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SecureRpc Relay

Comparision

Name **MEV Auction Platform ** Paradigm Merkle.io Kolibrio BloXroute MEV-Blocker MEV-Share
Revenue 90% of MEV,guaranteed at least$0.02 per transaction 90% of MEV 90% of MEV $0 $0
Future Inclusion ✔︎
MEV Boost Compatible ✔︎ ✔︎
New Trust Assumptions ✔︎ ✔︎ ✔︎ ✔︎ ✔︎
Exclude Reverting Transactions ✔︎
Multi Block Support ✔︎
Latency based ✔︎
Requires RPC Connection ✔︎ ✔︎ ✔︎ ✔︎ ✔︎
Requires Block Builder integration ✔︎
Dashboard theta ox ox ox ox
Compliant theta ox ox ox ox
Programmable privacy Theta ox ox ox Theta
Status API theta ox ox ox theta
Advanced API Theta ox ox
Dedicated RPC theta Theta theta
Fast inclusion theta ox Theta Theta
MEV Protection theta Theta Theta Theta theta
Chains
Ethereum Theta Theta Theta Theta Theta
Polygon theta Theta Theta ox ox
Binance Smart Chain ( ) Theta Theta ox ox
Total

Strategies

Latency Based

Latency strategies within relay operations carry significant implications for relay competitiveness. The practical upshot is that some relays can only consistently compete through an artificial delay. An extreme case of this would be a relay which is technically consistently non-competitive, but captures exclusive order flow – in this case, a rational node operator will always query it with an artificial latency parameter.

This competition among relays hints at a potential shift in the game, where relays might strategically delay responses to enhance their chances of providing the best bid. This adaptation could be likely incentivized by the benefits of optimized delay, particularly for vertically-integrated builders who may be inclined to pay a premium for more reliable bid inclusion.