We architect and deploy custom smart contracts that form the secure, immutable backbone of your application. Our development process is built on OpenZeppelin standards and formal verification principles, ensuring your logic is both robust and gas-optimized from day one.
LABS
Services
Institutional MEV-Shield Protocol Design
We design and implement custom protocol-level MEV protection systems for institutional trading desks and DeFi protocols, securing transactions from front-running and sandwich attacks.
Chainscore © 2026
overview
CORE SERVICE
Smart Contract Development
Secure, production-ready smart contracts built by certified auditors to power your Web3 product.
- Security-First Development: Every line of
SolidityorRustis written with security as the primary constraint, incorporating battle-tested patterns to mitigate reentrancy, overflow, and access control risks. - Full Audit Readiness: Contracts are delivered with comprehensive documentation, NatSpec comments, and test coverage exceeding 95%, streamlining third-party audit processes.
- Gas Optimization: We implement efficient data structures and logic to minimize transaction costs, a critical factor for user adoption and protocol sustainability.
Deploy with confidence. Our contracts are engineered for mainnet readiness, backed by a team that has secured over $500M+ in on-chain value for clients.
key-features-cards
ENGINEERED FOR INSTITUTIONAL DEMANDS
Core Protocol Design Capabilities
We architect MEV-Shield protocols from first principles, delivering secure, performant, and compliant systems that meet the stringent requirements of institutional participants.
01
Custom MEV-Resistant Consensus
Design and implement bespoke consensus mechanisms (e.g., fair ordering, time-boost, encrypted mempools) to neutralize front-running and sandwich attacks, ensuring equitable transaction execution for your users.
>99%
Attack Neutralization
< 100ms
Latency Overhead
02
Secure Validator & Builder Infrastructure
Build hardened, high-availability validator nodes and block builder software with multi-cloud redundancy, DDoS protection, and real-time monitoring for 24/7 protocol security.
99.9%
Uptime SLA
Multi-Cloud
Redundancy
03
Cryptographic Privacy Layers
Integrate advanced cryptographic primitives like threshold encryption, zk-SNARKs, and secure multi-party computation (MPC) to protect transaction data and user privacy without compromising on-chain verifiability.
FHE/MPC
Tech Stack
Zero Leakage
Data Guarantee
04
Economic Security & Incentive Modeling
Develop robust cryptoeconomic models and incentive structures using agent-based simulations to ensure protocol liveness, stability, and resistance to Sybil and governance attacks.
Agent-Based
Simulation
Stake > Cost
Security Theorem
05
Formal Verification & Audit-Ready Code
Deliver protocol specifications and Solidity/Rust implementations verified with tools like Certora and Hacspec, pre-audited to the standards of firms like Trail of Bits and OpenZeppelin.
Certora
Verification
Audit-Ready
Code Delivery
06
Regulatory-Compliant Design
Architect with compliance-by-design principles, incorporating features for transaction monitoring, OFAC screening, and reporting to align with global financial regulations (MiCA, Travel Rule).
Compliance-by-Design
Framework
Real-Time
Monitoring
benefits
TANGIBLE RESULTS
Business Outcomes for Your Institution
Our Institutional MEV-Shield Protocol Design delivers measurable advantages, from enhanced security to new revenue streams. Here’s what you can expect.
01
Protect Client Assets from Slippage
Deploy a custom MEV-shield that identifies and blocks front-running, sandwich attacks, and toxic order flow. We implement real-time mempool monitoring and private transaction routing to ensure fair execution.
>99%
Attack Block Rate
Real-time
Mempool Analysis
02
Capture & Redistribute MEV Revenue
Transform a cost center into a profit center. Our protocol design enables you to capture benign MEV (e.g., arbitrage, liquidations) and programmatically redistribute value back to your users or treasury.
New Revenue
Stream Created
On-chain
Verifiable Redistribution
03
Ensure Regulatory & Compliance Readiness
Build with institutional-grade transparency and audit trails. Our designs incorporate transaction attribution, detailed reporting logs, and compliance hooks to meet evolving regulatory standards for digital asset trading.
Immutable
Audit Trail
Custom
Compliance Hooks
04
Achieve Sub-Second Finality with Security
Integrate with high-performance validators and sequencers without sacrificing security. We architect solutions that leverage private mempools and encrypted bundles for fast, reliable settlement shielded from public MEV.
< 1 sec
Settlement Target
Encrypted
Bundle Flow
05
Future-Proof with Modular Architecture
Avoid vendor lock-in with a flexible, protocol-agnostic design. Our modular approach allows seamless integration of new blockchains, consensus mechanisms, and MEV research, protecting your long-term investment.
Multi-Chain
Compatible
Upgradable
Design
Strategic Infrastructure Decision
Custom MEV-Shield Protocol vs. Off-the-Shelf Solutions
A detailed comparison of the trade-offs between developing a custom MEV protection protocol in-house versus partnering with Chainscore Labs for a tailored solution.
| Critical Factor | Build In-House | Generic Middleware | Chainscore Custom Protocol |
|---|---|---|---|
Time to Production | 6-12+ months | 2-4 weeks | 4-8 weeks |
Upfront Development Cost | $250K - $750K+ | $10K - $50K (licensing) | $75K - $200K |
Protocol Customization | Complete | None (fixed rules) | Tailored to your flow & assets |
Security Posture | High Risk (unaudited, novel) | Moderate Risk (public, battle-tested) | Low Risk (dedicated audit, formal verification) |
Settlement Finality Impact | You control optimization | Adds 100-500ms latency | Optimized for < 50ms overhead |
Ongoing R&D & Maintenance | Full internal team required | Vendor roadmap (no influence) | Included with optional SLA |
Integration Complexity | High (build everything) | Low (API/SDK) | Medium (collaborative design) |
Total Cost of Ownership (Year 1) | $400K - $1M+ | $60K - $150K | $150K - $300K |
Competitive Advantage | Theoretical (if successful) | None (competitors use same tool) | Substantial (unique protection logic) |
Best For | Protocols with >$50M TVL & dedicated crypto-Native team | Early-stage projects needing basic, fast protection | Institutions & scaling protocols requiring secure, optimized, proprietary shields |
how-we-deliver
END-TO-END DELIVERY
Our Protocol Design & Implementation Process
A structured, security-first methodology for designing and deploying robust MEV protection protocols. We deliver production-ready systems, not just theoretical designs.
01
Threat Modeling & Architecture
We conduct a comprehensive analysis of your specific attack surface—frontrunning, sandwiching, time-bandit attacks—to architect a tailored defense strategy. This includes defining protocol boundaries, validator roles, and slashing conditions.
50+
Attack Vectors Analyzed
Formal Spec
Architecture Deliverable
02
Smart Contract Development
Implementation of core protocol logic in Solidity/Vyper, including commit-reveal schemes, encrypted mempools, and slashing mechanisms. We use OpenZeppelin libraries and follow CEI/Reentrancy Guard patterns.
100%
Test Coverage
Gas-Optimized
Code Standard
03
Relayer & Validator Node Suite
Development of the off-chain infrastructure: secure transaction relaying services, validator nodes for block proposal, and monitoring dashboards for real-time MEV detection and reporting.
< 100ms
Relay Latency
Multi-Chain
Node Support
05
Testnet Deployment & Simulation
We deploy the full protocol stack on testnets (Goerli, Sepolia) and run extensive simulations using MEV-Boost test frameworks and custom attack scripts to validate economic security under stress.
10k+
Simulation Runs
Mainnet Parity
Test Environment
06
Mainnet Launch & Monitoring
Managed production deployment with phased rollouts, including validator set onboarding, relayer configuration, and establishing 24/7 monitoring with alerts for suspicious activity and protocol health.
99.9% SLA
Relayer Uptime
< 4 weeks
Typical Timeline
Structured, milestone-driven development
Typical 8-12 Week Delivery Timeline
Our phased approach to delivering a custom MEV-Shield protocol, from initial design to production deployment.
| Phase & Deliverable | Weeks 1-3 | Weeks 4-8 | Weeks 9-12+ |
|---|---|---|---|
Strategy & Architecture | MEV Threat Analysis Protocol Design Doc | ||
Core Protocol Development | Searcher/Validator SDKs Shield Contract Logic | Relay Integration Simulation Engine | |
Security & Testing | Internal Audits & Pen Testing | Third-Party Audit Bug Bounty Setup | |
Deployment & Integration | Testnet Deployment | Mainnet Launch Monitoring Dashboard | |
Ongoing Support | Optional SLA: 99.9% Uptime <4h Incident Response |
Technical & Commercial Considerations
Institutional MEV Protection FAQs
Answers to the most common questions from CTOs and engineering leads evaluating custom MEV protection for high-value transactions.
Our standard Institutional MEV-Shield Protocol deployment takes 3-5 weeks from kickoff to mainnet launch. This includes 1 week for requirements & architecture, 2-3 weeks for core development and internal testing, and 1 week for client integration and final audit review. We provide a detailed project plan with weekly milestones.
ENQUIRY
Get In Touch
today.
Our experts will offer a free quote and a 30min call to discuss your project.
NDA Protected
Confidentiality24h Response
Time to ValueDirectly to Engineering Team
No Sales Fluff10+
Protocols Shipped
$20M+
TVL Overall