Best Crypto to Hold for 10 Years: Which Cryptocurrencies Could Be Worth Holding?

For sophisticated retail crypto investors looking for long-term holds—as well as institutions and businesses assessing which digital assets may retain relevance over a decade—the key question is not which token has the best recent price performance, but which networks combine durable demand, network effects, active development, robust security, meaningful liquidity, and sound tokenomics.

That is the lens used here. The analysis looks at major cryptocurrencies and the factors most likely to shape their long-term resilience, including network utility, developer activity, token design, regulatory durability, staking, custody options, liquidity, and tax considerations. Over a 10-year holding period, those variables matter more than short-term momentum because crypto market leadership can change quickly even when an asset looks established today.

Key Takeaways

• Bitcoin and Ethereum have the most established track records among major crypto assets, but longevity does not guarantee future returns.

• A 10-year crypto thesis should focus on network effects, security, developer activity, tokenomics, real-world usage and the durability of demand for the token itself.

• Solana, Chainlink, Cardano, Polkadot and XRP represent different long-term use cases, but each introduces additional technology, adoption or competitive risks.

• Market capitalization alone does not determine whether a cryptocurrency will remain relevant for another decade.

• Stablecoins serve a different purpose from growth-oriented crypto assets because they are designed primarily for price stability rather than capital appreciation.

• Long-term investors should periodically reassess their thesis rather than assuming an asset that is important today will remain important in 2036.

What Makes a Cryptocurrency Suitable for a 10-Year Thesis?

A cryptocurrency has a stronger case for long-term relevance when its network has durable demand, active development, strong security, meaningful liquidity and token economics that support its intended use, but a stronger 10-year thesis should also match your risk tolerance and investment goals rather than rely only on past performance.

A decade in crypto can include several bull and bear markets, protocol upgrades, regulatory changes and shifts in which technologies users prefer.

Bitcoin and Ethereum have both experienced drawdowns exceeding 70% during previous market cycles. Many other cryptocurrencies have experienced even larger declines or failed to recover previous levels. That reflects the high volatility of the crypto market, so only invest capital you can afford to lose.

For that reason, a long-term crypto thesis should consider more than historical returns.

Important questions include:

1. What does the network actually do?

2. Who uses it, and why?

3. Does it have a defensible network effect?

4. Is developer activity still strong?

5. Is there sustainable demand for the token itself?

6. How does token supply change over time?

7. What competing technologies could replace it?

8. What could cause the original investment thesis to fail?

As with any approach to investing in crypto, do your own research before deciding. Established assets may benefit more from institutional integration and regulatory clarity than experimental projects.

The objective is not to predict the cryptocurrency with the highest price in 2036. It is to assess which networks have characteristics that may improve their chances of remaining economically relevant.

Bitcoin (BTC): A Long-Term Monetary Asset Thesis

Bitcoin has the longest operating history, deepest liquidity and most established monetary use case among cryptocurrencies, making it the original cryptocurrency and still the most popular cryptocurrency.

Launched in 2009, Bitcoin introduced a decentralized network for transferring scarce digital value as digital money without requiring a central issuer.

Bitcoin’s protocol currently limits total issuance to approximately 21 million BTC. New supply is issued to miners, with block rewards reduced approximately every four years through Bitcoin’s halving mechanism. The most recent halving occurred in April 2024, with the next expected around 2028.

Its predictable issuance schedule is central to Bitcoin’s long-term thesis. It is often described as digital gold because its scarcity supports a reserve-asset role.

Institutional infrastructure around Bitcoin has also expanded substantially. Spot Bitcoin exchange-traded products have made BTC accessible through conventional brokerage and investment structures in several markets, further connecting Bitcoin with traditional finance, and its market cap and overall market value exceeded $1 trillion in 2025.

Historically, Bitcoin has delivered extraordinary long-term gains, but that alone does not make it the best cryptocurrency automatically.

The U.S. government also established a Strategic Bitcoin Reserve in March 2025 for bitcoin obtained primarily through government forfeiture. The same executive order separately established a Digital Asset Stockpile for non-BTC digital assets.

What Supports Bitcoin’s Long-Term Case?

• fixed and predictable issuance policy;

• longest operating history among major cryptocurrencies;

• substantial global liquidity;

• decentralized proof-of-work infrastructure;

• established institutional investment products;

• widely recognized monetary and store-of-value use case.

What Could Challenge the Thesis?

Bitcoin remains highly volatile. Its long-term relevance could also be affected by regulation, taxation, changes in institutional demand, advances in competing monetary technologies and future security considerations.

Its established position makes Bitcoin easier to evaluate than many younger assets, but it does not make future returns predictable.

Ethereum (ETH): A Long-Term Smart Contract Infrastructure Thesis

Ethereum’s long-term case is based on its role as infrastructure for smart contracts, decentralized applications, DeFi protocols, stablecoins, tokenized assets and Layer 2 networks.

Ethereum launched in 2015 and introduced a programmable blockchain that allows developers to build applications directly on-chain. The Ethereum blockchain became the main platform for building decentralized apps and other on-chain financial products.

It remains the largest blockchain by DeFi Total Value Locked. As of August 2026, Ethereum accounts for more than half of tracked DeFi TVL, and its market cap exceeded $200 billion as of 2025.

Ethereum transitioned from proof-of-work to proof-of-stake in September 2022. ETH is now the native token used for transaction fees and staking to support network consensus.

EIP-1559 also introduced a mechanism that burns part of transaction fees. As a result, ETH’s supply growth depends on the relationship between new issuance and fee burning rather than following a simple fixed inflation rate.

Ethereum’s Development Roadmap

Ethereum continues to change substantially.

Pectra activated in May 2025, followed by Fusaka in December 2025. The next major upgrade, Glamsterdam, is planned for the second half of 2026.

Its major changes include improvements to block production and transaction processing intended to support greater Layer 1 capacity and long-term scaling.

What Supports Ethereum’s Long-Term Case?

• large smart-contract developer ecosystem;

• leading position in DeFi;

• substantial stablecoin and tokenized-asset infrastructure;

• established Layer 2 ecosystem;

• ETH’s role in transaction fees and proof-of-stake security;

• continued protocol development.

What Could Challenge the Thesis?

Ethereum faces strong competition from alternative Layer 1 networks and must continue scaling without undermining decentralization or security.

Its increasingly Layer 2-centric architecture also creates questions around value capture: growth in applications does not automatically mean equivalent growth in demand for ETH.

Regulatory treatment of staking has also evolved and varies by jurisdiction and product structure.

Solana (SOL): A High-Throughput Blockchain Thesis

Solana’s long-term case depends on whether it can sustain a large ecosystem of high-throughput applications while maintaining reliability and decentralization.

Solana was designed around fast execution and relatively low transaction costs. It has become an important network built to support decentralized applications, including decentralized trading, payments, memecoins, DePIN applications and other consumer-facing crypto products.

Rather than relying on headline maximum-transactions-per-second figures, or the fact that Solana processes up to 2,600 transactions per second in practice-oriented comparisons, long-term evaluation should focus on whether Solana can support growing real-world usage reliably and economically.

Solana suffered several high-profile network outages earlier in its history. Network engineering and client diversity have therefore been important areas of development.

What Supports Solana’s Long-Term Case?

• high-throughput architecture;

• relatively low transaction costs;

• substantial decentralized trading activity;

• growing consumer-facing application ecosystem;

• active developer community;

• ongoing work on validator-client diversity.

What Could Challenge the Thesis?

Solana competes directly with Ethereum, Ethereum Layer 2 networks and other high-performance blockchains.

Validator hardware requirements, network reliability, application concentration and long-term decentralization are also important considerations.

For a 10-year thesis, the key question is not whether Solana can technically process a particular TPS number. It is whether developers, users and economic activity continue choosing the network over competing infrastructure.

Chainlink (LINK): A Blockchain Infrastructure Thesis

Chainlink represents a different long-term thesis from a Layer 1 blockchain: it provides infrastructure for decentralized oracles, interoperability, and data services used by smart-contract applications.

Blockchains cannot independently access most off-chain information. Applications involving asset prices, reserve data, cross-chain communication and real-world financial information therefore require infrastructure capable of bringing that information on-chain.

Chainlink provides services including Data Feeds, Data Streams, Proof of Reserve and the Cross-Chain Interoperability Protocol (CCIP).

Chainlink has facilitated tens of trillions of dollars in cumulative transaction value across the applications and networks that use its services.

What Supports Chainlink’s Long-Term Case?

• broad integration across DeFi;

• infrastructure rather than single-application exposure;

• adoption across multiple blockchain networks;

• growing institutional interest in tokenization and blockchain interoperability;

• expansion beyond price feeds into cross-chain communication and data services.

What Could Challenge the Thesis?

Chainlink competes with other oracle providers, native blockchain data systems and alternative interoperability architectures.

Another important consideration is token value capture. Even if Chainlink’s infrastructure usage expands, investors must separately evaluate how that activity translates into sustainable demand for LINK.

Cardano (ADA): A Research-Led Blockchain Thesis

Cardano’s long-term thesis is based on its research-driven protocol development, including peer reviewed research as part of its science-based approach, proof-of-stake architecture and emphasis on decentralized governance.

Cardano was founded by Ethereum co-founder Charles Hoskinson and uses the Ouroboros family of proof-of-stake protocols.

Cardano has a maximum supply of 45 billion ADA. New ADA entering circulation depends partly on protocol reserve distributions and network parameters rather than a fixed annual inflation rate, though ADA inflation is currently around 4% per year, and Cardano’s market cap was about $9.8 billion as of 2026.

What Supports Cardano’s Long-Term Case?

• established proof-of-stake network;

• capped token supply;

• substantial community;

• formal research and protocol-development approach;

• on-chain governance development.

What Could Challenge the Thesis?

Cardano competes in an increasingly crowded smart-contract market.

Its long-term position depends not only on academic research or technical architecture but on whether developers, users, applications, stablecoins and economic activity continue to grow.

For a 10-year thesis, adoption is at least as important as technical design.

Polkadot (DOT): An Interoperability Thesis

Polkadot’s long-term case is based on connecting specialized blockchain systems through shared infrastructure and interoperability.

Polkadot introduced an architecture in which different blockchains can interact through the Polkadot ecosystem rather than every application competing for execution on one chain.

The ecosystem has also been moving beyond its original parachain-auction model as Polkadot’s architecture continues to evolve.

What Supports Polkadot’s Long-Term Case?

• focus on blockchain interoperability;

• established development ecosystem;

• shared-security architecture;

• continued protocol evolution.

What Could Challenge the Thesis?

Interoperability has become highly competitive.

Ethereum Layer 2 networks, Cosmos-based infrastructure, Chainlink CCIP and numerous bridging and messaging protocols address overlapping problems.

Polkadot therefore needs sustained developer adoption and meaningful network activity—not merely technically sophisticated architecture—to remain important over another decade.

XRP: A Payments and Liquidity Thesis

XRP’s long-term case is tied primarily to payments, settlement and liquidity rather than smart-contract applications or digital scarcity.

XRP is the native token of the XRP Ledger, with a market cap of about $74 billion as of 2026. The network is designed for fast settlement and relatively low transaction costs.

Its long operating history and established recognition distinguish XRP from many newer crypto assets.

The U.S. Strategic Bitcoin Reserve is specifically designated for Bitcoin. A separate U.S. Digital Asset Stockpile was established for certain non-BTC digital assets already held by the government through forfeiture and similar proceedings. Ripple Labs is separate from XRP the asset and the XRP Ledger network.

What Supports XRP’s Long-Term Case?

• long operating history;

• established payments-oriented ecosystem;

• fast settlement;

• substantial market liquidity and recognition.

What Could Challenge the Thesis?

XRP competes with stablecoins, conventional payment infrastructure, tokenized bank deposits and other blockchain settlement networks, and its long-term outlook is also shaped by regulatory treatment, including past action by the Securities and Exchange Commission tied to the asset.

Long-term investors should also distinguish between Ripple the company, XRP the asset and the XRP Ledger network. Developments benefiting one do not necessarily create equivalent value for the others, and institutional integration and regulatory clarity generally favor established cryptocurrencies over experimental ones.

How Do Major Long-Term Crypto Candidates Compare?

Each token depends on a different long-term economic and technological thesis.

What About Stablecoins as a 10-Year Hold?

Stablecoins such as USDT and USDC should be evaluated differently because they are designed primarily to maintain a reference value, and many leading stablecoins are designed to track a fiat currency such as the U.S. dollar, rather than appreciate in price.

A dollar-backed stablecoin generally targets approximately $1. Stablecoins are pegged to a fiat currency such as the U.S. dollar. If it performs as intended, holding it for 10 years does not itself create the same capital-appreciation thesis as holding BTC, ETH or another variable-price asset.

Stablecoins instead serve functions including:

• trading liquidity;

• payments;

• settlement;

• remittances;

• DeFi collateral;

• treasury management.

They also carry distinct risks involving reserves, issuers, redemption, regulation and depegging.

A stablecoin that is prominent in 2026 may not necessarily be the dominant stablecoin in 2036. Issuer quality, regulatory status and reserve structures should therefore be reassessed over time.

Are Memecoins Suitable for a 10-Year Thesis?

Memecoins are particularly difficult to evaluate over a 10-year horizon because their value can depend heavily on attention, community activity, liquidity and market sentiment.

Dogecoin demonstrates that a meme-originated asset can survive for many years, and it has at times been accepted by some major companies as payment. That means it would be inaccurate to assume every memecoin necessarily disappears.

However, many newer memecoins have limited technical differentiation, application demand or mechanisms that create durable token demand.

For a decade-long evaluation, useful questions include:

• Is the community still active outside speculative periods?

• Is liquidity broadly distributed?

• Does the project have development activity?

• Does the token have a use beyond trading?

• How concentrated is ownership?

• What could sustain demand if the original meme loses relevance?

Historical price appreciation alone is not evidence of long-term survivability.

Seven Factors to Evaluate Before Considering a 10-Year Crypto Thesis

1. Network Utility

What problem does the blockchain or protocol solve?

Over a 10-year period, strong use cases matter more than hype alone and are essential indicators of long-term suitability.

A token whose only thesis is future price appreciation is harder to evaluate fundamentally than one connected to observable network activity.

2. Network Effects

Users, developers, applications, integrations, liquidity and infrastructure can reinforce one another.

Strong network effects can make established protocols harder to displace, although technology markets can still change rapidly.

3. Developer Activity

Active development indicates that a network is still evolving.

Raw developer counts should not be used alone. The quality and economic significance of applications built on the network also matter.

4. Tokenomics

Evaluate:

• maximum supply, if one exists;

• circulating supply;

• future issuance;

• token unlocks;

• staking rewards;

• fee mechanisms;

• token burns;

• concentration among insiders or large holders.

A successful blockchain does not automatically mean its token captures equivalent economic value.

5. Security and Decentralization

Consider:

• consensus architecture;

• validator or miner concentration;

• historical network incidents;

• client diversity;

• governance control;

• upgrade mechanisms.

Security assumptions can also change as technology develops.

6. Liquidity

Large, liquid assets are generally easier to trade across market cycles.

Low liquidity can create wider spreads, greater price impact and increased difficulty exiting a position during stressed markets.

7. Regulatory Resilience

Regulation can affect how investors buy, hold, and sell cryptocurrency through crypto exchanges, staking, institutional products, taxation, and jurisdiction-specific rules that shape how particular crypto assets are classified.

Because regulation varies across jurisdictions, no global regulatory status should be assumed from one country’s treatment.

Does Dollar-Cost Averaging Make Sense for Long-Term Crypto?

Dollar-cost averaging (DCA) is one method of spreading purchases across multiple entry dates, but it does not guarantee better returns or a lower average acquisition cost.

Instead of buying an entire intended position at one price, a DCA strategy invests predetermined amounts at regular intervals.

That can reduce dependence on a single entry point and make the purchase process systematic.

However, if an asset rises consistently, investing gradually can underperform deploying capital earlier. If the asset ultimately declines permanently, DCA also does not prevent losses.

DCA should therefore be understood as an execution strategy, not evidence that the underlying cryptocurrency is a good long-term investment.

Staking and Long-Term Crypto Holdings

Proof-of-stake networks including Ethereum, Solana and Cardano allow token holders to participate in staking.

Staking can increase the number of tokens held, but staking rewards do not guarantee positive investment returns.

Outcomes can be affected by:

• token-price changes;

• reward-rate changes;

• token inflation;

• validator performance;

• slashing;

• lock-up or unbonding periods;

• platform fees;

• custody arrangements.

Users can stake directly, use third-party staking infrastructure, or access centralized services where available. Staking may appeal more to experienced investors who understand validator, custody and protocol risks, and each method introduces different operational, smart-contract and counterparty risks.

Bitcoin does not use proof-of-stake and therefore does not generate native staking rewards.

How Should Long-Term Holders Think About Custody?

A 10-year holding period makes custody particularly important.

Centralized Platforms

Centralized exchanges can provide convenient trading, account recovery and access to supported products, but users are exposed to platform and custody risk.

Self-Custody

Hardware and software wallets allow users to control their own private keys, reducing reliance on a centralized custodian.

However, self-custody transfers responsibility to the user. Lost seed phrases, incorrect transactions and compromised keys can result in irreversible losses.

Neither approach eliminates risk.

Gate provides spot markets for a broad range of digital assets. Availability and product eligibility vary by asset and jurisdiction. Long-term users should separately evaluate trading costs, custody arrangements, account security and the risks associated with centralized custody or self-custody.

Taxes and Regulation Over a 10-Year Holding Period

Crypto tax treatment varies significantly by jurisdiction and is likely to change over a 10-year period.

Depending on local rules, transactions that may create reporting or tax obligations can include:

• sell cryptocurrency;

• exchanging one token for another;

• spending crypto;

• receiving staking rewards;

• receiving airdrops;

• earning yield.

Holding an asset without transacting may be treated differently depending on jurisdiction.

Users should retain transaction and cost-basis records and consult applicable local guidance or qualified tax professionals where necessary. Tax rules can also apply when users buy, hold, and later sell through exchanges, depending on jurisdiction.

Should You Assume Today’s Largest Cryptocurrencies Will Still Lead in 2036?

No.

Crypto history contains many assets that were once among the largest cryptocurrencies but later lost substantial market share, developer attention or economic activity.

Market capitalization therefore measures the market’s current valuation of an asset—not its probability of surviving another decade.

A stronger long-term assessment combines:

market position + network usage + developer activity + security + token economics + competitive advantage + regulatory resilience.

Even then, outcomes remain uncertain.

This is why a long-term thesis should be revisited periodically.

If a network loses developers, suffers repeated security failures, experiences declining usage, changes its token economics or is displaced by superior infrastructure, the assumptions behind a previous thesis may no longer apply.

Which Cryptocurrencies Could Still Matter in 10 Years?

Bitcoin and Ethereum currently remain the leading candidates in the cryptocurrency space, but no digital currencies can be assumed to remain dominant through 2036.

Bitcoin represents a monetary and scarcity-based thesis.

Ethereum represents a programmable blockchain and settlement-infrastructure thesis.

Solana represents a high-performance application-platform thesis.

Chainlink represents an oracle and interoperability-infrastructure thesis.

Cardano and Polkadot offer alternative approaches to smart-contract and multichain infrastructure, while XRP focuses primarily on payments and settlement.

The important distinction is that these are different technology and economic theses—not a ranked list of guaranteed long-term winners.

For anyone evaluating cryptocurrency over a 10-year period, the more durable question is not:

“Which coin will rise the most?”

It is:

“What would need to remain true for this network and its token to still have meaningful demand in 2036?”

Answering that question requires ongoing research into network adoption, technology, tokenomics, competition, regulation and security.

A decade is long enough for today’s market leaders to strengthen their positions—but also long enough for entirely new blockchain technologies to emerge, though the decentralized internet thesis also exists in the broader market and sits outside this article’s main focus.