How to install SUPER Android Analyzer on Windows?

Download the pre-built 64-bit binary from the official downloads page, ensure Java 1.7+ is installed, and run it from the command line. For 32-bit systems, you'll need to compile from source using Rust.

SUPER Android Analyzer vs AndroBugs: which is better for mobile security?

SUPER excels in performance and customizability with Rust, offering rule flexibility and no JVM dependency, while AndroBugs is Python-based with a different rule set. Choose SUPER for automated, high-volume workflows and tailored rules.

Can I use SUPER without Java installed?

No, SUPER requires Java 1.7+ to run, as noted in the installation instructions. This dependency is necessary for certain operations, despite the tool's Rust foundation for security.

How to add custom security rules to SUPER?

Edit the rules.json file with your own JSON-based definitions, following the existing structure. The README emphasizes extensibility, but refer to documentation for advanced rule creation.

Does SUPER work with obfuscated APKs?

SUPER decompresses APKs and applies rules, but effectiveness on heavily obfuscated code may vary; you might need additional deobfuscation tools or custom rules to handle specific obfuscation techniques.

How to generate an HTML report with code highlighting in SUPER?

Use the --html flag when running SUPER, and it will produce a detailed report in the results folder with syntax-highlighted code for easy review, as mentioned in the features.

SUPER

GPL-3.0Rust

A secure, extensible command-line Android APK vulnerability analyzer written in Rust for automated security testing.

Visit Website GitHub

What is SUPER?

SUPER Android Analyzer is a command-line security tool that analyzes APK files to detect vulnerabilities through customizable rules. It decompresses Android applications and applies security checks to identify potential risks, designed for automated, high-volume security testing workflows. The tool generates detailed HTML or JSON reports with code review capabilities for thorough vulnerability analysis.

Target Audience

Security professionals, penetration testers, and businesses conducting Android application security audits who need customizable, high-performance analysis tools. It's particularly valuable for organizations requiring extensible rule sets and automated testing pipelines.

Value Proposition

Developers choose SUPER over alternatives because it's written in Rust for enhanced security and performance, offers fully customizable JSON-based rules, and provides enterprise-ready extensibility without dependencies on Java or Python runtimes.

Overview

Secure, Unified, Powerful and Extensible Rust Android Analyzer

Use Cases

Best For

Automated security testing of Android APKs in CI/CD pipelines

Related Projects

Community-curated · Updated weekly · 100% open source

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428 stars57 forks0 contributors

Organizations needing customizable vulnerability detection rules

Penetration testers conducting mobile application security audits

Businesses requiring high-volume APK analysis without performance bottlenecks

Security teams wanting to eliminate JVM/JIT dependencies in their toolchain

Developing tailored security reports with code review capabilities

Not Ideal For

Teams requiring a graphical user interface for interactive APK exploration and analysis
Environments where Java runtime is unavailable or restricted due to security policies
Casual users needing quick, out-of-the-box scans without rule customization or setup
Projects dependent on 32-bit systems without Rust compilation expertise

Pros & Cons

Pros

Security-First Rust Foundation

Built in Rust to eliminate common vulnerabilities like stack overflows and segmentation faults, removing dependencies on JVM or JIT compilers for enhanced security, as highlighted in the README.

Fully Customizable Rules

All vulnerability detection rules are defined in a JSON file, allowing organizations to easily create and modify rules for specific testing needs, making it highly extensible.

High-Performance Multi-Threading

Leverages Rust's zero-cost abstractions for efficient processing comparable to C/C++, with configurable multi-threading options for high-volume analysis, as stated in the features.

Extensible Reporting System

Modular templating enables personalized HTML and JSON reports with syntax-highlighted code review capabilities, providing detailed vulnerability analysis outputs.

Cons

Java Runtime Dependency

Despite being Rust-based, it requires Java 1.7+ to run, introducing a compatibility layer that contradicts its security-first approach and adds installation overhead.

Limited 32-Bit Support

Pre-built binaries are only available for 64-bit systems; 32-bit requires compilation from source with Rust setup, which can be complex for non-developers.

Smaller Ecosystem Maturity

As a Rust tool, it may lack the extensive community, plugins, and pre-built rules of established Python or Java-based alternatives like MobSF, limiting out-of-the-box functionality.

Open Source Alternative To

SUPER is an open-source alternative to the following products:

Q

Qark

Qark is a static code analysis tool for identifying security vulnerabilities in Android applications, helping developers find and fix security issues.

M

MobSF

MobSF (Mobile Security Framework) is an automated mobile application security testing tool for static and dynamic analysis of Android and iOS apps to identify vulnerabilities.

A

AndroBugs

AndroBugs is an Android vulnerability analysis system that scans Android applications for security vulnerabilities, misconfigurations, and potential malware.

Frequently Asked Questions

Home

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