What is Eternix?
Eternix is a Layer-1 blockchain designed around irreversible economic commitment, deterministic protocol behavior, and long-term validator sustainability.
Its consensus system, Proof of Ash, replaces liquid stake with two linked commitments:
- Validators burn ETX to create permanent consensus weight, represented by tickets.
- Validators maintain a slashable vault that keeps them economically exposed over time.
This is meant to avoid a core weakness of many stake-based systems: consensus power that can be acquired, used, and exited from without leaving a lasting protocol-level cost.
What makes Eternix different?
Section titled “What makes Eternix different?”Eternix is built around a few defining ideas:
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Proof of Ash consensus Consensus weight is created through ETX burns rather than conventional staking.
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Fees are burned, not paid to validators Validators are rewarded through base issuance and burn-offset rewards, not by capturing user fees.
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Protocol-level liveness fallback If a validator misses its slot, or if no eligible validators exist, the protocol can deterministically produce a block itself.
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First-Class Tokens Fungible tokens can exist at the protocol level rather than only as smart contracts.
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EVM-compatible execution goals Eternix is designed to preserve familiar developer workflows where practical, while diverging from Ethereum’s economic model.
Current stage
Section titled “Current stage”Eternix is currently in its first testnet implementation phase.
The project has a working blockchain foundation with:
- block production
- validator-aware protocol design
- transaction handling
- a defined testnet specification
- a broader protocol design document
Some major systems, such as networking, wallet tooling, full XVM integration, and public-facing documentation, are still under active development.
Where to go next
Section titled “Where to go next”- Read the Current Status page for a clearer picture of what exists today.
- Read How to Help if you want to contribute.
- Consult the Technical Specs for the current canonical protocol references.