zkVerify (VFY)
Rank #2285

Contract address:

US$ 0,006271+US$ 0,0₄5072(+0,81%)

Updated: 07/12/2026, 09:34 PM BRT

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Change by period

1h
+0,11%
24h
+0,81%
7d
+6,11%
14d
+9,05%
30d
+0,02%
1y
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High / low (24h)

24h high

US$ 0,006347

24h low

US$ 0,006209

Price history

All-time high (ATH)

US$ 0,200896.9% below

Sep 30, 2025

All-time low (ATL)

US$ 0,00557313% above

Jul 08, 2026

Price today

zkVerify (VFY) price today

The price of zkVerify (VFY) today, 07/13/2026, is US$ 0,006271, with a change of 0,8% up in the last 24 hours. The market capitalization of VFY is US$ 1,92 mi. Check below the 24-hour high and low:

24h range

Low US$ 0,006209High US$ 0,006347

Current price relative to the 24h low and high.

. The price of zkVerify in real time is automatically updated according to the global cryptocurrency market.

Trading activity (24h)

24h volume: US$ 13.280
24h change: +0,81%
24h high: US$ 0,006347
24h low: US$ 0,006209

Tools

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Crypto market sentiment

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About

What is zkVerify (VFY)?

Everything you need to know about zkVerify: origin, how it works, supply and official resources.

zkVerify (VFY) is a public and decentralized Layer 1 focused on the verification of zero-knowledge (ZK) proofs. The proposal focuses on making the checking of these proofs more efficient, reducing the costs and bottlenecks associated with this process on networks such as Ethereum. With this, the network aims to enable ZK applications with better scalability and privacy.

How ZK verification works

ZK proofs make it possible to validate computations without exposing the underlying data. Even so, verifying these proofs can be expensive and slow when done on-chain. zkVerify was designed to act as a verification layer to relieve this computational burden.

What it is used for in practice

zkVerify allows other networks, especially Layer 2 solutions and dApps that use ZK-rollups, to delegate the verification of ZK proofs. This approach can reduce the processing load, lower transaction costs, and support faster operations in the Web3 ecosystem.

A universal compatibility model

The goal is to offer a kind of “all-in-one” solution for the verification of ZKP proofs, simplifying development. Instead of requiring complex customized logic, developers can integrate zkVerify to verify different proof systems, accelerating the adoption of use cases in the ZK field.