What is the current price of ZKsync?
The current price of ZKsync is $0.009646 with a 7.40% change in the last 24 hours.
ZKsync is an Ethereum scaling ecosystem built on zero-knowledge proofs. Its flagship chain, ZKsync Era, is a Layer 2 zk-rollup: it executes transactions away from Ethereum, then posts compressed state changes back to Ethereum along with a cryptographic validity proof that the execution followed the rules. Ethereum verifies the proof, so users inherit Ethereum's security guarantees without paying Ethereum's execution costs.
ZK is the network's governance token. It does not replace ETH as the gas asset on ZKsync Era; it powers onchain governance and funds ecosystem programs. The broader ambition is the Elastic Network, a set of interoperable ZK Chains built from the same open-source ZK Stack, all settling their proofs to Ethereum.
Official sources:
ZKsync is developed by Matter Labs, an engineering team founded in 2018 and led by Alex Gluchowski. The first version of ZKsync was a payment-focused rollup; ZKsync Era, the general-purpose smart contract rollup, followed and became the network's main chain.
The ZK token launched on June 17, 2024, distributed in part through a one-time community airdrop with no lockups. Stewardship is split between Matter Labs as a core developer, the ZKsync Foundation, and the onchain governance system collectively branded ZK Nation. The protocol has continued to change through major upgrades, including the Atlas upgrade in late 2025 that introduced a new high-throughput sequencer, an operating system layer called ZKsync OS, and a replacement proof system.
A zk-rollup does three things, and ZKsync illustrates each clearly.
Execution away from Ethereum A sequencer receives transactions, orders them, and executes them in batches on the Layer 2. Users get fast confirmations because they are not waiting for Ethereum blocks. Transactions can also be initiated from Ethereum through a priority queue the sequencer is obliged to process.
Proving A prover generates a succinct validity proof attesting that the batch was executed correctly. ZKsync's newer proof system, Airbender, is a RISC-V based prover designed for very fast proof generation, replacing the earlier Boojum system on new chains.
Settlement and data availability The proof is verified by contracts on Ethereum. ZKsync is a state-diff rollup, publishing changes to storage slots rather than raw transaction data, so repeated writes to the same slot collapse into a single update and the Ethereum footprint stays small. Chains that choose not to publish this data to Ethereum operate as validiums, trading cost for weaker data availability guarantees.
Messages travelling from Layer 2 to Ethereum are emitted as native virtual machine logs and included in the batch commitment, which is what makes withdrawals and cross-layer messaging provable rather than merely asserted by the operator.
The ZK Stack is the open-source framework anyone can use to launch a ZK Chain, public or private. The Elastic Network is the collection of those chains, designed to interoperate rather than fragment liquidity. ZKsync Era is the flagship public chain. Prividium is a configuration aimed at institutions that need privacy, compliance controls, and data ownership. ZKsync Connect is the interoperability layer for moving value and messages between public and private chains. Governance runs through ZK Nation, with a Token Assembly, a Security Council, and Guardians as distinct bodies.
ZK is primarily a governance asset. It confers voting power in the three-body governance system, where holders can delegate voting weight, submit proposals, and vote on protocol upgrades, network parameters, and Token Program Proposals that direct ecosystem funding.
The token has a supply cap of 21 billion. Allocation was published at launch: roughly 29.3 percent to the Token Assembly for governance-directed programs, about 19.9 percent to ecosystem initiatives managed by the ZKsync Foundation, 17.5 percent to the one-time airdrop, and the remainder to investors and the Matter Labs team under multi-year vesting with a one-year cliff. Rather than minting everything upfront, the design uses capped minter contracts so tokens are created as needed.
On ZKsync Era itself, gas is denominated in ETH. Native account abstraction and paymasters let applications sponsor transactions or accept fees in an ERC-20 token, so the fee experience stays flexible even though ETH remains the underlying unit.
Three things stand out. The first is native account abstraction: on ZKsync Era every account behaves as a smart contract account, so features that need an add-on layer elsewhere are part of the protocol here. Signature verification and balance updates are not baked into a fixed intrinsic transaction cost, which lets different account types use different and sometimes cheaper signature schemes.
The second is state-diff data availability, since publishing what changed rather than what happened saves meaningfully for applications that write to the same storage slots repeatedly. The third is the deliberate multi-chain framing: the stated goal is not one large chain but a network of chains sharing a proof system that can be treated as a single liquidity and messaging environment.
Compared with optimistic rollups, ZKsync uses validity proofs rather than a fraud-proof challenge window, so withdrawal finality depends on proof generation rather than on waiting out a dispute period. Compared with rollups aiming for bytecode-level equivalence with Ethereum, ZKsync compiles Solidity to its own virtual machine, which historically meant low-level differences developers had to account for, in exchange for proving efficiency and protocol-level features like account abstraction. Compared with other zero-knowledge ecosystems, its emphasis on an enterprise-grade private chain configuration and on institutional interoperability is a distinguishing strategic bet rather than a purely technical one.
ZKsync Era hosts the usual Layer 2 activity: decentralized exchanges, lending, stablecoin payments, collectibles, and games that need low fees and quick confirmations. The ZK Stack extends that to teams wanting their own chain with custom rules, a custom base token, or a validium configuration. Prividium targets institutions handling tokenized deposits and real-world assets that cannot publish transaction details openly. Holding ZK is itself a use case for anyone who wants to vote or delegate in governance.
Security comes from cryptography anchored to Ethereum rather than from a separate validator set. Every state transition must be accompanied by a validity proof verified by Ethereum contracts, so an operator cannot finalize an invalid state even if it wanted to. The system also constrains the operator in subtler ways: upgrade transactions must be the first transaction in a batch and must emit their hash as a system log before execution, which prevents a malicious operator from quietly swapping system contract implementations.
Governance adds a human layer: the Security Council handles emergency and security-critical decisions, Guardians provide a separate check, and the Token Assembly votes on ordinary upgrades. As with any rollup, users should check the current state of sequencer decentralization and the available escape hatches, which are documented and continue to evolve.
Rollup sequencers are a centralization point, and a sequencer outage can stall the chain even though funds remain provably recoverable. Proof systems and their circuits are complex, and a bug in a circuit is a serious class of risk that audits reduce but cannot eliminate. Bridging between Ethereum and any Layer 2 carries its own contract risk.
Chains built with the ZK Stack that choose validium mode do not publish full data to Ethereum, so their guarantees are weaker than the flagship rollup's and must be evaluated separately. Governance concentration is worth watching given how much of the supply sits with the Token Assembly and with vesting insiders. Finally, the Layer 2 field is crowded and competitive, and leadership in proving speed has changed hands repeatedly.
ZKsync is one of the projects that turned zero-knowledge rollups from a research idea into production infrastructure carrying ordinary transactions. Its work on native account abstraction, state-diff data availability, and fast RISC-V based proving pushed the field forward, and the ZK Stack made launching a proof-secured chain something a normal engineering team can attempt.
ZK is available on major centralized exchanges and on decentralized exchanges on both Ethereum and ZKsync Era. Availability and trading pairs vary by jurisdiction.
ZK is commonly available on:
Pairs are typically quoted against USDT or USD where supported.
ZK exists both on ZKsync Era, at 0x5A7d6b2F92C77FAD6CCaBd7EE0624E64907Eaf3E, and on Ethereum, at 0x66A5cFB2e9c529f14FE6364Ad1075dF3a649C0A5. Any wallet supporting the relevant network can hold it, including browser and mobile wallets and hardware wallets paired with compatible software.
Because the same token exists on two networks, confirm which one you are sending to before transferring. If you intend to vote or delegate in governance, check which network the governance contracts expect.
You can compare ZKsync with other Ethereum scaling ecosystems on Coinrithm:
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Read the complete paper trading guideThe current price of ZKsync is $0.009646 with a 7.40% change in the last 24 hours.
The daily trading volume is $1,695,229 representing a 55.70% change in the past 24 hours.
The market capitalization of ZKsync is $100,029,791, ranking #204 globally.
The fully diluted valuation (FDV) of ZKsync is $202,560,036, calculated assuming the maximum supply of 21,000,000,000 ZK is in circulation.
Circulating: 10,370,385,240. Total: 21,000,000,000. Max: 21,000,000,000.
In the last 24 hours, ZKsync traded between a low of $0.008972 and a high of $0.009693.
ZK/USDTTether USDT0.009646 USDT
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