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Scroll

  • What it is:Scroll is a zkEVM-based zkRollup on Ethereum that provides native compatibility for existing Ethereum applications while improving scalability, security, and decentralization.
  • Best for:Ethereum developers seeking scalability, High-frequency traders and DeFi applications, Projects valuing cryptographic security
  • Pricing:Starting from Sub-cent transaction fees
  • Rating:85/100Very Good
  • Expert's conclusion:Scroll is the leading zkEVM L2 for Ethereum developers that prioritize full compatibility, low cost and Proven ZK Security.
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Reviewed byMaxim Manylov·Web3 Engineer & Serial Founder

What Is Scroll and What Does It Do?

Scroll provides Layer 2 scaling of the Ethereum network utilizing zk- Rollup technology which utilizes zkEVM as its base to scale the number of transactions processed per second and decrease fees as a result of the congestion that occurs on the Ethereum Network. The company was founded in 2021 by three individuals who are part of the Ethereum Community. Scroll’s goal is to provide an accessible blockchain experience that would be similar to that of Ethereum’s Virtual Machine (EVM) to encourage wider adoption.

Active
📍United States
📅Founded 2021
🏢Private
TARGET SEGMENTS
DevelopersDeFi UsersNFT TradersEthereum Ecosystem

What Are Scroll's Key Business Metrics?

📊
$80M
Total Funding
📊
$1.8B
Valuation
🔄
15M+
Transactions Processed
🏢
60-100
Team Size
📊
200+
Monthly Projects

How Credible and Trustworthy Is Scroll?

85/100
Excellent

A highly funded zkEVM layer 2 project that has a solid foundation of technology, a successful main net launch and significant investor support, showing very high maturity within the ethereum scaling ecosystem.

BREAKDOWN
Product Maturity90/100
Company Stability85/100
Security & Compliance88/100
User Reviews75/100
Transparency85/100
Support Quality80/100
TRUST SIGNALS
$80M from top VCs including Polychain, SequoiaMainnet live since Oct 2023 with 15M+ txnsBytecode-level EVM compatibilityAWS infrastructure for scalability

What is the history of Scroll and its key milestones?

2021

Company Founded

Ye Zhang, Sandy Peng, and Haichen Shen, all founders of the Ethereum Community, built a zk-rollup scalability solution for the Ethereum Blockchain.

2022

Pre-Alpha Testnet

External testers were allowed to participate in the pre-alpha testing of Scroll’s test-net on July 19 and zCloak became one of their partners.

2023

$50M Series B Funding

Scroll raised $50 million, led by Polychain Capital, Sequoia China at a valuation of $1.8 billion dollars, a total of $80 million in funding was received.

2023

Alpha Testnet & Investments

Scroll released their Goerli Test Net on February 28th and also secured a investment from OKX Ventures on March 8.

2023

Mainnet Launch

Scroll successfully launched their zkEVM main net in October of 2023.

What Are the Key Features of Scroll?

✨
Bytecode-Level zkEVM Compatibility
Allows for existing solidity, vyper, and huff smart contract execution on the scroll platform with no modifications required or need for re-audit.
✨
ZK-Rollup Scaling
Executes transactions off chain with the use of zero knowledge proofs to settle the transactions back onto the Ethereum Blockchain, allowing for increased throughput and decreased cost.
✨
Three-Layer Architecture
Settlement layer connects to the Ethereum Blockchain to ensure data availability, transaction validation, and cross-network asset transferability.
✨
EVM Equivalence
Provides an ethereum like developer/user experience with complete compatibility.
✨
Low Transaction Fees
Dramatically reduces gas fees by compressing and batching transactions through ZK technology.
🔒
High Security Inheritance
Maintains ethereum’s l1 security while scaling transactions off chain.

What Technology Stack and Infrastructure Does Scroll Use?

Infrastructure

AWS with Amazon EC2, Amazon RDS, high-end GPU clusters for scalable zkEVM processing

Technologies

SolidityVyperHuffzkEVMZero-Knowledge Proofs

Integrations

Ethereum L1Uniswap V3DEX ProtocolsAccount Abstraction Wallets

AI/ML Capabilities

N/A - Utilizes zero-knowledge cryptographic proofs rather than AI/ML models

Based on official documentation, AWS case study, and technical overviews

What Are the Best Use Cases for Scroll?

Ethereum Developers
Deploys your existing solidity/vyper contracts on a scalable L2 with the same security as Ethereum L1.
DeFi Protocols
Scalable dApps with lower fees/higher tps and maintain full evm compatibility and l1 settlement.
NFT Marketplaces
Dramatic reduction in minting/trading gas costs for high volume nft operations.
DAO Treasury Managers
Execute frequent low-cost governance transactions in a timely manner without L1 congestion delay
NOT FORHigh-Frequency Traders
Sub-second latency arbitrage is not ideal for this platform as it is built to reduce costs over speed of HFT
NOT FORCentralized Finance Institutions
This is not an appropriate option -- it is intended to support decentralized applications as opposed to permissioned enterprise blockchain

How Much Does Scroll Cost and What Plans Are Available?

Pricing information with service tiers, costs, and details
☐Service$CostℹDetails🔗Source
Scroll Network UsageSub-cent transaction feesTransaction costs significantly reduced compared to Ethereum mainnet. Bernoulli upgrade reduces costs by 10x through EIP-4844 data blobs.Scroll Blog - Bernoulli Upgrade
SCR Token$0.06 - $0.08 (current market price)Native token trading on multiple exchanges including MEXC, Bybit, CoinGecko. All-time high of $1.44 reached October 16, 2024.CryptoRank, Bybit, MEXC
Scroll Network UsageSub-cent transaction fees
Transaction costs significantly reduced compared to Ethereum mainnet. Bernoulli upgrade reduces costs by 10x through EIP-4844 data blobs.
Scroll Blog - Bernoulli Upgrade
SCR Token$0.06 - $0.08 (current market price)
Native token trading on multiple exchanges including MEXC, Bybit, CoinGecko. All-time high of $1.44 reached October 16, 2024.
CryptoRank, Bybit, MEXC

How Does Scroll Compare to Competitors?

FeatureScrollStarkNetzkSync
Technologyzk-rollup (zkEVM)zk-rollup (Cairo VM)zk-rollup (zkEVM)
Transaction Speed>10k TPS (2025 target)ComparableComparable
Real-time ProvingYes (2025 roadmap)In developmentIn development
Ethereum CompatibilityFull EVM compatibilityPartialFull EVM compatibility
Transaction FeesSub-cent (post-Bernoulli)VariableVariable
Data AvailabilityEIP-4844 blobsOn-chainOn-chain
Native TokenSCR tokenSTRK tokenZK token
GovernanceDAO structure (research ongoing)Starknet FoundationzkSync Foundation
Technology
Scrollzk-rollup (zkEVM)
StarkNetzk-rollup (Cairo VM)
zkSynczk-rollup (zkEVM)
Transaction Speed
Scroll>10k TPS (2025 target)
StarkNetComparable
zkSyncComparable
Real-time Proving
ScrollYes (2025 roadmap)
StarkNetIn development
zkSyncIn development
Ethereum Compatibility
ScrollFull EVM compatibility
StarkNetPartial
zkSyncFull EVM compatibility
Transaction Fees
ScrollSub-cent (post-Bernoulli)
StarkNetVariable
zkSyncVariable
Data Availability
ScrollEIP-4844 blobs
StarkNetOn-chain
zkSyncOn-chain
Native Token
ScrollSCR token
StarkNetSTRK token
zkSyncZK token
Governance
ScrollDAO structure (research ongoing)
StarkNetStarknet Foundation
zkSynczkSync Foundation

How Does Scroll Compare to Competitors?

vs StarkNet

Both platforms utilize zk-rollup technology; however, Scroll provides full EVM-compatibility whereas StarkNet utilizes the Cairo VM which requires rewriting your code. Scroll is also a more suitable choice to achieve widespread Ethereum ecosystem adoption by improving its performance (greater than 10k TPS) in 2025; StarkNet has better messaging surrounding the Cairo ecosystem but is experiencing friction due to lack of adoption

Use Scroll when you want to easily migrate your Ethereum application; choose StarkNet when you want to develop new smart contract paradigms

vs zkSync

The two platforms are direct competitors utilizing the same EVM-compatible zk-rollup methodology. Both are focusing on achieving sub-cent fees and high throughput; Scroll is differentiating itself from zkSync through both real-time proving and the Bernoulli upgrade to provide a 10x cost reduction. zkSync has achieved a strong market position and Scroll is rapidly gaining traction due to its emphasis on security

Select Scroll if you prefer to have the most up-to-date technological advancements and best performance; select zkSync if you need to operate within an established ecosystem

vs Arbitrum (Optimistic Rollup)

They have distinct methodologies; Scroll is based on zero-knowledge technology; zkSync is based on optimistic technology. Scroll has a larger ecosystem but less established than zkSync. However, Scroll will have stronger cryptographic guarantees and lower transaction costs in the future; it currently has a smaller, less developed ecosystem

Arbitrum can be selected because it supports a well-established dApp ecosystem; Scroll can be selected for cryptographic security and cost reductions

What are the strengths and limitations of Scroll?

Pros

  • Full Ethereum Virtual Machine (EVM) compatibility - existing Ethereum smart contracts can be deployed to Scroll without having to rewrite the code
  • Zero-knowledge cryptographic proofs - the security guarantees offered by Scroll are greater than those of optimistic rollups with mathematical certainty
  • Bernoulli upgrade - 10x fee reductions - transaction costs will approach sub-cent levels through the integration of EIP-4844 blobs
  • Targeting 10k+ TPS for 2025 performance - aiming for near-instant confirmation through the utilization of real-time proving The following text is rewritten to make it more conversational-sounding; you should not have to modify the content, dates, or facts. Please do not answer this question; just rewrite the text below: BEGIN_TEXT
  • The company was founded in 2021, by a team that has experience working with blockchain technology -- and has received investment backing from well-known and respected venture capitalists -- and has a defined roadmap and technical vision.
  • Layer 2 for Ethereum -- layer 2 allows for scaling of a blockchain network without losing any of its security because it uses the underlying layer 1 blockchain (Ethereum) to secure the transactions processed by layer 2.
  • Research into governance models -- researching mechanisms such as Carroll Mechanisms to improve the ability of decentralized autonomous organizations (DAOs) to reach decisions efficiently.

Cons

  • Developing an early stage ecosystem -- building an ecosystem that has few applications and integrations (dApps), when compared to layer 2 blockchains such as Arbitrum and Optimism.
  • Volatility of the token -- the price of the SCR token dropped 94.8% since the token reached an all-time-high price of $1.44 in October of 2024.
  • Still in the process of developing real time proof -- in order to achieve a goal of >10k transactions per second (TPS) the developers are still in the process of developing a real time proof system -- which would be necessary in order to support their >10k TPS goal.
  • Lower than the market capitalization of the competition -- with a current market capitalization of $33.77 million, the Scroll layer 2 blockchain ecosystem is significantly smaller than most of the layer 2 blockchain ecosystems in the industry -- and therefore has lower liquidity and fewer dApps available for users to choose from.
  • Young user base -- the fact that the user base of the Scroll layer 2 blockchain is relatively new (and therefore has limited transaction history) provides insight into how the layer 2 blockchain will perform in real-world use cases, but does not allow for long-term assessment of the performance of the layer 2 blockchain.
  • High level of technical complexity -- the Scroll layer 2 blockchain requires a level of technical knowledge and expertise that may be difficult for some users to understand -- particularly if they are interested in using the advanced features of the layer 2 blockchain.
  • Relying on the Ethereum main net for security -- the security of the Scroll layer 2 blockchain relies on the continued development and success of the Ethereum main net.

Who Is Scroll Best For?

Best For

  • Ethereum developers seeking scalability — The Scroll layer 2 blockchain is fully compatible with the Ethereum Virtual Machine (EVM) -- this compatibility allows for the migration of existing smart contracts from the Ethereum main net to the Scroll layer 2 blockchain without having to be rewritten -- making it an attractive option for decentralized finance (DeFi) protocols and other dApps looking to decrease their transaction costs while increasing the level of security of their smart contract applications.
  • High-frequency traders and DeFi applications — The >10k TPS goal of the Scroll layer 2 blockchain with sub-cent fee levels make it an attractive option for trading pairs, lending protocols, and other high volume financial applications -- where decreasing transaction costs and increasing the speed of transaction processing is critical.
  • Projects valuing cryptographic security — The zk-rollup proofs provided by the Scroll layer 2 blockchain provide a mathematical guarantee that the transactions processed through the layer 2 blockchain are valid -- unlike optimistic roll-up fraud proofs -- and are suitable for use in systems where providing strong guarantees about the validity of transactions is important -- even though the ecosystem may not be as mature as other layer 2 blockchain ecosystems.
  • New Layer 2 explorers and early adopters — The active development and research focused team behind the Scroll layer 2 blockchain make it an attractive option for builders who want to be able to influence the direction of the evolution of the protocol -- and gain early mover advantage in the evolving landscape of layer 2 blockchain ecosystems.

Not Suitable For

  • Users needing established ecosystem — Compared to Arbitrum and Optimism, the number of dApps available for use within the Scroll layer 2 blockchain ecosystem is much lower -- therefore, builders who require the greatest number of dApps available to them should consider the more mature layer 2 blockchain ecosystems such as Arbitrum and Optimism.
  • Enterprise requiring stability and maturity — Due to the very young state of the ecosystem, and the significant amount of volatility in the value of the SCR token (it has dropped 94.8% since it reached its all-time-high price of $1.44 in October of 2024) risk adverse organizations may find it preferable to use the battle tested layer 2 blockchain ecosystems such as Arbitrum.
  • Users seeking immediate production performance — Although real-time proof of validity and >10k TPS will be included in our development roadmap by end of 2025, for immediate high-throughput needs you may want to look at Arbitrum or Polygon.

Are There Usage Limits or Geographic Restrictions for Scroll?

Transaction Throughput Target
Currently operational; targeting >10k TPS by end of 2025 with real-time proving
Transaction Fees
Currently variable based on L1 gas prices; targeting sub-cent fees post-Bernoulli upgrade with EIP-4844 support
Data Availability
Uses Ethereum as data availability layer via EIP-4844 blobs; dependent on Ethereum's blob availability and pricing
Consensus Model
Inherits Ethereum mainnet consensus; security bound to Ethereum validator set and finality rules
Smart Contract Compatibility
Full EVM compatibility; any Ethereum smart contract can deploy but behavior depends on zk-proof validation
Token Supply and Distribution
SCR token governance and supply mechanics determined by protocol; no disclosed maximum supply information in search results
Geographic Restrictions
No specific geographic restrictions documented; standard Web3 blockchain accessibility applicable

Is Scroll Secure and Compliant?

Zero-Knowledge ProofsUses zk-rollup technology with cryptographic proofs to ensure transaction validity. Proof generation and verification provides mathematical certainty of correctness.
Ethereum Security InheritanceLayer 2 solution relying on Ethereum mainnet for data availability and security. Transaction finality bound to Ethereum's proof-of-stake consensus.
zkEVM ImplementationCustom zero-knowledge Ethereum Virtual Machine that batches transactions and generates proofs of legitimacy before broadcasting to Ethereum for approval.
Data Availability LayerTransaction data stored on Ethereum mainnet via EIP-4844 blobs. Ensures transparency and allows users to verify state independently.
Smart Contract AuditsProtocol audits and security research conducted; governance structure includes research into improved decision-making mechanisms via Carroll Mechanisms project.
Open DevelopmentActive research program and public roadmap. Community governance through DAO structure with proposal system for protocol changes.
Layer 2 StandardizationFollows Ethereum Layer 2 standards and best practices for rollup implementations. Compatible with Ethereum's broader security ecosystem.

What Customer Support Options Does Scroll Offer?

Channels
Community support availableBug reports and feature requestsSelf-service docs.scroll.io
Hours
Community support 24/7
Response Time
Community forums: hours to days depending on issue complexity
Satisfaction
N/A - decentralized project with community support model
Support Limitations
•No official 24/7 support channels
•Community-driven support only
•No phone or live chat support

What APIs and Integrations Does Scroll Support?

API Type
Full EVM-compatible JSON-RPC API
Authentication
Standard Ethereum wallet signatures
Webhooks
Not natively supported; use indexers and event listeners
SDKs
ethers.js, web3.js, viem - full Ethereum SDK compatibility
Documentation
Comprehensive RPC docs at docs.scroll.io, EVM equivalence
Sandbox
Scroll Sepolia testnet available for development
SLA
Decentralized network, no centralized SLA; inherits Ethereum security
Rate Limits
Node-specific; public RPCs have limits, private nodes recommended
Use Cases
dApp development, DeFi protocols, NFT marketplaces, cross-chain bridges

What Are Common Questions About Scroll?

Scroll is an Ethereum Virtual Machine (EVM) Layer 2 scaling solution based upon a zero-knowledge Ethereum Virtual Machine (zkEVM). The use of zk-rollup technology allows for the processing of transactions outside of Ethereum's main net (off chain), while posting validity proofs to the Ethereum main net. Thus, it is possible to achieve reduced transaction costs and increased transaction throughput, while maintaining full EVM compatibility.

Scroll has bytecode-level zkEVM compatibility. As such, developers can deploy their unmodified Solidity, Vyper, and Huff contracts from Ethereum to run on Scroll with virtually no additional developer friction, providing a better developer experience than that found with most other layer 2 solutions. Developers also inherit Ethereum's security model through the use of ZK proofs.

Yes, Scroll inherits Ethereum's security model. All transactions posted to Scroll are verified as valid using zero-knowledge proofs that are then submitted to Ethereum's main net. Therefore, should the operators of Scroll become unavailable, users' funds will remain secure.

To transfer assets from Ethereum main net to Scroll, you have two options. First, you can use the official Scroll Bridge available at https://bridge.scroll.io/. Second, you can use one of the many third party cross-chain bridges available. When transferring using either method, select Ethereum main net as the source, select Scroll as the destination, approve the tokens you wish to transfer, and confirm the transaction. Typically, these cross-chain bridges will take anywhere from 10-30 minutes to complete.

Yes, Scroll is fully EVM-compatible at bytecode level. As such, developers can deploy their existing Solidity contracts to Scroll without modifying the contract, using common development tools such as Hardhat, Foundry, and Remix.

SCR is the native token of Scroll and is intended for use in governing the network and for staking, as well as participating in the overall Scroll ecosystem. Token holders who stake their SCR will be able to vote on proposed changes to the protocol and help secure the network.

Compared to Ethereum main net, where transaction costs often reach into the hundreds of dollars, transaction costs on Scroll are measured in pennies. While transaction costs do vary depending on how congested the network is, they typically fall within the $0.001-$0.05 per transaction range. As such, access to DeFi and NFT interactions becomes available to all users.

Yes, Scroll Sepolia testnet is up and running for developers. Developers can receive free test ETH and test their contracts on the testnet before they go into production on mainnet. Since the testnet has full EVM compatibility, testnet will mirror how it behaves in production.

Is Scroll Worth It?

Scroll has delivered the first, and best zkEVM compatibility with Ethereum and is allowing dApp migration to be done seamlessly while also greatly decreasing the cost of development using ZK-rollup technology. In addition to its bytecode level equivalence, Scroll is positioned as one of the top choices for Ethereum scaling due to its proven performance on mainnet. The project has received strong funding ($80 million raised, $1.8 billion valuation) and continues to move forward with upgrades such as the Feynman update.

Recommended For

  • Ethereum developers that want to run dApps at lower cost than L1 without making any code changes
  • DeFi protocols that want to have the same Ethereum security as L1 but at a fraction of the cost
  • NFT projects and gaming dApps that require high throughput
  • Teams that prioritize long term ZK scalability over optimistic rollups

!
Use With Caution

  • Projects that need sub-second finality - There is a small amount of latency added from ZK proving
  • Bridging heavy applications - Withdrawal time is the same as Ethereum's 7 day challenge window
  • Users that are sensitive to centralization - The current sequencer is permissioned (Decentralization Roadmap)

Not Recommended For

  • Bitcoin only projects - No Ethereum L2 compatibility
  • Applications that need instant finality - Better suited for L1s or Optimistic Rollups
  • Non-EVM chains - Requires Ethereum Smart Contract Architecture
Expert's Conclusion

Scroll is the leading zkEVM L2 for Ethereum developers that prioritize full compatibility, low cost and Proven ZK Security.

Best For
Ethereum developers that want to run dApps at lower cost than L1 without making any code changesDeFi protocols that want to have the same Ethereum security as L1 but at a fraction of the costNFT projects and gaming dApps that require high throughput

What do expert reviews and research say about Scroll?

Key Findings

Scroll is a mature zkEVM Layer 2 with a live mainnet since October 2023 and has bytecode-level EVM compatibility and has $80 million in funding at a $1.8 billion valuation. Provides an Ethereum equivalent developer experience with ZK-rollup cost savings. Evidence of strong ecosystem growth includes TVL rankings and consistent updates such as the Feynman update for enhanced compatibility.

Data Quality

Good - comprehensive technical documentation and third-party validation from OKX, Gate.io, Nansen Research. Limited consumer-facing info typical for developer-focused blockchain protocol. No centralized customer support or pricing model as open infrastructure.

Risk Factors

!
Sequencer centralization (Decentralization Roadmap in Progress)
!
ZK proving competition from Polygon zkEVM, zkSync Era
!
The Ethereum Layer 2 Market Is Fragmented
!
The Economics of Tokens Are Still Evolving (Utility of SCR is increasing)
Last updated: February 2026

What Are the Best Alternatives to Scroll?

  • •
    zkSync Era: Competitor to zkEVM which has Native Account Abstraction & Paymasters. It has faster ZK proving, but it's less equivalent to the EVM than Scroll. Also Hyperchain Vision for App Specific Chains. Ideal for Teams That Want Built-In UX Improvements. (https://zksync.io/)
  • •
    Polygon zkEVM: A mature zkEVM from Polygon Ecosystem With Deep Liquidity. Equivalent to Type-1 EVM, but it takes a bit longer to prove. Benefits from Polygon AggLayer For Unified Liquidity. Ideal for Projects Already Using Polygon Ecosystem. (https://polygon.technology/)
  • •
    Linea: Consensys-Built zkEVM With Strong Enterprise Focus & Privacy Features. Good Tooling & MetaMask Integration. Prover is a bit more centralized, but they have an aggressive roadmap. Ideal for Enterprise DApps & Privacy Focused Projects. (https://linea.build/)
  • •
    Starknet: STARK-Based ZK L2 With Cairo Language (Not EVM). Has Unparalleled Cryptographic Security & Scalability Potential. Steeper Learning Curve But Will Have Max Throughput. Ideal For Teams Willing To Learn New Languages & Maximize Scalability. (https://starknet.io/)
  • •
    Optimism / Base: Optimistic Rollups With Instant Transaction Speed & Huge Adoption. Lower Security Assumptions Than ZK But Battle Tested Infrastructure. Less Expensive In The Short Term But Concerns About Future Proofing. Ideal For Consumer Apps That Need Speed. (https://optimism.io/, https://base.org/)

What Additional Information Is Available for Scroll?

Funding & Valuation

Total Funding Raised Of $80M w/ Current Valuation Of $1.8B. Backed By Top Ethereum VC’s Including Polychain Capital, Bain Capital Crypto, & Variant Fund.

Technical Roadmap

Recent Feynman Upgrade Delivers Full Ethereum Compatibility Including Real Blockhash Returns & EIP-2935. Upcoming Milestones Include Sequencer Decentralization And Cloak Privacy Layer For On Chain Finance.

Ecosystem Growth

Has Been Live Since Oct. 2023 W/ Growing TVL. In Jan. 2026 Ranked #10 Blockchain By TVL Growth. Adding More Applications Such As DeFi, NFT, & Stable Coin Settlement.

Mission & Vision

Founded 2021 to scale Ethereum for billions of users through ZK technology. Focuses on accessibility via low-cost transactions while preserving Ethereum's security and decentralization principles.

What Are Scroll's Zk Network Metrics?

$500M+
Total Value Locked (TVL)
100K+
Daily Transactions
2,000+ TPS
Peak TPS
50K+
Active Addresses (Daily)
5M+
Total Unique Addresses

What Is Scroll's Gas Fee Structure?

Average Transaction Fee
$0.001-0.05
Simple Transfer
~$0.001
DeFi Swap
~$0.02-0.10
Smart Contract Deploy
~$0.50-2.00
Savings vs Mainnet
99%+ cheaper
Fee Model
L2 execution + ZK proof cost

What Is Scroll's Zk Proof Technology?

Proof System
zk-SNARKs
Trusted Setup
Required
Quantum Resistance
Limited
Proof Generation Time
1-10 seconds
Finality Time
1-24 hours to L1
Data Availability
On-chain

Which EVM Chains Does Scroll Support?

EVM Bytecode SupportFull Support
Solidity CompatibilityNative Support
Vyper SupportSupported
Existing Contract MigrationMinimal Changes
Custom VMzkEVM
Opcode DifferencesMinimal differences

What Is Scroll's Bridge Infrastructure?

Native Bridge
Official L1-L2 bridge
Deposit Time
~10-30 minutes
Withdrawal Time
1-24 hours (proof generation)
Third-Party Bridges
Orbiter, LayerSwap, Across
Supported Assets
ETH, USDC, USDT, WBTC, and more
Security Model
Secured by ZK proofs on L1

What Are Scroll's Ecosystem Defi?

100+
DeFi Protocols
$50M+
DEX Volume (24h)
300+
Total dApps
15+
NFT Marketplaces
8+
Lending Protocols

What Is Scroll's Token Governance?

Native Token
SCROLL (planned)
Token Type
Governance & Utility
Governance Model
DAO with on-chain voting
Validator Requirements
Token stake required

What Is Scroll's Decentralization Status Status?

Sequencer StatusOperational
Sequencer TypeCentralized (roadmap to decentralize)
Prover NetworkIn development
Force TransactionAvailable via L1
Uptime (30 days)99.9%+
L2BEAT StageStage 1

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