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About this app
Mint is an open=source reverse-engineering tool that runs entirely on your phone or tablet. It opens Android native libraries (ELF binaries), APK archives, and DEX files, then transforms machine code into human-readable form: disassembly listings, an intermediate representation, control-flow graphs, and pseudo-C source code.
The engine is written in C++ and executes natively on device. The AArch64 lifter understands 99% of real-world instructions; x86-64 covers 97.6%. Whether you're analyzing ARM or Intel bytecode, SSA analysis recovers variable types and control structures without guessing.
No network access required—Mint holds no permissions and sends nothing anywhere. All analysis stays on your device. Files never leave it. Your investigation is private.
The app is built for security researchers, malware analysts, application auditors, and developers who need to understand what code actually does. Whether you're checking third-party libraries, reverse engineering suspicious binaries, learning how ARM assembly maps to C, or verifying compiler output, Mint gives you industrial-strength tools without the cloud dependency.
Key capabilities:
Disassembly: Capstone v6 for AArch64 and x86-64, with context-aware mnemonics and operand resolution
Intermediate representation: Unified MintIR preserving semantics across architectures
Analysis: SSA form, dataflow analysis, type recovery, function boundary detection
Decompilation: Control-flow structuring and pseudo-C generation with named calls and recovered parameters
Format support: ELF64 parser, ZIP reader, DEX parser with Dalvik lifter
Everything is offline. No backend, no API, no tracking. Just your code on your device.
Source code: https://github.com/MrmaderatorYT/Mint
The engine is written in C++ and executes natively on device. The AArch64 lifter understands 99% of real-world instructions; x86-64 covers 97.6%. Whether you're analyzing ARM or Intel bytecode, SSA analysis recovers variable types and control structures without guessing.
No network access required—Mint holds no permissions and sends nothing anywhere. All analysis stays on your device. Files never leave it. Your investigation is private.
The app is built for security researchers, malware analysts, application auditors, and developers who need to understand what code actually does. Whether you're checking third-party libraries, reverse engineering suspicious binaries, learning how ARM assembly maps to C, or verifying compiler output, Mint gives you industrial-strength tools without the cloud dependency.
Key capabilities:
Disassembly: Capstone v6 for AArch64 and x86-64, with context-aware mnemonics and operand resolution
Intermediate representation: Unified MintIR preserving semantics across architectures
Analysis: SSA form, dataflow analysis, type recovery, function boundary detection
Decompilation: Control-flow structuring and pseudo-C generation with named calls and recovered parameters
Format support: ELF64 parser, ZIP reader, DEX parser with Dalvik lifter
Everything is offline. No backend, no API, no tracking. Just your code on your device.
Source code: https://github.com/MrmaderatorYT/Mint
Disassemble, graph and decompile binaries, APKs and DEX — all on your phone
Updated on
Safety starts with understanding how developers collect and share your data. Data privacy and security practices may vary based on your use, region, and age. The developer provided this information and may update it over time.
- No data shared with third partiesLearn more about how developers declare sharing
- No data collectedLearn more about how developers declare collection
What’s new
Engine: x86-64 unmodelled instructions down from 0.29% to 0.06%.
div/idiv now lift through the 128-bit RDX:RAX dividend;
SIMD through a new IR lane-width field, which the verifier requires on every vector op.
Struct layouts from [base+off] now come from stores too, not just loads.
UI: with no function selected, panes show the whole program — analysis
counters, linear disassembly, call graph.
Control-flow graph: layered layout, back edges coloured, tap a node.
Graph theme fixed.
Tabs scroll.
div/idiv now lift through the 128-bit RDX:RAX dividend;
SIMD through a new IR lane-width field, which the verifier requires on every vector op.
Struct layouts from [base+off] now come from stores too, not just loads.
UI: with no function selected, panes show the whole program — analysis
counters, linear disassembly, call graph.
Control-flow graph: layered layout, back edges coloured, tap a node.
Graph theme fixed.
Tabs scroll.
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About the developer
Дмитро Пархоменко
cybercraftstudiopro@gmail.com
Ukraine
