1
Review the app package
Security and mobile leads identify platforms, release cadence, sensitive screens, network flows, and runtime threats that matter for the app.
Post-build defense for mobile releases
RiskFront Lab Inc.
Runtime protection for Android and iOS apps that need defense after the build is ready: anti-tamper controls, instrumentation detection, network abuse checks, and live threat evidence for security review.
Post-build
Apply shielding after the app package exists.
No SDK path
Keep security work outside feature code.
Live evidence
Route runtime events to review workflows.
riskfront / mobile-shield
policy active
Release shielding workflow
- Upload buildreceived
- Apply defensesrunning
- Sign packagequeued
- Monitor threatsready
Runtime signal feed
Hooking framework detectedhigh
Certificate pinning bypass attempthigh
Rooted device with automation toolsmedium
Screen capture on protected viewlow
Policy actions
- Warn userlow risk
- Block sessionhigh risk
- Escalate eventreview
Coverage
- Androidnative
- iOSnative
- Cross-platformreview
How it works
Security work moves into the release lane.
RiskFront Lab is built for teams that already have mobile build pipelines, store deadlines, and security review pressure. The protection layer is handled around the binary package so app engineers do not need to rebuild product features around a security SDK.
2
Apply runtime defenses
Policies are attached to the release package for tampering, debugging, hooking, compromised device state, screenshot control, and network abuse.
3
Send evidence to reviewers
Blocked events, device context, severity, and response actions are collected for AppSec review, support triage, and audit preparation.
Operational fit
Built for apps that handle money, identity, data, or paid access.
The strongest fit is a production mobile app where abuse can happen on user devices and where release teams need a defensible answer before the next store submission.
| Buyer question | RiskFront answer |
|---|---|
| Can the app be repackaged or patched? | Integrity checks and tamper response policies help detect modified app packages and unexpected runtime state. |
| Can attackers inspect or alter runtime behavior? | Anti-debugging, anti-hooking, and instrumentation checks look for common analysis and manipulation tooling. |
| Can sensitive sessions continue on risky devices? | Root, jailbreak, emulator, proxy, and screen capture signals can trigger warning, block, or escalation rules. |
For mobile engineering
Keep the product roadmap moving while security work runs around release artifacts and CI handoffs.
For AppSec
Define threat policies, inspect blocked events, and collect review evidence tied to release versions.
For support and risk teams
Understand whether a customer issue came from a protected action, a compromised device, or an expected policy block.
Use case preview
Protection paths for high-risk mobile workflows.
RiskFront Lab focuses on workflows where mobile apps expose valuable logic, credentials, transactions, or paid experiences to untrusted devices.
Banking and payments
Block instrumentation, certificate bypass attempts, automation tooling, and compromised device sessions before they reach sensitive flows.
Healthcare access
Protect account access, private screens, and device-risk signals while keeping patient-facing app releases predictable.
Commerce and subscriptions
Reduce abuse around checkout, loyalty, premium content, account takeover attempts, and modified app builds.