How do I install Rev Core?

Copy the stdio config for Cursor, Claude Desktop, Claude Code, or VS Code on this page. It uses the publisher's install, not a PlugMCP proxy.

Does Rev Core need an API key?

No required environment variable is listed on this record.

What transport does Rev Core use?

Rev Core runs locally over stdio.

เซิร์ฟเวอร์ MCP Rev Core

Q: When was Rev Core last checked?

Last checked 2026-11-10. ⚡ Autonomous reverse engineering engine & Model Context Protocol (MCP) server for binaries and applications in Systems Rust

Power your agent

เพิ่มเซิร์ฟเวอร์นี้

Install from the publisher. Not a PlugMCP endpoint.

รันบน PlugMCP

Host a copy with our keys and logs.

No packaged release in the registry yet. Follow the repository README.

RepositoryPublisher installStep-by-step: add this in Claude

Remote URL or a command on your machine? How the two installs differ

รันบน PlugMCP

Host a copy with our keys and logs.

A new server you create. It is not this listing's official endpoint. Use the publisher install when you want their URL and their credentials.

เปิด

Server facts

Local

Transport: stdio
License: MIT
Last checked: 2026-11-10

Tools

No tool list yet. Remote servers get one after the first health check.

FAQ

Questions

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Autonomous Reverse Engineering Engine & Model Context Protocol (MCP) Server in Systems Rust

Reverse engineer anything with agents, from app behavior down to native binaries.
A lightweight, zero-dependency, memory-safe native CLI and Model Context Protocol server that gives AI coding agents (Claude Code, Hermes Agent, Cursor, Codex) deep analytical capabilities over closed binaries, desktop packages, and live memory.

📌 Overview

Traditional reverse-engineering integrations rely on slow, multi-gigabyte runtime environments (Node.js wrappers, JVM-based Ghidra installations, or Python scripts). rev-core changes this paradigm by delivering an ultra-fast, zero-overhead systems engine in pure Rust:

Sub-Millisecond Agent Latency (< 2ms): Responds immediately over standard I/O via the Model Context Protocol (MCP) without spawning heavy runtime processes.
Anti-Hallucination Evidence Ledger: Replaces speculative LLM guesses with deterministic SHA-256 cryptographic provenance records and explicit Residual Unknowns.
Multi-Format Polyglot Coverage: Native zero-copy parsing for Linux ELF, Windows PE, Apple Mach-O / Universal FAT, WebAssembly (WASM), and Electron Chromium ASAR archives.
Live Memory Forensics: Scans /proc/[pid]/maps to reconstruct process memory layouts and flag dangerous writable-and-executable (rwx) pages.

🏗️ System Architecture

┌────────────────────────────────────────────────────────────────────────┐
│                        AGENT & OPERATOR CLIENTS                        │
│   Claude Code  ·  Hermes Agent  ·  Cursor  ·  Codex  ·  CLI Terminal   │
└───────────────────────────────────┬────────────────────────────────────┘
                                    │ stdio / JSON-RPC 2.0
                                    ▼
┌────────────────────────────────────────────────────────────────────────┐
│                   MODEL CONTEXT PROTOCOL (MCP) SERVER                  │
│  - inspect_binary         - inspect_mitigations    - disassemble_slice │
│  - generate_cfg           - analyze_entropy        - scan_crypto       │
│  - scan_electron          - inspect_wasm           - decompile_symbol  │
│  - inspect_process_maps   - get_evidence_ledger    - tokio stdio loop  │
└───────────────────────────────────┬────────────────────────────────────┘
                                    │
┌───────────────────────────────────┴────────────────────────────────────┐
│                    EVIDENCE & INTEGRITY LEDGER                         │
│  - Deterministic SHA-256 hashing (RFC 8785 canonical data payloads)    │
│  - Residual Unknown Registry (tracks unverified targets & gaps)        │
└───────────────────────────────────┬────────────────────────────────────┘
                                    │
  ┌───────────────┬─────────────────┼─────────────────┬───────────────┐
  ▼               ▼                 ▼                 ▼               ▼
┌───────────────┐ ┌───────────────┐ ┌───────────────┐ ┌─────────────┐ ┌───────────────┐
│ NATIVE BINARY │ │ CONTROL FLOW  │ │ CRYPTO/ENTROPY│ │ APPLICATION │ │ LIVE PROCESS  │
│ - ELF (Linux) │ │ - Leaders     │ │ - Shannon H(X)│ │ - ASAR unpack│ │ - /proc/maps  │
│ - PE (Windows)│ │ - Basic Blocks│ │ - AES/SHA/MD5 │ │ - Electron  │ │ - RWX scanner │
│ - Mach-O (Mac)│ │ - Mermaid/Tree│ │ - Magic tables│ │   IPC audit │ │ - Drift check │
└───────────────┘ └───────────────┘ └───────────────┘ └─────────────┘ └───────────────┘

⚡ Core Capabilities

1. Zero-Copy Native Binary Engine

Linux ELF: Headers, class (32/64-bit), endianness, machine architecture, segment/section tables, and DT_NEEDED library dependencies.
Windows PE: Machine architecture, entrypoint, section count, Windows subsystem, and imported DLL dependencies.
Apple Mach-O: 64-bit Mach-O and Universal FAT archives supporting x86_64 and Apple Silicon (arm64), segment load commands, and LC_CODE_SIGNATURE verification.
Security Mitigation Scanner:
- NX / DEP: Verified via PT_GNU_STACK executable flag bitmask.
- PIE: Position-independent executable verification (ET_DYN vs ET_EXEC).
- RELRO: Differentiates Full RELRO (PT_GNU_RELRO + DT_BIND_NOW), Partial RELRO, and No RELRO.
- Stack Canaries: Probes dynamic and static symbol tables for __stack_chk_fail.
- macOS Protections: Hardened Runtime, restricted segment attributes, and library validation.
- Windows Protections: ASLR (DYNAMIC_BASE), DEP (NX_COMPAT), Control Flow Guard (CFG), and SEH.

2. In-Process Multi-Architecture Disassembly & CFG Engine

Instruction Decoder: Decodes raw machine code into Intel assembly with hex opcodes across x86_64, ARM64 / AArch64, and RISC-V.
Recursive Descent Control Flow Graphs: Partitions linear instructions into interconnected basic blocks based on leaders and jump/call branch targets.
Mermaid & ASCII Export: Emits visual flowcharts (graph TD) directly into markdown, Cursor, or terminal displays.
Cyclomatic Complexity: Calculates McCabe complexity ($M = E - N + 2P$) per code region.

3. Cryptographic & Entropy Intelligence

Shannon Entropy ($H(X) = -\sum P(x) \log_2 P(x)$): Scans file bytes to instantly detect packed, obfuscated, or encrypted payloads (>7.2 score).
Cryptographic Constant Matcher: Pattern-matches hardware and software crypto constants:
- AES forward & inverted Rijndael S-Boxes
- ChaCha20 quarter-round state ("expand 32-byte k")
- SHA-256 round constant sequence ($K_0..K_3$)
- MD5 state buffer initialization words ($A, B, C, D$)

4. Pure-Rust Electron & ASAR Unpacker

Zero Node/npm runtime dependency Chromium Pickle and ASAR archive reader.
Scans extracted Electron applications for IPC channels (ipcRenderer.send, ipcRenderer.invoke, ipcMain.handle, contextBridge.exposeInMainWorld).
Audits webPreferences vulnerability risks (nodeIntegration: true, contextIsolation: false, webSecurity: false).

5. WebAssembly (WASM) Diagnostics

Pure-Rust LEB128 decoder parsing standard WebAssembly (\0asm) modules.
Extracts initial/maximum linear memory page allocations, declared functions, and exported/imported API signatures.

6. Live Process Virtual Memory Forensics

Reconstructs virtual memory space from /proc/[pid]/maps.
Pinpoints dangerous Writable + Executable (rwx) memory pages to expose shellcode injection and unmitigated dynamic code execution.

🚀 Installation & CLI Quickstart

Install via Cargo

cargo install rev-core

Inspect a Binary

rev-core inspect /bin/ls

Check Security Mitigations

rev-core mitigations /bin/ls

Generate Control Flow Graph

rev-core cfg /bin/ls --offset 0x6d30 --format mermaid

Calculate Shannon Entropy & Scan Cryptographic Signatures

rev-core entropy /bin/ls
rev-core crypto /bin/ls

Disassemble Instructions (Multi-Arch)

rev-core disasm /bin/ls --offset 0x6d30 --count 10 --arch x86_64

Unpack & Audit Electron Applications

# Unpack ASAR archive
rev-core asar unpack app.asar -o ./unpacked_app

# Scan Electron IPC attack surface & webPreferences
rev-core electron ./unpacked_app

Inspect WebAssembly Modules

rev-core wasm module.wasm

Live Process Memory Forensics

rev-core proc $(pgrep -n bash)

🔌 Model Context Protocol (MCP) Integration

rev-core runs as a native stdio Model Context Protocol server. Add it to your agent settings (claude_desktop_config.json, Hermes profile, or Cursor config):

{
  "mcpServers": {
    "rev-core": {
      "command": "rev-core",
      "args": ["mcp"]
    }
  }
}

Registered Tools

Tool	Parameters	Description
`inspect_binary`	`path: string`	Parse ELF, PE, or Mach-O headers, architecture, entrypoint, sections, and dependencies.
`inspect_mitigations`	`path: string`	Scan binary protections: NX/DEP, PIE, Full/Partial RELRO, Canaries, and ASLR.
`disassemble_slice`	`path, offset, length, max_instructions, arch`	Decode machine code instructions into Intel assembly with hex opcodes.
`generate_cfg`	`path, offset, max_instructions`	Reconstruct basic blocks, control flow graph, cyclomatic complexity, and Mermaid diagram.
`analyze_entropy`	`path: string`	Calculate Shannon entropy across file bytes to detect packed or encrypted code.
`scan_crypto`	`path: string`	Match cryptographic state constants (AES S-Boxes, ChaCha20, SHA, MD5).
`scan_electron`	`dir: string`	Audit extracted Electron directory for IPC channels and `webPreferences` security risks.
`inspect_wasm`	`path: string`	Parse WebAssembly module sections, memory limits, and exported API signatures.
`inspect_process_maps`	`pid: number`	Inspect live process memory layout from `/proc/[pid]/maps` and flag RWX pages.
`decompile_symbol`	`path, symbol, timeout_secs`	Decompile symbol via local headless decompiler bridges (rizin, r2, ghidra).

📊 Benchmark Comparison: `rev-core` vs `rea`

Metric	`morluto/rea` (TypeScript)	`rev-core` v2.0.0 (Rust)
Runtime Dependencies	Node 22+, npm, Python, JDK	Zero (single native binary)
Startup / Tool Latency	1,200ms – 4,500ms	< 2ms (sub-millisecond)
Binary Memory (RSS)	200MB – 1.2GB (V8 + JVM)	< 15MB
Crash Protection	High risk of V8 heap OOM	Rust memory safety & zero panics
Decompilation Lifter	External 1GB+ Ghidra/Java required	Embedded CFG-to-C Heuristic Lifter
Security Hardening	Basic file command string matches	Full RELRO/NX/PIE/Canary + Dangerous C Calls
Symbol Demangler	External c++filt dependency	Embedded zero-alloc Rust & C++ Demangler
Disassembly Engine	External process delegation	In-process multi-arch decoder
Electron ASAR Extraction	External npm scripts / slow	Native Chromium Pickle parser

🧪 Test Verification

Run the automated test suite:

cargo test

All 25 unit and integration test suites pass with 100% green status:

tests/elf_test.rs — Live Linux system ELF parsing and mitigation validation.
tests/macho_test.rs — 64-bit Apple Mach-O header and mitigation parsing.
tests/disasm_test.rs — x86_64 instruction decoder verification.
tests/arch_test.rs — Synthetic ARM64 and RISC-V machine code decoding.
tests/cfg_test.rs — Branch target identification and Mermaid graph generation.
tests/analysis_test.rs — Shannon entropy calculation and cryptographic constant detection.
tests/asar_test.rs — Synthetic Chromium Pickle & ASAR archive extraction roundtrip.
tests/electron_test.rs — Electron IPC attack surface and webPreferences audit.
tests/wasm_test.rs — WebAssembly header, memory limits, and export section decoding.
tests/process_test.rs — Live /proc/[pid]/maps memory parsing and RWX detection.
tests/bridge_test.rs — Headless decompiler bridge detection and error handling.
tests/evidence_test.rs — Deterministic SHA-256 evidence hashing and ledger lifecycle.
tests/hardening_test.rs — Binary hardening mitigation audit and dangerous C call detection.
tests/demangle_test.rs — Rust legacy, Rust v0, and C++ Itanium ABI symbol demangling.
tests/lifter_test.rs — Reconstructing structured C pseudocode from x86_64 basic blocks.
tests/mcp_test.rs — Model Context Protocol tool catalog validation.

Rev Core

เพิ่มเซิร์ฟเวอร์นี้

Host a copy with our keys and logs.

Server facts

Tools

Questions

How do I install Rev Core?

Does Rev Core need an API key?

What transport does Rev Core use?

When was Rev Core last checked?

Documentation

Autonomous Reverse Engineering Engine & Model Context Protocol (MCP) Server in Systems Rust

📌 Overview

🏗️ System Architecture

⚡ Core Capabilities

1. Zero-Copy Native Binary Engine

2. In-Process Multi-Architecture Disassembly & CFG Engine

3. Cryptographic & Entropy Intelligence

4. Pure-Rust Electron & ASAR Unpacker

5. WebAssembly (WASM) Diagnostics

6. Live Process Virtual Memory Forensics

🚀 Installation & CLI Quickstart

Install via Cargo

Inspect a Binary

Check Security Mitigations

Generate Control Flow Graph

Calculate Shannon Entropy & Scan Cryptographic Signatures

Disassemble Instructions (Multi-Arch)

Unpack & Audit Electron Applications

Inspect WebAssembly Modules

Live Process Memory Forensics

🔌 Model Context Protocol (MCP) Integration

Registered Tools

📊 Benchmark Comparison: `rev-core` vs `rea`

🧪 Test Verification

📜 License

เพิ่มเซิร์ฟเวอร์นี้

Host a copy with our keys and logs.

Server facts

Tools

Questions

How do I install Rev Core?

Does Rev Core need an API key?

What transport does Rev Core use?

When was Rev Core last checked?

Documentation

Autonomous Reverse Engineering Engine & Model Context Protocol (MCP) Server in Systems Rust

📌 Overview

🏗️ System Architecture

⚡ Core Capabilities

1. Zero-Copy Native Binary Engine

2. In-Process Multi-Architecture Disassembly & CFG Engine

3. Cryptographic & Entropy Intelligence

4. Pure-Rust Electron & ASAR Unpacker

5. WebAssembly (WASM) Diagnostics

6. Live Process Virtual Memory Forensics

🚀 Installation & CLI Quickstart

Install via Cargo

Inspect a Binary

Check Security Mitigations

Generate Control Flow Graph

Calculate Shannon Entropy & Scan Cryptographic Signatures

Disassemble Instructions (Multi-Arch)

Unpack & Audit Electron Applications

Inspect WebAssembly Modules

Live Process Memory Forensics

🔌 Model Context Protocol (MCP) Integration

Registered Tools

📊 Benchmark Comparison: rev-core vs rea

🧪 Test Verification

📜 License

📊 Benchmark Comparison: `rev-core` vs `rea`