Discover how to buy Scroll (SCR) in Turkey on an exchange you can trust

What is Scroll?

Scroll is a Layer 2 (L2) scaling solution for Ethereum designed to deliver low-cost, high-throughput transactions without compromising on Ethereum’s security or decentralization. It achieves this by implementing a zkEVM—short for zero-knowledge Ethereum Virtual Machine—so developers and users can interact with Scroll much like they do with Ethereum mainnet, but with faster finality and significantly reduced fees.

At a high level, Scroll batches transactions off-chain, proves their correctness using zero-knowledge proofs, and then posts succinct proofs plus minimal data back to Ethereum. This preserves Ethereum’s security guarantees while amplifying throughput. For developers, Scroll aims to offer bytecode-level EVM equivalence, meaning existing Ethereum smart contracts can be deployed with minimal or no changes, and familiar tooling (like Solidity, Vyper, Hardhat, Foundry) just works.

Within the Scroll ecosystem:

• Users bridge assets from Ethereum to Scroll to transact with lower fees.
• Developers deploy dApps leveraging the EVM-equivalent environment.
• Validators (or sequencers/provers) create proofs that attest to the validity of batches and submit those proofs to Ethereum for final verification.

The end result is an Ethereum-aligned L2 with a path to massive scale powered by cutting-edge cryptography.

How does Scroll work? The tech that powers it

Scroll’s core innovation is its zkEVM rollup architecture, built around three technical pillars: EVM equivalence, zero-knowledge proving, and data availability on Ethereum.

1. zkEVM and EVM Equivalence

• EVM Equivalence: Scroll targets bytecode-level compatibility with the Ethereum Virtual Machine. Contracts compiled for Ethereum can run on Scroll unmodified, which reduces integration friction for dApps, tooling, and auditors.
• Deterministic Execution: Transactions execute on Scroll’s L2 nodes using the same EVM semantics as Ethereum. The execution trace is then transformed into a circuit-friendly representation to enable proof generation.

2. Zero-Knowledge Proofs (zk-Proofs)

• zk-SNARKs for Validity: Scroll uses zero-knowledge succinct non-interactive arguments of knowledge (zk-SNARKs) to prove that a batch of transactions was executed correctly according to the EVM rules.
• Prover Architecture: Scroll leverages a modular proving pipeline. Execution traces are broken into arithmetic circuits; a prover generates succinct proofs that can be quickly verified on-chain. Modern proving systems and hardware acceleration (e.g., GPUs) are used to make proving economically viable at scale.
• Succinct On-Chain Verification: Instead of re-executing all transactions, Ethereum verifies a short proof that attests to the correctness of the entire batch. This dramatically reduces on-chain computation while preserving security.

3. Rollup Design and Data Availability

• Sequencing and Batching: Transactions submitted to Scroll are sequenced and executed off-chain, then bundled into batches. The results and minimal calldata are posted to Ethereum for data availability.
• On-Chain Settlement: Ethereum acts as the settlement and data availability layer. If the L2 misbehaves, the on-chain data allows anyone to reconstruct state and maintain censorship resistance.
• Finality and Latency: Users see fast confirmations on Scroll, with cryptographic finality achieved when the zk-proof is verified on Ethereum. Proof posting cadence balances UX (speed) and cost efficiency.

4. Security Model

• Inherited Security: Because Scroll’s state transitions are proven and verified on Ethereum, security is rooted in Ethereum’s consensus. As long as Ethereum remains secure, Scroll’s state cannot be altered dishonestly without detection.
• Censorship Resistance: Data availability on L1 and permissionless verification capabilities preserve users’ ability to exit and recover funds even under adverse L2 conditions.

5. Developer and User Experience

• Tooling Compatibility: Existing wallets (e.g., MetaMask) and developer frameworks work with Scroll via standard RPC endpoints.
• Gas and Fees: Users pay L2 gas for computation and amortized costs for posting data and proofs to Ethereum. Fees are typically a fraction of L1 costs.
• Bridges and Ecosystem: Official and third-party bridges facilitate asset movement. Many Ethereum-native DeFi, NFT, gaming, and infrastructure projects deploy to Scroll to leverage lower fees and EVM familiarity.

What makes Scroll unique?

• Strong EVM Equivalence: Scroll emphasizes bytecode-level EVM equivalence. This reduces migration overhead for existing Ethereum dApps and auditors, enabling faster ecosystem growth and simpler risk assessments.
• Ethereum-Alignment and Minimal Abstraction: Scroll’s architecture hews closely to Ethereum’s design, reducing discrepancies that could introduce subtle bugs or break tooling.
• Production-Grade zk Proving: The protocol is engineered for practical proving costs and reliable throughput, combining optimized circuits with hardware acceleration and batching strategies.
• Open Ecosystem Focus: Scroll’s community-driven approach and compatibility-first ethos aim to make it a natural home for Ethereum-native applications seeking scale with minimal compromises.

Scroll price history and value: A comprehensive overview

Note: If you are evaluating the “Scroll” token (if and when one exists), always verify the token’s contract address and listing status on reputable sources such as the project’s official documentation, CoinGecko, or major exchanges. Layer 2 networks sometimes operate for extended periods before launching a native token, and unofficial tokens can appear that are unrelated to the core protocol.

Key considerations for assessing value:

• Network Metrics: Track total value locked (TVL), unique addresses, transaction counts, and gas fee trends on analytics platforms (e.g., L2Beat, DefiLlama, Dune dashboards). Growth in active usage is often a leading indicator of ecosystem health.
• Ecosystem Depth: The breadth of deployed dApps (DeFi, NFTs, gaming, infra) and integrations with key middleware (oracles, indexers, cross-chain bridges) can influence long-term value.
• Security and Stability: Audits, bug bounty programs, incident history, and uptime are crucial drivers of market confidence.
• Proof Costs and Cadence: Improvements in proving efficiency can translate to lower fees and better UX, supporting adoption.
• Tokenomics (if applicable): Should a native token exist, examine supply schedule, emissions, utility (gas, governance, staking), treasury allocations, and lockups/vesting.

Because token listings and prices are dynamic, consult up-to-date market data from reputable aggregators and the project’s official channels before making investment decisions.

Is now a good time to invest in Scroll?

This is not financial advice, but here’s a framework to evaluate timing and risk:

• Thesis Fit: If you believe zk rollups will become the dominant L2 paradigm and that EVM-equivalent designs capture substantial developer mindshare, Scroll may fit a high-conviction, long-term thesis.
• Adoption Trajectory: Examine user growth, TVL, and dApp launches over recent months. Sustainable, organic growth is a more reliable signal than short-term spikes.
• Competitive Landscape: Compare Scroll with other zkEVMs and optimistic rollups (e.g., Polygon zkEVM, zkSync Era, Starknet, Arbitrum, Optimism). Consider differences in EVM compatibility, performance, ecosystem traction, and decentralization roadmaps.
• Security Posture: Review audits, public disclosures, and incident reports. A mature security culture often correlates with lower tail risks.
• Token and Valuation (if applicable): If a token exists, analyze fully diluted valuation (FDV), circulating supply, unlock schedules, and real utility. Avoid momentum-only decisions; seek metrics-supported conviction.
• Entry Strategy: Use dollar-cost averaging and position sizing aligned with your risk tolerance. Consider opportunity cost across the broader L2 and Ethereum ecosystem.

Practical next steps:

• Verify official resources: Scroll’s docs, blog, GitHub, and social channels.
• Track analytics: L2Beat for security and metrics; DefiLlama for TVL; Dune dashboards for custom insights.
• Test the network: Bridge a small amount, use a few dApps, and observe fees, latency, and reliability firsthand.

In summary, Scroll is a technically rigorous zkEVM rollup that aims to combine Ethereum-level security with EVM-equivalent developer experience and lower fees. Its long-term potential will hinge on ecosystem adoption, proving innovations, and how effectively it competes in a rapidly evolving L2 landscape.