Ethereum (ETH)
System: Ethereum — Blockspace Production
Ethereum provides a permissionless general-purpose execution, settlement, and data availability network, enabling users, applications, and external systems to execute smart contracts, settle transfers, and publish transaction data via Ethereum transactions. Founded in 2015, it uses a Proof-of-Stake consensus mechanism with an account-based execution model (EVM) that prioritises a large decentralised validator set. The system boundary includes the Ethereum state, validators and nodes, ETH the native asset, staking and slashing mechanisms, the on-chain fee market, open-source client software, the Ethereum foundation and the protocol software development process, and excludes applications on Ethereum, external L2 rollups, bridges, and other EVM-based blockchains.
Market Data
| Price | $2309.89 |
| Market Cap | $278.77B |
| Fully Diluted Valuation | $278.77B |
| 30d Change | 12.24% |
| 365d Change | 24.93% |
Token Functionalities
Collateral
- Performance-Bond
Right to provide ETH as collateral to secure the system. Validators that participant in block production are required to expose staked ETH as slashable collateral to prevent validator misconduct.
- Performance-Bond [Exogenous]
Right to restake ETH to contribute to other decentralized network services. For example EigenLayer restaking allows Ethereum validators and stakers to earn additional rewards by securing Actively Validated Services using their already-staked ETH or Liquid Staking Tokens (LST).
- Financial Collateral (Strong) [Exogenous]
Right to use ETH as financial collateral in Ethereum DeFi application ecosystem, as well as ecosystems of L2 systems that are integrated with Ethereum blockchain.
Value Distribution
- Burn Entitlement (Algorithmic or Guaranteed)
Right to benefit from increased percentage token ownership due to protocol-level burning of fees (supply reduction). 100% of base transaction fee is burned and priority fee is earned by Ethereum validators.
Payments
- Native Resource Fee (Weak) [Exogenous]
Right to use ETH to pay for fees of on several L2 blockchains that use Ethereum for trust gurantees and data availability (gas token). Arbitrum, Base, Optimism and many other rollups use ETH as their primary or exclusive asset in which fees can be paid to access services.
- Native Resource Fee (Strong)
Right to pay transaction processing fees on Ethereum blockchain exclusively in ETH. All users, applications and L2 systems that access execution, settlement, and data-availablity services have to submit transactions to network of validators.
- General Medium of Exchange [Exogenous]
Right to discharge a payment obligation to a willing counterparty for goods or services, inside or outside the system. This right exists only with a willing counterparty and is not system-enforced.
Service Provision
- State Transition Execution and Transaction Sequencing
Right to stake ETH to contribute in block production service as a validator.
- Data Availability
Right to make transaction data available under correctness guarantees for consumption by external execution domains (e.g., rollups posting blobs).
System Attributes
Operating Model
Ethereum delivers credible-neutral blockspace by coordinating independent providers (validators) with open entry; the service work is metered and settled on-chain, and the operations necessary to create value live on-chain. In other words, Ethereum’s day-to-day provision of blockspace does not require off-chain corporate operations as an input: only the on-chain protocol elements are operationally necessary.
Value Creation
The Ethereum blockchain creates value by producing scarce execution/inclusion capacity (blockspace) and, post-EIP-4844/Dencun, time-limited blob data availability used by rollups for publishing transaction data.
Value Capture
Users pay gas fees; the protocol burns the base fee (reducing supply) and routes priority fees to validators, while validators also receive ETH rewards for securing the chain.
Governance
Governance rights in Ethereum is tied to participants that fill operational roles (e.g., validators and node operators) and are implemented through mechanisms such as client software adoption and network upgrades. The Ethereum Foundation plays a significant coordinating and funding role in research, roadmap development, and client ecosystem support, but does not possess unilateral authority to enforce protocol changes; upgrades require adoption by independent validators and node operators.