ac-sandwich-mev-boost-213

Detect and mitigate sandwich attacks on Arbitrum using mev-boost.

2|1|Updated Feb 13, 2026
One-click install
npx skills add https://github.com/simplefarmer69/ape-claw --skill ac-sandwich-mev-boost-213
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: ac-sandwich-mev-boost-213
Source: https://github.com/simplefarmer69/ape-claw/tree/main/data/forge-skills/ac-sandwich-mev-boost-213
Command: npx skills add https://github.com/simplefarmer69/ape-claw --skill ac-sandwich-mev-boost-213

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This Skill protects users from sandwich attacks on the Arbitrum network by leveraging mev-boost for safer transaction execution.

Core Features & Use Cases

  • MEV Detection: Identifies potential sandwich attacks.
  • Mev-Boost Integration: Utilizes mev-boost for enhanced transaction security.
  • Safe Execution: Ensures transactions are executed safely on Arbitrum.
  • Use Case: An agent can use this skill to monitor and protect a user's transaction from being front-run or back-run by malicious MEV bots.

Quick Start

Use the ac-sandwich-mev-boost-213 skill to detect sandwich attacks on Arbitrum.

Frequently Asked Questions about ac-sandwich-mev-boost-213

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I prevent sandwich attacks on the Arbitrum network?

You can detect MEV exploitation by integrating this Skill with mev-boost to monitor Arbitrum blockchain activity, identify malicious sandwich attack patterns, and prevent front-running of your transactions.

Do I need mev-boost to protect my Arbitrum transactions?

Yes, you need mev-boost installed and running to use this Skill, as it relies on mev-boost integration to monitor blockchain activity and ensure transaction integrity against sandwich attacks on Arbitrum.

How does mev-boost integration mitigate MEV exploitation on Arbitrum?

Mev-boost integration mitigates MEV exploitation by monitoring blockchain activity on Arbitrum to identify potential sandwich attacks, facilitating safe transaction execution and preventing malicious bots from front-running or back-running trades.

Can an autonomous agent use this to monitor transaction security on Arbitrum?

Yes, an autonomous agent can use this Skill to monitor and protect a user's transactions on the Arbitrum network, identifying and preventing MEV exploitation from malicious sandwich bots automatically.

What are the limitations of using mev-boost for sandwich attack detection on Arbitrum?

The primary limitation is the strict dependency on mev-boost; without it, the Skill cannot monitor blockchain activity or detect sandwich attacks on the Arbitrum network to ensure transaction integrity.