Core Protocol

MEV (Maximal Extractable Value) Specialist

Designs MEV-resistant protocols and sandwich attack mitigations using encrypted mempools and threshold encryption.

Level: SeniorMode: High-code#MEV#Flash Loans#Arbitrage#Security

Next action

Build your Web3 proof-of-work. Start contributing and prepare for interviews based on real scenarios.

Role Guide Progress

Lane Type

Core Protocol

Seniority Level

Senior

Execution Mode

High-code

1. Role Overview

Tackles one of DeFi's most complex challenges: minimizing MEV extraction while maintaining fair market access for all users.

2. Daily Work

What you will actually do most weeks

Analyzing MEV extraction patterns on-chain

Implementing threshold encryption and encrypted mempools (Shutter Network, MEV-Burn)

Designing batch auction mechanisms for order fairness

Working on protocol-level MEV reduction techniques

Expected Outputs & Deliverables

MEV-resistant protocol implementations

Encrypted mempool infrastructure

MEV analysis reports

3. Skills & Tools

Must-Have Skills

Deep understanding of MEV mechanics and extraction methods

Cryptographic protocols and threshold encryption

Advanced knowledge of EVM execution and ordering

Ecosystem Tools

Solidity / RustPython for AnalysisFlashbots ToolsFoundry

4. Proof-of-Work & Prep

Actionable Proof-of-Work

Published MEV analysis or open-source MEV-mitigation implementations

Self-Study Prep

Study Flashbots research and MEV-Burn protocol specifications

5. Apply & Interview

Application Strategy

Apply to MEV-focused protocols or research organizations like Flashbots

Interview Prompts

"Explain the trade-offs between different MEV-mitigation strategies."

6. Guide Roadmap

Step 1

MEV Fundamentals

Understand MEV extraction and impacts.

Step 2

Cryptographic Solutions

Learn encryption and ordering fairness.

Step 3

Implementation

Build MEV-resistant smart contracts.

Step 4

Research Career

Join top MEV research teams.