Shrine FAQs

Question 1

Which blockchain networks does Shrine support?

Accepted Answer

Shrine is specifically engineered to analyze smart contracts across Ethereum and all EVM-compatible blockchain networks, leveraging tools and APIs like Etherscan (v2) for extensive coverage and data retrieval.

Question 2

How can I integrate Shrine with my existing development tools or language models?

Accepted Answer

Shrine communicates via the Model Context Protocol (MCP) over stdio or SSE. It offers straightforward integration with popular LLM clients such as Claude Desktop, Cursor, Cline (VS Code), OpenClaw, and any other custom MCP-compatible client or development environment.

Question 3

How does Shrine enhance smart contract security?

Accepted Answer

Shrine offers a comprehensive suite of 48 instruments across 11 modules, providing automated vulnerability detection, advanced bytecode decompilation, live-fork exploit simulation, comprehensive reconnaissance, and in-depth DeFi protocol analysis to thoroughly secure smart contracts.

Question 4

What is Shrine and its primary function?

Accepted Answer

Shrine is a powerful Model Context Protocol (MCP) server designed to empower language models (LLMs) with the capacity to audit, disassemble, and identify vulnerabilities in smart contracts deployed on Ethereum and all EVM-compatible blockchains.

Question 5

What kind of analysis can Shrine perform beyond basic vulnerability detection?

Accepted Answer

Beyond classic vulnerability detection, Shrine provides deep static analysis, advanced bytecode reverse engineering (including Heimdall integration), fuzzing for adversarial input generation, DeFi protocol interaction mapping, live-fork simulations, and robust reporting for audit findings and Immunefi submissions.

Shrine

Shrine

Key Features

Use Cases

Key Features

Use Cases