Continuous mobile exposure monitoring, proved on real devices.

AppAudix does more than list possible store risk. We connect shipped-app intelligence to agentic AI pen testing, then prove what is exploitable on physical Android and iOS hardware.

Real devices
Agentic AI
Hours, not weeks
Evidence-first

Live device proof loop

Release exposure queue

Pixel 8

Android 14

Frida hooks active

physical lab

Galaxy S24

Android 14

MITM path tested

physical lab

iPhone 15 Pro

iOS 17

Jailbreak checks verified

physical lab

iPhone 13

iOS 16

Keychain probes complete

physical lab

847

attacker checks

~10m

target report

0

emulators

Exposure monitoring for teams that still need proof.

Dashboards are useful. Physical-device evidence is what gets releases fixed. AppAudix is built around that handoff.

Published build drift

Track what is actually live in stores, then compare it against the release you meant to ship.

Version, package, certificate, SDK, and endpoint changes get reviewed as shipped-app risk, not just build pipeline noise.

Mirror and impersonation risk

Surface suspicious mobile packages that look like your app, then route risky binaries into deeper analysis.

Designed for teams that need to know when their brand, package name, or customer trust is being borrowed elsewhere.

Release-to-device validation

Move from "this changed" to "this is exploitable" by running the release on physical Android and iOS hardware.

AppAudix validates behavior under real runtime conditions, including network interception, hooks, storage, and device integrity checks.

From exposure signal to attacker evidence.

Competitors can tell you a mobile app exists. AppAudix is built to answer the harder question: what can an attacker actually do with it?

See the AI pentest engine
1

Watch

Observe the release surface

Store versions, uploaded binaries, and suspicious app sightings become a single mobile exposure queue.

2

Attack

Let the agentic AI investigate

The agent chooses attacker checks, explores the app, hooks runtime behavior, and adapts when defenses appear.

3

Prove

Run the evidence on real devices

Findings are backed by physical-device traces, intercepted requests, screenshots, and remediation notes.

4

Ship

Give every team the right report

Executives get risk movement. Engineers get exact fixes. Release owners get pass/fail gates.

Report surfaces

One run, three audiences

Executive exposure brief

A short view of what changed, what is exploitable, and which release needs attention first.

Risk trend by releaseTop mobile exposure driversCost and delay avoided

Engineering fix pack

The exact evidence developers need without reading a 70-page consulting PDF.

Replay tracesStack frames and requestsRemediation steps

Release gate

A CI-friendly signal that keeps high-risk mobile changes from slipping into production quietly.

Critical finding blocksRetest after fixCLI and API workflow

Less waiting. Less consulting theater. More verified fixes.

The value is not another static scan. It is repeatable mobile pen testing that can run when the code changes, when the store version drifts, or when a suspicious binary appears.

Hours, not weeks

Compress retesting and release decisions into the same working day.

Lower cost per proof

Use real-device automation for repeatable checks instead of one-off consulting cycles.

Physical hardware

Avoid emulator-only blind spots in device integrity, storage, and runtime behavior.

Fix-ready evidence

Give engineers replayable traces instead of vague severity labels.

Turn mobile exposure into real-device proof.

Upload a binary, scan a shipped app, or add AppAudix to CI. The output is the same: attacker evidence your team can act on fast.

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