Makes reverse engineering Android apps easier, automating repetitive tasks like pulling, decoding, rebuilding and patching an APK.
3.8k
Stars
227
Forks
9
Open issues
7
Contributors
AI Analysis
apk.sh is a Bash automation toolkit for Android reverse engineering that streamlines repetitive tasks like APK extraction, decoding, patching with Frida gadget instrumentation, and rebuilding. It is specifically designed for security researchers and mobile app analysts who need to instrument Android applications for dynamic analysis without requiring a rooted device; general Android developers or non-technical users have no use for this specialized tooling.
Inferred from signals mentioned in the README (tests, CI, type safety) — not a review of the actual code.
AI's overall editorial judgment — not an average of the bars above, can weigh other factors too.
Bash wrapper automating Android APK reverse engineering via apktool and frida integration
apk.sh is a Bash script that orchestrates common Android reverse-engineering tasks—pulling APKs, decoding resources, rebuilding binaries, and injecting Frida gadgets for dynamic instrumentation. Built for security researchers, app analysts, and penetration testers who work with Android binaries. It wraps existing tools (apktool, apksigner, adb) and adds convenience automation, particularly for Frida gadget patching workflows. Adoption appears specialized rather than mainstream; evidence suggests use within security communities and pentesting workflows rather than broad developer adoption.
Created September 2022 during maturation of Android reverse-engineering tooling. Emerged in a space already dominated by apktool (Java, 2009+) but focused on workflow automation rather than core disassembly. Represents incremental tooling maturity—combining existing utilities into a single orchestration interface rather than reimplementing low-level functionality.
Steady accumulation of 3,807 stars over ~4 years suggests sustained niche interest. Repository gained 8 stars in the week prior to evaluation date (2026-07-05), and last code push occurred 2026-01-26, indicating ongoing but not rapid maintenance. Growth pattern implies stable utility within a fixed specialist audience rather than expanding into new user segments.
Adoption not verified. README provides no case studies, user testimonials, or documented deployments. No evidence of enterprise adoption or large-scale use. Presence in security research and pentesting communities likely but not explicitly documented. GitHub stars and fork count suggest awareness within specialist circles, but concrete production usage remains opaque.
Bash script orchestrating shell invocations to apktool, apksigner, adb, and related Android SDK utilities. README indicates support for split APKs, multiple architectures (arm/arm64/x86/x86_64), bytecode manipulation without full decompilation, and Frida gadget configuration. Likely uses straightforward subprocess calls and file manipulation rather than complex stateful logic.
Not documented in README. No mention of test suite, CI/CD validation, or validation methodology.
Last push 2026-01-26 (approximately 5 months before evaluation date). Repository shows active but infrequent updates—not abandoned, but maintenance cadence is slow. Issue tracker and pull-request response rates not visible from metadata alone. Forks (227) suggest some community reuse, but star-to-fork ratio (16.8:1) is typical for tool repositories, not a strong adoption signal.
ADOPT IF: you regularly patch Android APKs with Frida gadgets and prefer CLI automation over manual apktool/adb workflows; you work in security research or penetration testing; you need reliable split-APK handling and want to avoid shell scripting boilerplate. AVOID IF: you need a GUI, require extensive test coverage or SLA-backed maintenance, are building production systems where tool stability is critical, or work primarily with newer Android bundle formats without vetted support. MONITOR IF: you are evaluating it for new team adoption—verify internal community adoption at your organization first, as maintenance cadence is slow and real-world edge cases may emerge.
Independent dimensions
Mainstream potential
3/10
Technical importance
6/10
Adoption evidence
2/10
- Slow maintenance cadence (5-month gap) and no visible test suite increase risk of undetected breakage as Android SDK tools evolve.
- Dependency chain (apktool, apksigner, aapt, adb, zipalign, unxz) creates fragility; upstream changes can silently break workflows.
- No adoption evidence documented; widespread failure modes may not surface if user base is small and clustered.
- Bash script portability across OS versions and shell variants (dash vs. bash) not addressed in README; may fail on minimal systems.
- Frida gadget injection is security-sensitive; no mention of code review, security audits, or supply-chain validation for the patching process.
apk.sh will likely remain a stable, niche tool for pentesting and research workflows. Unlikely to gain mainstream adoption outside specialist communities. Maintenance will probably remain slow unless a major maintainer shift occurs or a critical CVE surfaces. Real risk is quiet breakage as Android tooling evolves—tool may become silently unreliable in 2–3 years without proactive upstream tracking.
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Languages
Information
- Language
- Shell
- License
- GPL-3.0
- Last updated
- 5mo ago
- Created
- 46mo ago
- Analyzed with
- anthropic/claude-haiku-4-5
Stars over time
Contributors over time
Top 100 contributors only — repos with more will plateau at 100.
Open issues
Top contributors
Recent releases
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Core disassembler/reassembler. apk.sh wraps apktool; not a replacement. Apktool (24,892 stars) is the foundational tool; apk.sh adds workflow convenience.
Full-featured GUI and CLI APK editor (2,211 stars). Broader scope than apk.sh; targets end-users and researchers. apk.sh remains CLI-focused and Frida-centric.
JavaScript-based reverse-engineering framework (1,158 stars). Different architecture and language; dexcalibur is more comprehensive but less mature than apk.sh.
GUI-centric APK manipulation (1,260 stars). User-facing tool; apk.sh remains developer/researcher CLI tooling.
Educational repository (6,322 stars) covering reverse-engineering techniques. Complementary learning resource, not a competing tool.