral)—which make dishonest behavior economically irrational and infeasible.
The practical implications are significant. International transfers settle in minutes rather than days. Users can custody their own assets without relying on banks. No government or corporation can freeze accounts or reverse transactions. The monetary policy is fixed in code and visible to everyone.
Bitcoin was originally envisioned by its creator, Satoshi Nakamoto, as a peer-to-peer electronic cash system for everyday transactions. While early use focused on payments, the narrative in recent years has centered more on Bitcoin as a store of value, prized for its scarcity and resilience. This has led many to draw comparisons between Bitcoin and gold as modern counterparts.
There are distinct differences separating Bitcoin from gold. Gold has a long history as a physical store of value, whereas Bitcoin is an entirely digital, nascent technology, existing only on a decentralized network. Both have been described as offering protection from inflation, but the evidence of Bitcoin’s inflation hedging ability so far is mixed. The expectation of an inflation hedge arises from the finite supply: only 21 million bitcoins can ever be mined unlike fiat money, which has an unlimited supply. In theory, this limited supply will be met with stable or growing demand to put upward pressure on Bitcoin’s price. One potential issue with this argument is that it puts too much emphasis on supply while overlooking the variability of demand.
The traditional definition of a store of value implies that the asset will hold its real value. Cryptocurrency is considered a volatile asset class. In general, it tends to do well when investors have an appetite for risk, and it can fall significantly when investors pull back. This is not necessarily a desirable characteristic for a store-of-value asset.
Above: Correlations from September 2015 to August 2025. Correlation ranges from -1 to +1 where a higher number indicates a strong positive relationship, 0 signals no relationship, and -1 indicates a strong inverse relationship.
Over the past ten years, Bitcoin has a stronger statistical relationship with U.S. stocks than it does with gold. As one would expect from a store-of-value asset, gold has a strong negative relationship to the U.S. dollar showing that lower demand for the dollar generally coincides with a higher demand for gold. No such relationship exists with Bitcoin historically. Still, as with any investment, past performance is not an indicator of future results. As Bitcoin matures and becomes more institutionalized, it will likely gain trust over time. If Bitcoin can shake off its ‘risk-on’ nature and truly earn a reputation as a safe-haven from debasement or other unwanted interference from centralized actors, it could prove the store-of-value thesis.
Early data supports institutional adoption as spot Bitcoin ETFs accumulated over $100 billion in assets in their first year, making them the fastest-growing ETFs in history. The U.S. government reinforced Bitcoin’s status as a reserve asset in March 2025 by establishing a Strategic Bitcoin Reserve. The Treasury now holds approximately 198,000 bitcoins with a commitment not to sell. This follows corporate adoption by MicroStrategy, Tesla, and dozens of large public companies that have replaced cash and bonds with bitcoin in their treasuries. Institutionalization is driving the narrative of Bitcoin as a trusted store-of-value. If this narrative is strong enough, it may become self-fulfilling despite Bitcoin’s historical behavior, especially as geopolitical tensions and the U.S. debt level continue to escalate.
Any perceived weakness in the dollar could be a motivator for individuals and institutions alike to sell dollars and move into other store-of-value assets. While gold has historically served this role well, Bitcoin and other cryptocurrencies could gain market share from traditional safe havens. Bitcoin’s market capitalization stands at approximately $2.16 trillion. This valuation places it slightly behind silver’s $2.26 trillion and only about 10% of gold’s $23.5 trillion.[1]
At the end of the day, it’s important to remember that Bitcoin is not gold. Bitcoin is also not just a high-beta play on the stock market. Beta is a statistical measure used by market participants to judge the relationship between assets and some benchmark, commonly the S&P 500 Index (which we refer to here as the market for simplicity). A beta of 2 would imply that the relevant asset typically moves 2x the market in either direction (up or down) while a beta of 0.5 signals that the asset only moves half as much as the market. Bitcoin’s beta to the market is only 0.8. On the surface, this would imply that Bitcoin is less volatile than the market. Of course, this is not true. Beta only captures an asset’s sensitivity to market movements, ignoring its total variability and unique risks that don’t co-move with the market. A significant portion of bitcoin’s returns are idiosyncratic, or unrelated to the market. Bitcoin is a distinct asset that doesn’t lend itself to simple, one-to-one comparisons with traditional assets. Cryptocurrencies have only been in existence for a marginal portion of the historical record. While Bitcoin aims to carve out a role as a digital store of value, other blockchain technologies point toward more expansive possibilities beyond simple value preservation.
If Bitcoin represents the first successful experiment in digital scarcity, Ethereum broadened the scope of what a blockchain could do. Vitalik Buterin first proposed Ethereum in a late 2013 white paper, but it was officially launched with a group of co-founders in July 2015. It was designed not only to transfer value but also to serve as a decentralized computing platform. Its core innovation — the ability to embed “smart contracts” directly into the blockchain — allows developers to create applications that execute automatically when predefined conditions are met. This expanded blockchain from a single-purpose payments network into a programmable financial and technological ecosystem.
The implications have been far-reaching. Entire industries of decentralized finance (DeFi), and tokenized assets have emerged on Ethereum. Whereas Bitcoin has increasingly positioned itself as “digital gold,” Ethereum has become the foundation for a broader range of blockchain-based activity. This programmability comes at the cost of added complexity and, historically, higher scalability challenges. Still, Ethereum’s first-mover advantage in decentralized applications has made it the dominant platform for developers and institutional pilots alike.
In 2022, Ethereum transitioned from proof-of-work to proof-of-stake consensus, a shift that dramatically reduced its energy consumption and enabled a more flexible framework for future scaling upgrades. For investors, this also introduced a yield component: holders who “stake” their Ether now receive rewards for securing the network, positioning Ethereum as both an asset with utility and, increasingly, income-like characteristics.
Ethereum’s trajectory is still uncertain, and competition from alternative smart contract platforms such as Solana and Sui is growing. Yet Ethereum maintains several core advantages, namely decentralization, security, and scale. Its developer base, entrenched network effects, and accelerating institutional experimentation suggest it may remain the primary gateway into blockchain technology beyond Bitcoin’s store-of-value narrative. Where Bitcoin is increasingly viewed as digital gold, Ethereum is often likened to a digital operating system — underpinning a growing universe of decentralized applications like tokenization.
Tokenization converts real-world assets (RWAs) into blockchain-based digital tokens. Stablecoins stand out as the simplest and most widely adopted entry point for tokenized assets. Stablecoins bridge traditional and digital finance by providing blockchain-based tokens backed by fiat currencies. For example, Tether (USDT) is a stablecoin designed to maintain a one-to-one peg with the U.S. dollar, so 1 USDT represents $1. Stablecoins enable instant global transfers at near-zero cost, making correspondent banking obsolete for many use cases. Other tokenized assets can be traded and settled instantly without the need for clearing houses. Boston Consulting Group estimates the tokenized asset market could reach $16 trillion by 2030.[2] Traditional players want in on the action. Blackrock, with $12.5 trillion total assets under management, has led institutional tokenization efforts. PayPal enables cryptocurrency payments at millions of merchants. Visa processes stablecoin settlements. JPMorgan executes blockchain-based repo transactions.
This isn’t simply digitization for the sake of it. Tokenized assets can include embedded logic for automated compliance, instant settlement, and programmable features impossible with traditional assets. A tokenized bond can automatically distribute interest payments, enforce transfer restrictions, or provide real-time transparency to regulators—all without intermediaries. Tokenization potentially unlocks trillions in previously illiquid assets and has the opportunity to financialize a host of assets including digital art, collectibles, gaming assets, or even deeds and intellectual property rights.
Tokenization demonstrates how blockchain can represent real-world assets on-chain. The next step in this progression is decentralized finance (DeFi), where programmable contracts don’t just represent value but also move, allocate, and manage it.
Lending Protocols
Lending protocols allow users to borrow and lend directly through code. Borrowers post collateral, lenders supply liquidity, and interest rates adjust automatically based on supply and demand, all while keeping the activity fully transparent and auditable on-chain.
Decentralized Exchanges (DEXs)
Decentralized exchanges have become one of the most important innovations in crypto trading. Unlike traditional exchanges that rely on a central operator, DEXs allow users to trade digital assets directly from their wallets through blockchain-based smart contracts. This structure eliminates the need for intermediaries, reducing counterparty risk and enabling anyone with an internet connection to access global liquidity. DEXs have opened the door to new ways of trading. For example, some DEXs use automated market makers (AMMs), where trades happen against a pool of tokens, making it easy to swap one cryptocurrency for another at any time. Despite challenges such as higher transaction costs during network congestion and concerns around user experience, DEXs continue to gain traction as a core piece of decentralized finance infrastructure.
Decentralized Autonomous Organizations (DAOs)
DAOs function like internet-native cooperatives where rules are encoded in smart contracts and governance is exercised by token holders. Members vote on decisions such as treasury allocations or protocol upgrades, creating a blockchain-native model for collective ownership and coordination.
Decentralized Physical Infrastructure Networks (DePINs)
DePINs extend blockchain incentives into the physical world. By using tokens to reward participants, these networks bootstrap resources like wireless coverage, cloud computing, or even distributed energy grids. They represent an emerging model for building large-scale infrastructure in a bottom-up, decentralized fashion.
Taken together, DeFi, DAOs, and DePINs illustrate how blockchain is evolving from simply recording value to actively coordinating, allocating, and even building real-world systems. The expansion of DeFi is poised to be reinforced by tailwinds, including regulatory developments and demographic adoption.
The GENIUS Act, enacted in 2025, establishes comprehensive stablecoin regulation that legitimizes digital dollars while protecting consumers. Key provisions include requirements for 1:1 stablecoin backing with high-quality liquid assets, monthly attestations of reserves, bankruptcy protections giving token holders priority claims, and pathways for non-banks to obtain national trust charters for issuance.
The legislation’s impact extends beyond stablecoins. By creating clear regulatory boundaries, it enables banks to confidently build digital asset services. Non-banks can now compete directly with traditional financial institutions in payment services. Foreign stablecoin issuers must also meet equivalent standards to operate in U.S. markets, establishing America as the de-facto global standard setter.
Banking industry pushback against the GENIUS Act reveals the disruption potential. The American Bankers Association and 52 other banking groups are seeking amendments to prevent stablecoins from paying interest, restrict non-financial companies from issuance, and limit state regulatory authority. Their opposition underscores how digital assets threaten traditional banking’s monopoly on payment systems and deposit gathering.
In addition to legislative support, the demographic breakdown also reveals a generational divide that could shape future adoption. Fifty-two percent of Gen Z and forty-eight percent of Millennials have owned cryptocurrency, compared to just eleven percent of Baby Boomers[3]. As wealth transfers between generations—estimated at $84 trillion over the next two decades[4]—portfolio allocations could shift dramatically toward digital assets. Meme coins, despite their purely speculative nature, also serve as an adoption vector, as 94% of meme coin owners also own other cryptocurrencies, with 31% of U.S. investors reporting they purchased meme coins before traditional cryptocurrencies (Gemini, 2025).
Finally, ETF adoption has democratized access. Thirty-nine percent of U.S. crypto owners now invest through ETFs (Gemini, 2025), and large asset managers are integrating cryptocurrency into standardized investment allocations. This represents a fundamental shift from the early days of cryptocurrency, when ownership required technical expertise and comfort with unregulated exchanges.
The question may no longer be whether digital assets will transform finance— but in exactly what ways, how quickly, and how completely. The largest major financial institutions now have a digital asset strategy. Central banks are exploring digital currencies, with over 100 countries in various stages of CBDC development. Major payment companies are integrating stablecoins into existing rails. Asset managers are creating tokenized funds. Traditional exchanges are rushing to list cryptocurrency derivatives. Each successive integration makes the next easier, creating momentum towards a new interoperable global financial infrastructure being built in parallel to the existing one.
Bitcoin’s potential role as a digital store of value, Ethereum’s evolution into a programmable financial platform, and the rapid growth of tokenization and DeFi illustrate how digital assets are reshaping the foundations of global finance. These shifts are reinforced by powerful tailwinds—from regulatory clarity and demographic adoption to institutional integration—that are accelerating mainstream acceptance. Yet even this discussion only scratches the surface: beyond Bitcoin and Ethereum, hundreds of other blockchain networks, protocols, and digital assets are experimenting with new forms of value, coordination, and infrastructure. The coming decade may reveal not just whether digital assets succeed, but how profoundly they redefine the architecture of financial markets and the way value is created and exchanged worldwide.
For investors, the implication is clear: digital assets are no longer a peripheral curiosity but an emerging pillar of the global financial system. As with the early internet, it may be difficult to foresee which platforms will dominate or which use cases will scale, but the direction of travel is unmistakable. Those who approach the space with a disciplined framework and a long-term perspective may find themselves participating in one of the most significant transformations in modern financial history.
Passage Global Capital Management, LLC., its clients, or its employees may hold securities mentioned. The views expressed represent the opinion of Passage Global Capital Management, LLC. The views are subject to change and are not intended as a forecast or guarantee of future results. This material is for informational purposes only. It does not constitute investment advice and is not intended as an endorsement of any specific investment. Stated information is derived from proprietary and nonproprietary sources that have not been independently verified for accuracy or completeness. While Passage Global Capital Management, LLC believes the information to be accurate and reliable, we do not claim or have responsibility for its completeness, accuracy, or reliability. Statements of future expectations, estimates, projections, and other forward-looking statements are based on available information and Passage Global Capital Management, LLC’s views as of the time of these statements. Accordingly, such statements are inherently speculative as they are based on assumptions that may involve known and unknown risks and uncertainties. Actual results, performance or events may differ materially from those expressed or implied in such statements.
[1] Companiesmarketcap.com/assets-by-market-cap, accessed August 29, 2025.
[2] Ripple and Boston Consulting Group, Approaching the Tokenization Tipping Point, April 7, 2025.
[3] Gemini, Global State of Crypto – 2025 Trends: Data-Driven Insights into the Crypto Market, 2025.
[4] Cerulli Associates, Cerulli Anticipates $84 Trillion in Wealth Transfers Through 2045, January 20, 2022.