MEV Protection
Safeguard your transactions against frontrunning and sandwich attacks.
Relay+Protect
Advanced MEV protection and transaction privacy for Ethereum
High-Performance Relay
Fast and reliable transaction relay to the Ethereum network.
Transaction Privacy
Enhanced privacy features to protect your transaction details.
Transparent Execution
Full visibility into transaction execution and MEV capture.
How Relay+ Protect Works
Relay+ Protect combines advanced MEV protection techniques with a high-performance relay network to ensure your transactions are executed fairly and privately on the Ethereum network.
Key Features
- Real-time MEV detection and mitigation
- Private mempool for sensitive transactions
- Optimized transaction ordering
- Transparent MEV redistribution
Benefits
- Reduced slippage on large trades
- Enhanced transaction privacy
- Lower risk of frontrunning
- Improved overall trading performance
Comparing MEV Protection Solutions
See how Relay+ Protect compares to other MEV protection solutions in the market. Our advanced architecture and focus on privacy set us apart from the competition.
MEV Protection Comparison
Compare Relay+ Protect with other MEV protection solutions
| Feature | Relay+ Protect | Flashbots MEV-Share | MEV Blocker |
|---|---|---|---|
| Architecture Foundation | Private mempool implementation with complete transaction isolation | Transparent order flow with partial information disclosure | Hybrid approach combining privacy with controlled information flow |
| Transaction Privacy | Full privacy until validator commitment, zero information leakage during pending state | Partial privacy with strategic information hints for market efficiency | Enhanced privacy with selective disclosure mechanisms |
| Processing Pipeline | Direct entry into encrypted transaction pool with validator-only access | Routing through trusted builder network with hint system | Multi-stage processing with privacy-preserving intermediaries |
| Block Construction Method | Private block building with complete state knowledge | Collaborative block building with partial information sharing | Hybrid block building with selective validator participation |
| Network Integration | Deep integration with validator networks, minimal external dependencies | Extensive integration across multiple builder networks | Moderate integration requirements with existing infrastructure |
| Economic Model | Users retain 70-80% of MEV protection benefits, lower validator share | Equal distribution between users, builders, and validators | Variable distribution favoring validator incentivization |
| Market Impact | Reduces overall MEV extraction by 85-95% through complete privacy | Reduces MEV extraction by 60-75% through controlled disclosure | Reduces MEV extraction by 70-85% through hybrid approach |
| Implementation Complexity | High initial setup complexity, simpler long-term maintenance | Moderate complexity with established infrastructure | Moderate to high complexity with ongoing maintenance needs |
| Validator Requirements | Enhanced validation capabilities with privacy preservation | Standard validation with builder network participation | Advanced validation with privacy protocol support |
| Network Overhead | Low network overhead due to efficient encryption | Moderate overhead from hint system and builder network | Moderate to high overhead from privacy protocols |
| Cost Structure | Lower direct costs, higher initial setup investment | Moderate costs with established fee structure | Variable costs depending on network conditions |
| Backrunning Prevention | Near-complete prevention through full transaction privacy | Partial prevention through controlled information flow | Enhanced prevention through hybrid privacy model |
| Scaling Capabilities | Highly scalable with minimal bottlenecks | Moderately scalable with potential builder constraints | Scalable with some privacy-related limitations |
| Integration Flexibility | Limited flexibility due to strict privacy requirements | High flexibility with multiple integration options | Moderate flexibility with hybrid approach |
| Upgrade Path | Clear upgrade path with backward compatibility | Complex upgrade path with multiple stakeholders | Moderate upgrade complexity with partial compatibility |
Why Choose Relay+ Protect?
Relay+ Protect offers superior MEV protection through its unique architecture and focus on transaction privacy. Here's why it stands out:
- Complete Transaction Isolation: Our private mempool implementation ensures your transactions remain fully private until validator commitment, minimizing the risk of frontrunning and other MEV attacks.
- Highest Market Impact: Relay+ Protect reduces overall MEV extraction by 85-95%, significantly outperforming other solutions in the market.
- User-Centric Economic Model: Users retain 70-80% of MEV protection benefits, ensuring that the value captured from MEV protection primarily benefits you, not intermediaries.
- Scalability and Efficiency: Our solution is highly scalable with minimal bottlenecks and low network overhead, ensuring consistent performance as the network grows.
- Future-Proof Design: With a clear upgrade path and backward compatibility, Relay+ Protect is designed to evolve with the Ethereum ecosystem while maintaining its core benefits.