PyUniDbg — Web Interface

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Emulator state

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Target platform

Module

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Hooks

Active hooks

Breakpoints

Set breakpoints

Sessions

Active sessions

Quick Actions

Run Any Function

Function

Args (JSON array, e.g. [1,"str"])

Activity Log

PyUniDbg Web UI loaded.

Load Binary

Upload Library

Select .so / ELF file — architecture is auto-detected from the ELF header

Architecture

Android API Level

Static Analysis (no emulation)

File path on server

Strings Printable strings from data sections

Min length

Encoding

Registers

Load a library and run to see registers.

Hex View

Memory Map

Address (hex) — pick or type your own

Quick jump

Size (bytes)

Load a library — the address auto-fills from the module base.

No data. Load a library first.

Pattern

Type

Results appear here.

Binary

Runtime

Scan / Signatures

Address

Count

Address	Bytes	Mnemonic	Operands

Function / Symbol

Section

Max insns

Exports

Load a library to see symbols.

	Address	Bytes	Mnemonic	Operands
Select a function or section and click Disassemble, or click a function in the list.

Filter by name

JNI only

Functions

Click "Scan Function Args" to detect signatures.

Select a function to see its inferred signature and auto-fill the Call form.

Hooks

No hooks configured.

Breakpoints

No breakpoints set.

Coverage

Trace

Taint

Deobfuscate

Anti-Tamper

Crypto

Code Coverage

Function (optional)

Instruction Trace

Function (optional)

Taint Analysis

Source function

API Deobfuscation

Detect dynamically resolved API calls and obfuscated string decryption routines.

Anti-Tampering Detection

Detect integrity checks, frida detection, root detection, and other anti-analysis techniques.

Crypto Detection

Scan the binary for AES, DES, MD5, SHA-1, SHA-256, and RC4 cryptographic constants. Works without running the binary.

Editor

Export

Ctrl+Space: autocomplete Ctrl+Enter: run

Output

Script output appears here...

Export as Frida Snippet

Generates a Frida JavaScript snippet from your current script and hook configuration.

Export as LSPosed / Xposed Module

Generates a Java class skeleton for an LSPosed/Xposed module that replicates your hook setup.

Package name

Module class name

Gadget Finder

ROP Chain

Shellcode

Find ROP Gadgets

Filter (e.g. pop x0; ret)

Max gadgets

Load a library first, then click Find Gadgets.

Build ROP Chain

Goal (e.g. call mprotect, execve)

Shellcode Generator

Payload type

Custom assembly (optional)

Concolic / Symbolic Execution

Configuration

Target function

Max paths

Symbolic input arg index

Input size (bytes)

Reports

Generate Report

Format

Configuration

Server Info

PyUniDbg Settings

CLI Command Runner

Command (without "pyunidbg")

Graph View

Basic Block

Conditional

Unconditional

Fall-through

Enter an address and click Build (CFG) or click Build (Call Graph)

Patches & Comments

Patches

Comments

No patches applied.

No comments added.

AI Assistant

Provider

Model

API Key

Base URL

Context: Disasm Registers Mem Map Patches Hooks

Hello! I'm your AI analysis assistant. Configure your API key above, then ask me anything about the loaded binary — I can help with reverse engineering, explaining disassembly, analyzing patterns, and more.

Terminal

Logs

CLI Runner

PyUniDbg CLI runner. Commands are run via pyunidbg CLI.

pyunidbg>

Live State

Registers

No data

Module

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Hook Events

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