For mobile engineering, AppSec, and AI-built app teams. Drop an APK, AAB, or IPA. Our agentic AI exercises your app on physical Android and iOS devices, runs attacker checks, and returns a pen-test report your team can actually fix. Self-serve signup is paused while we expand scanner capacity.
Drop Your Binary
No source code required
Drop your APK, AAB, or IPA here
or click to browse - up to 2 GB
Real Android & iOS hardware · replay traces
CLI / CI
Pen-test every release
Vibe coding can move a mobile app from idea to store submission fast. It can also ship generated code, third-party SDKs, AI service calls, and data flows nobody reviewed. AppAudix tests the compiled app on real devices and proves what is actually exposed.
AI risk proof run
Fast prompts can still produce insecure storage, weak auth handling, hardcoded secrets, and fragile platform controls.
Unapproved SDKs, analytics tools, endpoints, and AI services can quietly move customer data outside the expected app boundary.
Certificate pinning, jailbreak checks, WebViews, clipboard use, storage, and device integrity need proof on real hardware.
The point is not to stop teams using AI. It is to make sure AI-assisted mobile releases get real-device security proof before customers do the testing for you.
Why Choose appaudix
AppAudix gives mobile teams the depth of dynamic security testing without the delay, cost, or emulator blind spots.
Your build runs on physical Pixel, Galaxy, and iPhone hardware. Runtime instrumentation, traffic capture, and device-only behavior all stay in scope.
AI-guided test runs probe SSL pinning, MITM paths, root and jailbreak handling, Frida hooks, insecure storage, auth flows, and OWASP MASVS controls.
Replace long consultant queues with repeatable pen-test runs in CI. Ship faster, reduce spend, and keep full reports for release reviews.
How It Works
No setup tax. No source code. No emulator-only guesswork.
Drop .ipa, .apk, or .aab
MyBankApp.ipa
48.2 MB
Run real-device checks and exploit attempts together
Runtime Attack
Coverage included in every run
Premium security buyers do not want another generic dashboard. AppAudix gives release teams a concrete artifact: device, exploit path, replay trace, affected request, and the fix.
Attack path
MITM + runtime hook
Device
Pixel 8 · Android 14
Proof time
12m 04s
Fix path
Network config + pinning
01frida: hooked javax.net.ssl.X509TrustManager
02mitm: api.mybank.example/session intercepted
03evidence: bearer token visible after pinning bypass
04replay: appaudix replay pt_a3f9d2c1 --finding critical-01
Move certificate validation into a hardened network layer, verify pinning against the release endpoint, and retest the same build on physical Android hardware.
Release gate
Block merge until replay trace no longer intercepts protected traffic.
Test path: Agent verifies whether protected API traffic can be intercepted on a live device
frida -U -f com.bank.app -l ssl-pinning-bypass.js
mitmproxy --mode regular --listen-port 8080Why it's dangerous:
A successful bypass means attackers can inspect or modify supposedly protected mobile API traffic
The Shift
Security teams use AppAudix to keep pen testing close to the build pipeline, not trapped in a calendar queue.
Customer Proof
Names and titles only. No customer logos, no theater.
"We used to wait six weeks for a pen-test firm to come back with findings half our team already knew about. AppAudix runs on real hardware and gets evidence back before the build pipeline loses momentum."
Priya Ravi
VP Engineering · fintech
"Same SSL-pinning bypass our outside tester found, but AppAudix caught it on a Pixel in under an hour and gave the mobile team the trace they needed to fix it."
Marcus Jung
Mobile Lead · digital health
"The CLI dropped into our CI in one afternoon. Now every release candidate gets tested on a real device before it moves forward."
Sara Kowalski
Head of AppSec · payments
"The value was simple: fewer consultant hours, faster fixes, and better conversations between AppSec and mobile engineering."
Daniel Cho
Director of Security · consumer finance
Drop a binary. We run it on real devices, exercise attacker paths, and hand back a report with evidence your engineers can act on. That is the whole pitch.
We use necessary storage for security and login. With your permission, we also use analytics to understand page journeys and marketing pixels to measure ad campaigns.