We architect and deploy custom smart contracts that form the immutable backbone of your Web3 application. Our development process is built for security and scalability, ensuring your core logic is robust and future-proof.
LABS
Services
Confidential Computing MEV Solutions
We design and implement secure, off-chain MEV strategies using trusted execution environments (TEEs) and secure enclaves. Process sensitive transaction logic privately, generate verifiable proofs, and settle on-chain with zero information leakage.
Chainscore © 2026
overview
CORE INFRASTRUCTURE
Smart Contract Development
Secure, audited smart contracts built for production from day one.
- Production-Ready Code: Built with
Solidity 0.8+,OpenZeppelinlibraries, and gas-optimized patterns. - Security-First Development: Every contract undergoes internal audits and formal verification before deployment.
- Full Lifecycle Support: From initial design and testing to deployment on
EVM/L2networks and ongoing maintenance.
Deliver a secure, auditable, and high-performance foundation that reduces technical debt and accelerates your time-to-market.
key-features-cards
BUILT FOR ENTERPRISE SECURITY
Core Technical Capabilities
Our confidential computing MEV solutions are engineered from the ground up to protect your transactions and maximize value, combining cryptographic privacy with institutional-grade infrastructure.
benefits
TANGIBLE RESULTS
Business Outcomes for Your Protocol or Fund
Our confidential computing MEV solutions deliver measurable advantages, from direct revenue capture to enhanced protocol security and user experience.
01
Direct Revenue Capture
Convert on-chain inefficiencies into a direct, sustainable revenue stream for your protocol treasury or fund. We implement secure, compliant strategies to capture value that would otherwise be lost to public searchers.
100%
Revenue to Treasury
24/7
Automated Operation
02
Enhanced Protocol Security
Proactively identify and neutralize malicious MEV vectors like sandwich attacks and frontrunning before they impact your users. Our confidential infrastructure acts as a protective layer, ensuring fair execution.
Real-time
Threat Detection
Zero-trust
Architecture
03
Superior User Experience
Deliver faster transaction finality and optimal slippage for your users by leveraging private order flow and pre-confirmation services. This directly translates to higher user retention and protocol adoption.
< 1 sec
Pre-confirmations
Optimal
Price Execution
04
Regulatory & Compliance Edge
Operate with confidence using our audited, compliant MEV infrastructure. We provide full transparency and reporting for fund auditors and protocol governance, mitigating regulatory risk.
Audited
Code & Process
Full
Activity Logging
05
Infrastructure Sovereignty
Break reliance on generalized, public MEV services. Own and control your bespoke MEV stack, tailored to your specific tokenomics and security model, ensuring long-term strategic independence.
Dedicated
Secure Enclaves
Custom
Strategy Logic
06
Faster Time-to-Market
Deploy a production-ready, confidential MEV solution in weeks, not months. Our battle-tested frameworks and expert team accelerate integration, letting you capture value immediately.
< 4 weeks
Deployment
Expert
Integration Support
Architectural Comparison
Confidential Computing vs. Traditional MEV Approaches
A technical breakdown of how confidential computing fundamentally changes the security and economic model of MEV extraction compared to legacy methods.
| Architectural Factor | Traditional MEV (e.g., Searchers, PBS) | Chainscore Confidential MEV |
|---|---|---|
Transaction Privacy | ||
Front-running Risk for Users | High | Eliminated |
Required Trust in Operators | High (trusted relay/block builder) | Zero (cryptographically enforced) |
Extraction Strategy Visibility | Public mempool exposes intent | Encrypted until execution |
Developer Integration Complexity | High (requires complex PBS integration) | Low (standard RPC endpoint) |
Time to Deploy Protected DApp | 3-6 months | 2-4 weeks |
Security Audit Surface | Large (relay, builder, contracts) | Minimal (TEE attestation only) |
Typical Extraction Latency | < 1 second | < 500 milliseconds |
Primary Cost Center | Gas wars & bid competition | Predictable TEE compute fees |
Best For | High-frequency arbitrage bots | DEXs, Lending Protocols, NFT Platforms |
how-we-deliver
PROVEN METHODOLOGY
Our Development & Integration Process
A structured, security-first approach to integrating confidential computing for MEV protection. We deliver production-ready solutions with clear milestones and guaranteed outcomes.
01
Architecture & Threat Modeling
We begin with a comprehensive analysis of your application's MEV attack surface. Our team designs a tailored confidential computing architecture, selecting the optimal TEE (Trusted Execution Environment) framework (e.g., Intel SGX, AMD SEV-SNP) and defining secure data flow boundaries.
1-2 weeks
Design Phase
100%
Coverage Review
02
Secure Enclave Development
Our engineers build the core confidential logic within hardened TEE enclaves. This includes implementing order flow encryption, fair ordering algorithms, and secure key management, ensuring sensitive transaction data is never exposed to the host system or network.
Rust/C++
Primary Stack
Occlum/Gramine
TEE Framework
03
Smart Contract Integration
We develop and audit the on-chain verification components. This includes custom smart contracts for attestation verification, slashing conditions for malicious validators, and secure bridges between the TEE enclave and the target blockchain (Ethereum, Solana, etc.).
Solidity 0.8+
Language
OpenZeppelin
Security Base
04
Performance Optimization & Load Testing
We rigorously benchmark the end-to-end system under realistic network loads. Our focus is on minimizing latency introduced by TEE operations and maximizing throughput to ensure your application remains competitive without sacrificing security.
< 100ms
Target Latency
1000+ TPS
Stress Tested
05
Security Audit & Attestation
The complete system undergoes formal verification and third-party security audits. We produce verifiable remote attestation reports, proving the integrity of the enclave code to users and the network, a critical trust requirement for MEV-sensitive applications.
Third-Party
Audit Mandatory
IAS/DCAP
Attestation Service
06
Deployment & Monitoring
We manage the deployment of your confidential MEV solution to production, including orchestrator setup, node provisioning, and integration with existing infrastructure. We provide 24/7 monitoring dashboards for system health, attestation status, and MEV leakage alerts.
2-3 days
Production Rollout
99.9% SLA
Uptime Guarantee
Confidential Computing MEV
Frequently Asked Questions
Get clear answers on how our confidential computing solutions protect your protocol's transaction flow and value.
Our solution uses secure enclaves (Intel SGX, AMD SEV) to execute critical transaction logic in a hardware-isolated, encrypted environment. This prevents validators, bots, or other network participants from observing or front-running your users' transactions before they are included in a block. We implement a proposer-builder separation (PBS) model with encrypted mempools, ensuring transaction details remain confidential until finalization.
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