App Integrity Validation to Detect Tampered Mobile Apps Before They Cause Financial Fraud

App integrity is verified by embedding a Runtime Application Self-Protection (RASP) SDK—like AppProtectt—directly into your mobile app. The SDK continuously checks for code tampering, unauthorized modifications, repackaging, and hooking at runtime. It validates the app's signature, binary structure, and execution environment on every launch and during transactions, blocking any session where tampering is detected before harm can occur.

A legitimate app maintains its original code signature, behaves consistently with its published logic, and runs only in verified environments. Protectt.ai's App Integrity Validation cross-checks the app's cryptographic signature, detects repackaged or cloned versions, and identifies spoofed apps impersonating the original. If the app fails any integrity check, the session is terminated immediately to prevent credential theft or fraudulent transactions.

App tampering involves modifying an app's code—through repackaging, hooking, or injection—to alter its behavior for malicious purposes. In financial apps, attackers use tampering to steal login credentials, intercept OTPs, redirect transactions, or bypass authentication. Tampered apps are often redistributed on unofficial stores, putting unsuspecting users at serious risk of financial fraud and identity theft.

RASP is a security technology embedded directly within a mobile application that monitors and protects it from the inside during execution. Unlike perimeter defenses, RASP continuously inspects the app's runtime environment—detecting hooking frameworks, code injection, memory manipulation, and reverse engineering attempts. When a threat is detected, RASP can block the attack, terminate the session, or alert the security team in real time.

Yes. Protectt.ai's AppProtectt detects spoofed and repackaged app versions by validating the app's original signature and binary integrity on every launch. If a fraudulent clone is identified, the platform prevents login and transaction flows, ensuring that users are always interacting with the authentic, unaltered version of your application.

Code obfuscation—provided by CodeProtectt—makes your app's source code unintelligible to reverse engineers, removing predictable logic patterns and encrypting sensitive keys. Even if an attacker gains access to the APK or IPA, obfuscation prevents them from understanding business logic or extracting credentials. Combined with RASP-based integrity validation, it creates a multilayered defense that raises the cost of any attack significantly.

Yes. Protectt.ai is certified under ISO 27001, ISO 22301, ISO 42001, and PCI DSS. The platform is purpose-built to help financial institutions meet the cybersecurity mandates of the Reserve Bank of India (RBI), SEBI's Cyber Resilience Framework, and NPCI's security controls for SIM and device binding—covering app security, runtime protection, and fraud prevention requirements comprehensively.

Protectt.ai delivers app integrity validation as a lightweight SDK for Android and iOS, designed for rapid integration into existing mobile applications with minimal operational overhead. Most deployments are completed within days without requiring changes to core business logic. The no-code obfuscation engine for APKs and AABs further accelerates deployment, ensuring security can be activated quickly across production apps.