ZK-Rollup Cross-Chain Settlement

overview

CORE SERVICE

Smart Contract Development

Secure, production-ready smart contracts built by Web3 experts.

We architect and deploy audit-ready smart contracts on EVM chains like Ethereum, Arbitrum, and Polygon. Our development process is built on OpenZeppelin standards and includes comprehensive unit testing with Hardhat or Foundry to ensure security and gas efficiency from day one.

Custom Logic: Tailored ERC-20, ERC-721, and ERC-1155 tokens, DeFi protocols, and governance systems.
Security-First: Multi-sig deployment, formal verification options, and pre-audit code reviews.
Full Lifecycle: From specification and development to deployment, verification, and upgrade planning via proxies.

Deliver a secure, functional MVP in as little as 2–4 weeks, with guaranteed code ownership and documentation.

key-features-cards

ENGINEERED FOR ENTERPRISE

Core Technical Capabilities

Our ZK-Rollup cross-chain settlement infrastructure is built on verifiable technical foundations, delivering the security, speed, and reliability required for production-grade financial applications.

Zero-Knowledge Proof Architecture

Custom-built ZK circuits using Plonk and Groth16 for efficient proof generation. We deliver sub-5 minute finality for cross-chain settlements with cryptographic security guarantees.

< 5 min

Finality

ZK-SNARKs

Proof System

Multi-Chain State Synchronization

Real-time state management across Ethereum, Arbitrum, Optimism, and Polygon. Our relayers ensure atomic settlement with rollback protection, eliminating cross-chain arbitrage risks.

4+ Chains

Supported

< 2 sec

State Sync

Enterprise-Grade Security & Audits

All core circuits and smart contracts undergo formal verification and audits by firms like Trail of Bits and Quantstamp. We implement a multi-signature governance model for upgrade safety.

100%

Code Audited

Formal Verification

Methodology

High-Throughput Sequencer Design

Proprietary sequencer node software capable of batching 10,000+ transactions per rollup block. Optimized for low-latency order matching and MEV protection.

10k+ TPS

Batch Capacity

MEV-Resistant

Design

Gas-Optimized Smart Contracts

Settlement and bridge contracts written in Solidity 0.8+ with OpenZeppelin libraries. We achieve up to 40% gas savings through custom precompiles and storage optimization.

40%

Gas Savings

Solidity 0.8+

Standard

DevOps & Monitoring Suite

Full infrastructure deployment with 99.9% uptime SLA, including block explorers, health dashboards, and alerting for sequencer/prover nodes. We provide 24/7 incident response.

99.9%

Uptime SLA

24/7

Monitoring

benefits

DELIVERABLES

Business Outcomes for Your Platform

Our ZK-Rollup cross-chain settlement service delivers concrete, measurable results that directly impact your platform's performance, security, and bottom line.

Sub-Second Finality

Achieve transaction finality in under 500ms, enabling high-frequency trading, instant payments, and a seamless user experience that rivals traditional finance.

< 500ms

Finality Time

10,000+

TPS Capacity

Cost Reduction

Reduce cross-chain settlement costs by up to 99% compared to L1 bridges. Batch thousands of transactions into a single ZK-proof for massive gas savings.

> 99%

Cost Savings

$0.01

Avg. Tx Cost

Enterprise-Grade Security

Deploy with confidence using battle-tested ZK-circuits and a security-first architecture. Our implementations undergo formal verification and third-party audits.

100%

Formal Verification

Zero

Audit Findings

Rapid Time-to-Market

Go from concept to production in weeks, not months. We provide a fully managed ZK-rollup stack with custom integration for your specific token standards and logic.

2-4 weeks

Deployment

24/7

Managed Support

Capital Efficiency

Unlock liquidity across chains without the need for over-collateralization. Our settlement layer enables true atomic composability for DeFi protocols.

1:1

Asset Backing

Zero

Slippage

Regulatory Compliance Ready

Built-in transaction privacy with selective disclosure. Generate auditable proof of reserves and transaction histories for regulatory reporting requirements.

Technical & Economic Comparison

ZK-Rollup Settlement vs. Traditional Bridges

A detailed comparison of the security, cost, and performance characteristics between modern ZK-Rollup-based cross-chain settlement and legacy bridging solutions.

Feature	Traditional Bridges (HTLC/Custodial)	ZK-Rollup Settlement (Chainscore)
Security Model	Custodial or Trusted Validators	Non-Custodial & Cryptographically Proven
Settlement Finality	Minutes to Hours	< 2 Seconds
Capital Efficiency	Low (Locked Liquidity Pools)	High (ZK-Proofs Only)
Cross-Chain Fraud Risk	High (Bridge Exploit Surface)	None (State Validity Proofs)
Developer Experience	Complex Multi-Contract Integration	Unified SDK & Single Contract Interface
Gas Cost per Transfer	$5 - $50+ (Variable)	< $0.10 (Predictable)
Time to Integrate	2-4 Months	2-4 Weeks
Supported Asset Types	Native Tokens, Limited NFTs	Tokens, NFTs, Arbitrary Data
Audit & Insurance Cost	$50K+ (Annual)	Included in Service

how-we-deliver

A PREDICTABLE PATH TO PRODUCTION

Our ZK-Rollup Development & Integration Process

From initial architecture to mainnet deployment, our structured 4-phase process ensures your cross-chain settlement layer is delivered on time, on budget, and with enterprise-grade security.

Phase 1: Architecture & Circuit Design

We design your custom ZK-Rollup's core architecture, including the settlement logic, state transition function, and zero-knowledge proof system (zk-SNARKs/zk-STARKs). This phase defines the security model and gas efficiency targets.

2-3 weeks

Design Sprint

Certik

Audit Partner

Phase 2: Core Smart Contract Development

Our team builds and rigorously tests the on-chain verifier contract, bridge contracts for Ethereum/L2 interoperability, and the rollup's state management logic using Solidity 0.8+ and Foundry.

OpenZeppelin

Security Standard

100%

Branch Coverage

Phase 3: Prover & Sequencer Integration

We implement the off-chain prover (using Circom/Halo2) and high-availability sequencer node. This includes integrating with data availability layers and optimizing for sub-second proof generation.

< 1 sec

Proof Gen Target

99.9% SLA

Sequencer Uptime

Phase 4: Testing, Audit & Mainnet Deployment

Final phase includes comprehensive testnet deployment, a full security audit from our partners, and a managed mainnet launch with monitoring dashboards and incident response playbooks handed over to your team.

4 weeks

Audit to Launch

24/7

Post-Launch Support

Infrastructure Comparison