Ethereum vs Bitcoin: Key Differences Every Beginner Should Know

Bitcoin and Ethereum are often mentioned together, but treating them as interchangeable cryptocurrencies misses the most important part of the comparison. Bitcoin and Ethereum use decentralized blockchain networks, yet they were designed around different objectives, use different consensus mechanisms, have different monetary policies, and support different types of applications.

Bitcoin was introduced in 2009 through Satoshi Nakamoto’s paper, “Bitcoin: A Peer-to-Peer Electronic Cash System.” Its design focused on enabling electronic payments without relying on a financial intermediary.

Ethereum launched in 2015 with a broader objective: creating a programmable blockchain on which developers could deploy smart contracts and decentralized applications. Ethereum’s official documentation describes smart contracts as programs that run on the Ethereum blockchain and execute according to their programmed logic.

That difference explains much of what separates BTC from ETH.

Bitcoin is generally associated with digital scarcity, monetary value, payments, and long-term value storage. Ethereum is associated with programmable blockchain infrastructure, decentralized applications, smart contracts, tokenization, decentralized finance, and other digital-economy use cases.

For beginners deciding between Bitcoin and Ethereum, understanding those fundamental differences is more useful than simply comparing their prices.

Important: Cryptocurrency prices can be highly volatile, and this article is educational rather than individualized investment advice.

Bitcoin vs Ethereum at a Glance

Before examining the technical details, it helps to establish the basic comparison.

Ethereum’s own comparison page identifies these differences, including Bitcoin’s 21-million supply limit, Ethereum’s proof-of-stake model, smart-contract functionality, and their different development philosophies.

What Is Bitcoin?

Bitcoin is a decentralized digital currency designed to allow users to transfer value without depending on a central financial institution.

Its original whitepaper described a peer-to-peer electronic cash system in which transactions could be made directly between parties without a trusted intermediary.

Bitcoin’s architecture deliberately limits complexity.

The network uses a blockchain to record transactions, while proof of work allows participants to reach agreement about the state of the ledger without relying on a central authority.

Bitcoin Core validates blocks according to the network’s consensus rules, including the rule that prevents the creation of more than 21 million bitcoins.

This predictable monetary policy is one of Bitcoin’s defining characteristics.

Bitcoin’s issuance is programmed to decline through periodic halvings. According to Bitcoin.org, the block subsidy halves every 210,000 blocks, approximately every four years. The original subsidy was 50 BTC per block in 2009.

The eventual supply is capped at 21 million BTC.

This scarcity is a central part of the Bitcoin investment thesis.

What Is Ethereum?

Ethereum is a blockchain network designed to support programmable applications as well as its native cryptocurrency, ETH.

This distinction is important because Ethereum and Ether are not technically the same thing.

Ethereum is the network.

ETH, or ether, is the native cryptocurrency used within that network.

Ethereum’s documentation explains that ETH is used to pay transaction fees and is also used to participate in proof-of-stake validation.

Ethereum allows developers to deploy smart contracts—programs that operate on the blockchain according to predefined rules.

That programmability creates an ecosystem far broader than simple cryptocurrency transfers.

Developers can build decentralized finance applications, token systems, NFT platforms, games, decentralized organizations, stablecoin infrastructure, and other applications using Ethereum’s technology.

This is the fundamental reason why comparing BTC and ETH solely as “two cryptocurrencies” is incomplete.

The Biggest Difference: Purpose

The clearest distinction between Bitcoin and Ethereum is their intended purpose.

Bitcoin was designed primarily as decentralized digital money.

Ethereum was designed as programmable blockchain infrastructure.

Bitcoin’s limited scripting model is partly intentional. Its architecture prioritizes predictable monetary policy, security, decentralization, and resistance to unnecessary protocol complexity.

Ethereum takes a different approach. Its virtual machine and smart-contract architecture allow developers to create applications that operate on the blockchain.

Ethereum’s official documentation describes the Ethereum Virtual Machine as the component responsible for computation on the Ethereum network, while smart contracts provide programs that can execute functions when triggered by transactions.

This difference can be summarized simply:

Bitcoin asks: “How can decentralized value be transferred and secured?”

Ethereum asks: “What kinds of decentralized applications can run on a blockchain?”

Both approaches have advantages, but they solve different problems.

Bitcoin vs Ethereum: Proof of Work vs Proof of Stake

Another major difference is how the two networks reach consensus.

Bitcoin uses proof of work.

Ethereum uses proof of stake.

Bitcoin’s proof-of-work model requires miners to perform computational work to participate in securing the network. Bitcoin.org explains that miners compete to produce valid blocks and that the network adjusts mining difficulty to maintain an average block interval of approximately 10 minutes.

Ethereum switched from proof of work to proof of stake in 2022. Ethereum’s documentation states that proof of stake replaced its previous proof-of-work system.

Under Ethereum’s proof-of-stake system, validators stake ETH and participate in validating blocks and reaching consensus. Ethereum states that validators must stake capital that can be penalized if they act dishonestly.

The minimum stake for a direct Ethereum validator is 32 ETH.

This does not mean a beginner needs 32 ETH to own ETH or participate in Ethereum-related investments. Holding ETH and operating a validator are different activities.

Why Bitcoin Uses Mining

Bitcoin mining is a core component of the network’s security model.

Miners use specialized hardware to perform computational work. The network rewards successful miners with newly issued bitcoin and transaction-related rewards.

Bitcoin.org explains that proof of work makes it computationally expensive to manipulate the blockchain and that changing historical transactions would require recalculating subsequent proof-of-work requirements.

The energy consumption associated with this system is therefore a feature of Bitcoin’s security model rather than an accidental side effect.

Supporters argue that the energy expenditure contributes to the network’s security and independence from centralized control.

Critics argue that the energy requirements create environmental and economic concerns.

Ethereum’s move to proof of stake was partly motivated by reducing energy consumption and changing its security architecture. Ethereum describes proof of stake as significantly less energy-intensive than its former proof-of-work design.

Bitcoin vs Ethereum: Supply Differences

Supply is another fundamental distinction.

Bitcoin has a predetermined maximum supply of 21 million BTC.

That limit is embedded in Bitcoin’s protocol rules. Bitcoin.org explicitly describes Bitcoin as having a 21-million-coin limit.

Ethereum does not have the same fixed maximum supply.

Instead, ETH issuance is linked to proof-of-stake validation, while ETH is also burned through a mechanism associated with transaction activity.

Ethereum’s official documentation explains that ether is issued according to staking-related activity and that ether is burned every block in proportion to network activity and demand.

This creates a more dynamic monetary system.

As a result, beginners should avoid saying that “Bitcoin is deflationary and Ethereum is inflationary” as though those labels completely describe the two assets.

Ethereum’s net supply can vary depending on issuance and burn activity.

Bitcoin’s issuance, by contrast, follows its predetermined schedule and ultimately reaches the 21-million limit.

Why Scarcity Matters for Bitcoin

Bitcoin’s fixed maximum supply is one of its most frequently discussed characteristics.

The economic argument is straightforward: if demand increases while the maximum quantity is constrained, scarcity can become an important factor in valuation.

That does not guarantee that Bitcoin’s price will rise.

Bitcoin.org itself states that there is no guarantee that Bitcoin’s price will increase.

Price still depends on demand, adoption, liquidity, market conditions, regulation, investor expectations, competition, macroeconomic conditions, and many other factors.

The 21-million limit is therefore better understood as part of Bitcoin’s monetary design rather than as a promise of investment returns.

Ethereum’s Supply Is More Complex

Ethereum’s supply model requires more explanation.

New ETH is issued to validators as part of the proof-of-stake system.

At the same time, Ethereum’s protocol burns a portion of transaction fees through its fee mechanism.

Therefore, the net supply change depends on the relationship between ETH issuance and ETH burned.

When network activity and fee demand are high, more ETH can be burned. When issuance exceeds the amount burned, total supply can increase.

This dynamic makes Ethereum’s monetary policy more responsive to network activity than Bitcoin’s predetermined issuance schedule.

For investors, that means the two assets should not be analyzed using exactly the same supply framework.

Smart Contracts Are the Defining Ethereum Advantage

Smart contracts are perhaps the single biggest functional difference between Ethereum and Bitcoin.

Ethereum defines a smart contract as a program that runs on the Ethereum blockchain. Smart contracts contain code and data at blockchain addresses and can execute functions when users interact with them.

This allows Ethereum to act as a platform rather than simply a payment network.

For example, a decentralized exchange can use smart contracts to facilitate token swaps.

A lending protocol can use smart contracts to establish borrowing and collateral rules.

An NFT marketplace can use smart contracts to manage ownership transfers.

A decentralized organization can use smart contracts to implement governance mechanisms.

The important point is that Ethereum applications can interact with each other. Ethereum’s documentation describes smart contracts as composable and comparable to open APIs that other contracts can call.

That composability is one reason Ethereum became a foundation for a large portion of the broader Web3 ecosystem.

What About Bitcoin Smart Contracts?

Bitcoin is not completely incapable of programmable transactions.

Bitcoin has a scripting system that allows specific types of conditions to be attached to transactions.

However, Bitcoin’s scripting environment is intentionally more limited than Ethereum’s general-purpose smart-contract environment.

That difference is deliberate.

Bitcoin’s design emphasizes simplicity and security, while Ethereum prioritizes programmability.

Therefore, it is more accurate to say that Ethereum is optimized for general-purpose smart contracts, while Bitcoin uses a more constrained scripting model.

This is an important distinction because saying “Bitcoin has no smart contracts” is technically too broad.

Transaction Fees: BTC Fees vs Ethereum Gas

Both networks charge transaction fees, but the terminology and mechanics differ.

Bitcoin transactions generally include fees paid to miners, with the fee market influenced by transaction demand and block space availability.

Ethereum uses gas to measure the computational resources required to process transactions and smart-contract operations.

Ethereum’s documentation explains that gas represents computational power and that transaction senders pay gas fees in ETH.

A simple ETH transfer and a complicated smart-contract interaction can therefore have very different gas requirements.

This is particularly relevant for beginners using decentralized applications.

You may hold ETH successfully but still need additional ETH to pay transaction fees when interacting with contracts.

Bitcoin vs Ethereum Transaction Speed

Transaction speed is another area where simplistic comparisons can be misleading.

Bitcoin blocks are targeted at approximately 10-minute intervals.

Ethereum’s architecture operates differently, with its proof-of-stake consensus mechanism providing much faster finality than Bitcoin’s conventional confirmation model. Ethereum’s official comparison page describes Ethereum as reaching finality in around 15 minutes.

However, users should distinguish between:

Block production

Transaction inclusion

Confirmation

Finality

User experience

These concepts are related but not identical.

A transaction appearing in a block does not necessarily mean it has the same finality characteristics as a transaction that has passed through a network’s full consensus process.

For everyday users, the important question is often not simply “Which blockchain is faster?” but “How quickly can my transaction be reliably finalized at an acceptable cost?”

Bitcoin vs Ethereum Energy Consumption

Bitcoin’s proof-of-work design requires substantial computational energy.

Ethereum’s transition to proof of stake dramatically changed its energy model.

Ethereum officially states that proof of stake is less energy-intensive than its previous proof-of-work architecture.

The comparison is therefore straightforward at the consensus-mechanism level:

Bitcoin uses energy-intensive mining.

Ethereum uses capital-staked validators.

However, energy consumption should not be used as the only measure of network quality.

Bitcoin’s energy expenditure is part of its security model.

Ethereum’s lower energy requirements come with a different economic and technical security model.

The two networks make different trade-offs.

Bitcoin vs Ethereum for Payments

Bitcoin was explicitly designed around peer-to-peer electronic payments.

Bitcoin.org describes Bitcoin as allowing people to send and receive money directly without depending on a central authority.

Ethereum can also transfer value, but its broader architecture means transactions frequently involve smart contracts and digital applications.

For simple monetary transfers, Bitcoin’s simpler design can be attractive.

For transactions involving tokens, decentralized applications, or programmable financial products, Ethereum’s flexibility can be more relevant.

This does not mean Bitcoin cannot support advanced applications or Ethereum cannot function as a payment network.

It means their core design priorities differ.

Bitcoin vs Ethereum for Decentralized Finance

Ethereum has historically played a central role in decentralized finance because of its smart-contract capabilities.

DeFi applications can implement lending, trading, derivatives, stablecoins and other financial mechanisms through blockchain-based programs.

Bitcoin’s base layer is not designed to provide the same general-purpose smart-contract environment.

However, Bitcoin’s ecosystem has expanded beyond basic transfers through additional protocols and scaling technologies.

Therefore, the difference is not “Bitcoin has no applications.”

The more accurate distinction is that Ethereum’s base layer was specifically designed to be a programmable application platform, while Bitcoin’s base layer emphasizes secure and decentralized monetary transactions.

Bitcoin vs Ethereum for NFTs

Ethereum became a major platform for NFTs because its smart contracts can represent and transfer programmable digital assets.

Ethereum’s application architecture makes it possible to create token standards and marketplaces that operate through smart contracts.

Bitcoin can also support digital asset protocols and applications, but its approach is structurally different.

For beginners, the practical takeaway is that Ethereum has a more mature general-purpose smart-contract environment, whereas Bitcoin’s ecosystem has historically focused more heavily on monetary applications.

Bitcoin vs Ethereum for Developers

Developers face very different environments on the two networks.

Ethereum is built around the Ethereum Virtual Machine and supports programming languages such as Solidity and Vyper for smart-contract development.

Ethereum’s developer documentation covers smart contracts, accounts, transactions, gas, nodes, consensus, networks, and the EVM.

Bitcoin development is generally more constrained at the base layer.

That limitation can be viewed as an advantage because fewer programmable possibilities can mean a smaller attack surface and greater predictability.

Ethereum’s flexibility is powerful, but smart contracts can contain bugs and vulnerabilities.

This creates a trade-off:

More programmability can produce more functionality.

More functionality can also create more complexity and more potential failure modes.

Bitcoin vs Ethereum Security

Security is not simply a matter of asking which network is “more secure.”

Both networks use cryptographic mechanisms and decentralized consensus, but their security assumptions differ.

Bitcoin’s proof-of-work model relies on computational expenditure and mining competition.

Ethereum’s proof-of-stake model relies on economic value being staked by validators and penalties for dishonest behavior.

Bitcoin.org explains that proof of work makes historical transaction manipulation increasingly difficult because an attacker would need to reproduce the required computational work.

Ethereum’s proof-of-stake model instead creates economic consequences for certain dishonest validator behavior.

Both systems have been designed around different security assumptions.

For investors, understanding those assumptions is more useful than declaring one network universally “safer.”

Bitcoin vs Ethereum: Decentralization and Governance

Bitcoin’s development philosophy is notably conservative.

Major protocol changes are approached cautiously because the network’s monetary function depends heavily on predictability.

Ethereum’s development process is more iterative.

Ethereum’s official comparison page describes Bitcoin’s governance and upgrades as conservative and relatively slow-moving, while Ethereum is more flexible and community-driven.

Neither philosophy is inherently correct for every purpose.

For a monetary asset, predictable rules can be highly valuable.

For a programmable platform, the ability to upgrade technology can be important.

The trade-off is that more frequent upgrades can introduce greater complexity and require users, developers, and infrastructure providers to adapt.

Bitcoin vs Ethereum Investment Thesis

The investment thesis for Bitcoin and Ethereum is therefore fundamentally different.

A Bitcoin thesis may focus on:

Bitcoin’s 21-million supply cap

Decentralized monetary properties

Long-term adoption

Institutional demand

Digital scarcity

Network security

Global settlement

A thesis for ETH may focus more on:

Ethereum network usage

Smart-contract activity

Decentralized finance

Stablecoins

Tokenization

Developer activity

Staking

Ethereum’s role as blockchain infrastructure

Neither thesis guarantees returns.

The value of both assets can decline substantially, and historical performance does not guarantee future performance.

Bitcoin and Ethereum ETFs and Institutional Access

Institutional access has also become an important difference in how investors can obtain exposure to these assets.

The U.S. Securities and Exchange Commission approved the listing and trading of multiple spot Bitcoin exchange-traded product shares in January 2024.

The SEC subsequently approved similar spot Ethereum ETP listings in July 2024, according to SEC filings documenting the approval of Ethereum-related products.

This matters because investors can obtain market exposure through regulated exchange-traded products without necessarily managing a cryptocurrency wallet or private keys themselves.

However, holding an ETF or ETP is not identical to directly holding BTC or ETH.

Direct ownership can provide control over the underlying asset, while an exchange-traded product introduces an intermediary structure, management fees, market-hour considerations, custody arrangements, and product-specific risks.

Which Is Better for Beginners: Bitcoin or Ethereum?

There is no universal answer.

The better question is: “What exposure am I actually looking for?”

If your primary interest is digital scarcity, Bitcoin’s monetary design, and a relatively focused cryptocurrency thesis, Bitcoin may be easier to understand.

If your interest is decentralized applications, smart contracts, tokenization, DeFi, staking, and programmable blockchain infrastructure, Ethereum offers a broader technological ecosystem.

A beginner should not choose based solely on which asset has the lower price per coin.

The unit price of BTC or ETH does not determine whether one is “cheaper.”

Market capitalization, supply, demand, liquidity, network activity, adoption and valuation all matter.

You can purchase a fraction of either cryptocurrency, so the fact that one whole BTC costs much more than one ETH does not make BTC inherently more expensive in the investment sense.

Can You Own Both Bitcoin and Ethereum?

Yes.

An investor does not necessarily have to choose one network exclusively.

Bitcoin and Ethereum can serve different roles within a diversified digital-asset strategy.

However, diversification does not eliminate risk.

Both assets remain exposed to cryptocurrency-market volatility, regulatory changes, technological developments, liquidity conditions and broader macroeconomic factors.

The appropriate allocation, if any, depends on an individual’s circumstances and risk tolerance.

How Beginners Should Compare BTC and ETH

Instead of asking “Which one will go up more?”, beginners can use a structured comparison.

Start with purpose.

What problem does the network attempt to solve?

Then examine monetary policy.

How is the asset issued, and what determines supply?

Next, examine network security.

Does it use mining or staking?

Then evaluate utility.

Does the asset primarily function as money, or does it also provide access to programmable applications?

Finally, consider risk.

What could cause the investment thesis to fail?

This framework produces a more useful analysis than simply comparing historical price charts.

Common Beginner Mistakes When Comparing Bitcoin and Ethereum

One common mistake is assuming Bitcoin and Ethereum are competitors offering exactly the same product.

They are not.

Another mistake is comparing the price of one BTC with the price of one ETH and concluding that the cheaper coin has more room to grow.

That reasoning ignores supply and market capitalization.

A third mistake is assuming Ethereum’s lack of a fixed maximum supply makes ETH automatically inferior to Bitcoin.

Ethereum has a different monetary system involving issuance and ETH burning, so its supply needs to be analyzed differently.

Another mistake is assuming proof of stake means Ethereum is centralized or that proof of work automatically makes Bitcoin decentralized.

Consensus mechanisms are more complicated than those simple labels.

Finally, beginners sometimes assume that owning ETH means they automatically own every Ethereum-based token.

They do not.

ETH is the native asset of Ethereum. Other tokens can exist as separate assets governed by their own smart contracts.

Bitcoin vs Ethereum: Which Has More Utility?

“Utility” depends on what you mean.

Bitcoin has utility as a decentralized monetary network and digital asset.

Ethereum has utility as programmable blockchain infrastructure as well as a monetary asset.

If the question is which network supports more types of applications at the base layer, Ethereum has the broader smart-contract architecture.

If the question is which cryptocurrency has a simpler and more narrowly defined monetary proposition, Bitcoin is more focused.

That is why the two can coexist rather than necessarily replacing each other.

Final Verdict: Bitcoin vs Ethereum

Bitcoin and Ethereum represent two different approaches to blockchain technology.

Bitcoin prioritizes decentralized digital money, predictable issuance, scarcity, and a relatively conservative protocol design. Its supply is capped at 21 million BTC, and its network uses proof of work to secure the blockchain.

Ethereum prioritizes programmability. Its blockchain supports smart contracts and decentralized applications, and its proof-of-stake consensus mechanism uses ETH as the native asset for network fees and validator participation.

The most important distinction is therefore not which cryptocurrency has the higher price.

It is what each network is designed to do.

Bitcoin can be viewed primarily as a decentralized monetary network with a fixed maximum supply.

Ethereum can be viewed primarily as programmable blockchain infrastructure with ETH at the center of its economic system.

For beginners, understanding that distinction provides a much stronger foundation for evaluating BTC, ETH, wallets, ETFs, staking, DeFi, market cycles and other cryptocurrency topics.

Neither asset is guaranteed to appreciate, and both involve substantial risk. The strongest investment decisions begin with understanding the technology and the risks before considering potential returns.

Frequently Asked Questions

What is the main difference between Bitcoin and Ethereum?

Bitcoin was designed primarily as a decentralized digital-money network, while Ethereum was designed as a programmable blockchain platform that supports smart contracts and decentralized applications.

Is Bitcoin better than Ethereum?

Neither is universally better. Bitcoin and Ethereum serve different purposes. Bitcoin emphasizes decentralized money and scarcity, while Ethereum emphasizes programmable blockchain applications and smart contracts.

Is Ethereum better than Bitcoin for beginners?

It depends on the beginner’s objective. Bitcoin may be easier to understand because its primary purpose is relatively focused. Ethereum may be more suitable for someone interested in smart contracts, decentralized applications, staking or DeFi.

What is the difference between BTC and ETH?

BTC is Bitcoin’s native cryptocurrency, while ETH is Ethereum’s native cryptocurrency. BTC is used within the Bitcoin network, while ETH is used for Ethereum transactions, gas fees, and proof-of-stake validation.

Does Bitcoin have smart contracts?

Bitcoin supports programmable transaction conditions through its scripting system, but its scripting environment is more limited than Ethereum’s general-purpose smart-contract platform.

Does Ethereum have a maximum supply?

Ethereum does not have Bitcoin’s fixed 21-million supply cap. ETH issuance is connected to proof-of-stake participation, while ETH is also burned through protocol mechanisms associated with transaction activity.

Why does Bitcoin have a 21 million supply limit?

The 21-million limit is part of Bitcoin’s original protocol design. Bitcoin’s issuance decreases through scheduled halvings and is designed to eventually reach a maximum of 21 million BTC.

Is Ethereum proof of stake?

Yes. Ethereum switched from proof of work to proof of stake in 2022. Validators stake ETH to participate in securing and validating the network.

Is Bitcoin proof of work?

Yes. Bitcoin uses proof of work, with miners performing computational work to secure the network and produce valid blocks.

Which is faster, Bitcoin or Ethereum?

The networks use different mechanisms and definitions of confirmation and finality. Bitcoin targets approximately 10-minute block intervals, while Ethereum’s proof-of-stake system has a different finality process. Ethereum’s official comparison describes finality at around 15 minutes.

Which uses more energy, Bitcoin or Ethereum?

Bitcoin’s proof-of-work system is energy-intensive because it relies on computational mining. Ethereum switched to proof of stake, which Ethereum states is substantially less energy-intensive than its former proof-of-work system.

Can you own Bitcoin and Ethereum at the same time?

Yes. Investors can hold both assets, although owning both does not eliminate cryptocurrency-market risk or guarantee diversification benefits.

Is ETH the same as Ethereum?

No. Ethereum is the blockchain network, while ETH, or ether, is its native cryptocurrency. ETH is used to pay Ethereum transaction fees and plays a role in proof-of-stake validation.

What are Ethereum gas fees?

Gas represents the computational resources required to perform operations on Ethereum. Users pay gas fees in ETH when submitting transactions or interacting with smart contracts.

Which is better for DeFi, Bitcoin or Ethereum?

Ethereum has a broader native smart-contract environment and has been a major platform for decentralized finance. Bitcoin’s base layer is more narrowly designed around monetary transactions.

Which is better for NFTs?

Ethereum has a more general-purpose smart-contract architecture for creating and managing programmable digital assets. Bitcoin can also support digital-asset applications, but its base-layer design is different.

Can Ethereum replace Bitcoin?

There is no factual basis for claiming that Ethereum will replace Bitcoin. The networks have different purposes and can continue to serve different roles within the digital-asset ecosystem.

Can Bitcoin replace Ethereum?

There is likewise no basis for claiming that Bitcoin will replace Ethereum. Bitcoin’s base-layer design does not provide the same general-purpose smart-contract functionality that defines Ethereum.

Are Bitcoin and Ethereum ETFs available?

The U.S. SEC approved multiple spot Bitcoin exchange-traded product listings in January 2024, and SEC records document approvals involving spot Ethereum ETPs in July 2024.

Should beginners buy Bitcoin or Ethereum?

That decision depends on individual objectives, risk tolerance, financial circumstances, and investment strategy. Bitcoin and Ethereum have different technological and economic characteristics, so beginners should understand those differences before making an investment decision.

Is Bitcoin or Ethereum safer?

Neither can be described as universally safe. Both are volatile digital assets. Their networks also use different security models: Bitcoin relies on proof of work, while Ethereum relies on proof of stake and economic penalties for certain dishonest validator behavior.

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