What Is Tezos Used For? XTZ, Governance, and the EVM Ecosystem

Market Trends

16 October 2026

Tezos is mainly used for three things: XTZ as the base asset for network economics and security, a governance system that writes protocol upgrades directly on-chain, and an execution layer that is bringing EVM compatibility into Layer 1. If you are wondering what Tezos can actually do, the answer depends on whether you are a user, a validator, or a developer.

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XTZ Is More Than a Gas Token

XTZ plays several roles in the Tezos network. Paying transaction fees is only the most basic one. On-chain transfers, deploying contracts, and executing operations all consume XTZ as gas, but its functions go far beyond that.

XTZ is central to network consensus. Tezos uses a Liquid Proof of Stake (LPoS) mechanism, meaning validators called Bakers need to hold and lock XTZ to participate in block production and validation. Unlike many PoS networks, Tezos delegation does not require you to transfer your assets. You can delegate your validation rights to a Baker while your XTZ stays in your own wallet and can be moved at any time. This "delegate but do not transfer" design lowers the barrier to participation and keeps assets liquid.

XTZ is also directly linked to governance rights. Protocol upgrades and proposal votes are carried out by nodes that hold XTZ and participate in Baking. This means XTZ represents not only economic value but also voting weight over the direction of the protocol.

Governance: Upgrades Are On-Chain, No Hard Forks

Tezos's most distinctive design is that protocol upgrades are themselves an on-chain process. On traditional public blockchains, changing the rules requires developers and nodes to coordinate off-chain. If they cannot agree, a hard fork may happen and split the chain into two. Tezos's self-amending mechanism puts proposals, voting, testing, and activation all at the protocol layer, so no hard fork is needed.

The whole process has five stages, each lasting about 14 days. During the Proposal period, delegates submit upgrade proposals and vote. After reaching quorum, the proposal with the most votes enters the Exploration period. During the Exploration vote, participants decide whether to consider the proposal. It needs to meet both participation requirements and a supermajority, meaning Yea votes must exceed 80% of Yea plus Nay votes. The Cooldown period gives the community time to test. The Promotion period is the final vote. The Adoption period lets developers adapt, and after it ends, the mainnet automatically activates the new protocol.

This process has a strong track record. On June 30, 2026, Tezos activated its 21st protocol upgrade, Ushuaia, through on-chain governance automatically. There was no fork and no downtime. Ushuaia increased the bandwidth of the data availability layer (DAL) by 15 times, from about 0.66 MB/s to 10 MB/s, allowing Etherlink to handle hundreds of thousands of transactions per second. At the same time, DAL confirmation latency dropped from 66 seconds to 12–18 seconds, directly improving fast withdrawals between Layer 1 and Layer 2.

The EVM Ecosystem: Etherlink and the Emerging Tezos X

Tezos's EVM compatibility layer is called Etherlink. It is a Layer 2 built on Tezos Smart Rollup technology, and for Ethereum developers it is almost a seamless migration. Standard tools like MetaMask, Hardhat, and The Graph work directly. Transaction fees are paid in XTZ, with an average cost of about $0.001 and sub-second confirmation times.

Mature DeFi protocols like Curve, Morpho, and Uniswap are already running on Etherlink. In August 2026, Etherlink 7.0, codenamed Ganesha, was activated. It introduced the Michelson interface and Native Atomic Composability (NAC). Michelson is Tezos's native smart contract language. Ganesha lets Michelson contracts and EVM contracts coexist on the same ledger and call each other within a single transaction. Either everything succeeds or everything rolls back. No bridge is needed and there are no wrapped tokens.

This is a core step in the Tezos X roadmap. The goal of Tezos X is to unify EVM and Michelson into one execution layer so that assets and contracts from both ecosystems can interoperate directly. In May 2026, the Tezos X Previewnet went live for developers to test. The activation of Etherlink 7.0 on mainnet means a key part of this architecture is already in place.

What This Means for Everyday Users

If you hold XTZ, the most direct use is participating in the network through delegation or staking. Since the Paris upgrade in June 2024, Tezos has supported personal staking. Staking rewards are about three times higher than delegation rewards, and earnings compound automatically every 2.8 days. Delegation is still available, and your XTZ stays in your own wallet, so liquidity is not affected.

If you are an Ethereum developer, Etherlink offers a low-cost deployment path. You can move your Solidity contracts over directly. If you have an application in the native Tezos ecosystem using Michelson, after Etherlink 7.0 you can also use NAC to directly access liquidity and users on the EVM side.

Tezos is not positioning itself as the fastest or cheapest chain. It is betting on a protocol that can keep upgrading itself without splitting, and on two developer ecosystems eventually working together on the same execution layer. The result of that bet will become clearer after the Tezos X mainnet launches in the second half of 2026.

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