See your Android app the way an attacker does.
Mobexa tests the exact APK or AAB you ship - decompiling bytecode, unpacking native libraries and reading the merged manifest, then running the build on an instrumented device. No source access, MASVS-mapped findings, SARIF output for your pipeline.
Three engines on the same Android build
Upload the artifact your pipeline already produces. Mobexa runs the full chain and returns one deduplicated, MASVS-mapped backlog.
Static (SAST)
Decompiled DEX and native code, manifest, resources and signing - the weaknesses an attacker reads straight out of the package.
Dynamic (DAST)
Your build runs on an instrumented Android emulator, available on both x86_64 and ARM64 so native libraries execute on the architecture they were built for. Mobexa records traffic, storage writes and whether runtime defenses hold.
SBOM + supply chain
Every bundled SDK and library inventoried and matched to known CVEs - the risk you ship inside your own app.
The exposures that actually hurt Android apps
Most real mobile exposure lives in the binary you shipped - third-party SDKs, merged manifests, obfuscated classes and native code that never appears in your source tree. Mobexa is built to read exactly that material.
- Live secrets and cloud keys confirmed by structure and validated against the provider.
- Exposed Firebase / GCP configuration and open backend services.
- Exported components and intents reachable by other apps on the device.
- Weak crypto, cleartext traffic and TLS pinning gaps proven at runtime.
- Tamper and root-detection posture for apps that need it.
Audit-ready by default
Every finding carries the rule that fired, the location in the decompiled artifact, the evidence snippet, a severity and the MASVS control it maps to. Findings export as SARIF and roll up to NIST SSDF, ISO 27001, PCI-DSS, GDPR and KVKK - the proof a security review and an auditor both accept.
Android testing, answered plainly
Do you need our source code to test an Android app?
No. Mobexa works from the compiled artifact - the same APK or AAB your build pipeline produces. It decompiles the bytecode, unpacks native libraries and parses the merged manifest, which is exactly what an attacker pulls off a device. You get the attacker view without handing over your repository.
What does it actually find in an Android build?
Hardcoded secrets and live cloud credentials, exposed Firebase configuration, exported components and intent surfaces, weak or misused cryptography, cleartext traffic and broken TLS pinning, vulnerable bundled SDKs, and tamper or root-detection gaps - each mapped to an OWASP MASVS control.
How is the dynamic part different from static analysis?
Static analysis shows what the app can do. Dynamic analysis runs your build on an instrumented Android emulator - available on both x86_64 and ARM64, so ARM-only native libraries are exercised on real ARM instead of being skipped - and records what it actually does at runtime: the endpoints it opens, the data it writes to storage, and whether its defenses hold under instrumentation.
Does this fit Google Play and CI/CD requirements?
Yes. Findings export as SARIF for code-scanning dashboards, the platform can fail a build when a new critical appears, and the evidence maps to MASVS, NIST SSDF, ISO 27001 and the frameworks an auditor recognises.
Send us an APK or AAB and see the findings.
We will run your Android build through the full static, dynamic and supply-chain chain and walk you through the evidence.