Signal clustering
triageRelated runtime events can be grouped by app version, device-risk pattern, protected workflow, and policy action so reviewers see a focused case instead of isolated alerts.
Platform
RiskFront Lab organizes app package intake, policy selection, protection review, release evidence, and runtime routing in one operating model for mobile engineering and AppSec teams.
Android or iOS package, release channel, app version, signing status, and reviewer owner.
Anti-tamper, anti-hooking, device-risk, network, screen, and response rules grouped by workflow.
Runtime signals are summarized into reviewer notes, severity hints, and suggested evidence paths.
Protected build output, policy snapshot, reviewer signoff, certificate evidence, and event routing settings.
Operating flow
The platform is structured around the steps teams already follow before a mobile release goes live. Each decision is tied to an app version, policy set, and review owner so security work does not become a side spreadsheet.
AI analysis layer
RiskFront Lab uses AI as an analysis layer across the mobile protection lifecycle. It reviews build metadata, selected policies, runtime threat events, device-risk signals, and release history to help security teams cluster related findings, draft reviewer-ready evidence, suggest severity and routing, and highlight policy gaps before a protected Android or iOS build moves forward. The customer team stays in control of enforcement decisions, while AI reduces manual triage, improves review consistency, and turns raw mobile security signals into release, audit, and response context.
triageRelated runtime events can be grouped by app version, device-risk pattern, protected workflow, and policy action so reviewers see a focused case instead of isolated alerts.
reviewTechnical event details are shaped into reviewer-ready notes that explain what happened, which protection responded, and what evidence should be inspected.
rulesRelease history and policy selections can surface missing coverage for sensitive flows such as payments, identity, account recovery, health data, and paid access.
controlAI suggestions remain attached to customer-approved rules, reviewer owners, and release records so enforcement decisions stay visible and reversible.
Platform modules
packageCapture app version, platform, release channel, package owner, build source, and required protection profile before shielding begins.
rulesGroup runtime controls by user flow so payment, identity, account recovery, and paid access screens can have different response behavior.
auditKeep policy snapshots, protected package history, Certified Secure evidence, reviewer notes, and handoff status attached to the release that used them.
signalSend severe runtime events to security review, risk operations, support queues, or downstream monitoring tools based on policy outcome.