Any competent team can build hardening. Few can maintain it through four OS releases while shipping a roadmap. The recurring costs, when building is right, and the hybrid most teams land on.
Certificate pinning is bypassed routinely, and not because the cryptography is weak. Why the check is the target, the two operational failures, and the four controls to pair it with.
iOS is harder to attack, which produces the most common planning mistake: treating harder as handled. What the platform gives you, what survives anyway, and the five iOS priorities.
Almost every banking app has root detection, and much of it can be bypassed from a public guide. How the four detection methods work, the three bypass approaches, and what actually holds.
Android carries more threat activity for structural reasons. What makes the platform different, the six Android-specific attacks, why ProGuard is only layer one, and a practical priority order.
Anti-tampering is how an app knows it is no longer the app you shipped. The four detection mechanisms, why each fails alone, and what the app should do once it knows.
The specific signals a protected app produces while it runs, what confidence each carries, and how aggregating them turns session defence into threat intelligence about your own user base.
Zero-day attacks on mobile apps use techniques no signature has catalogued yet. How behaviour-based detection closes the gap, and what real-time visibility looks like.
Mobile application protection covers assessment, code protection, integrity, runtime defence and visibility. What each layer does, what it cannot do, and how to diagnose which one you are missing.
Five requirements that separate a mobile app hardening solution that holds from one that only reads well. Each one is verifiable in a proof of concept.