Runtime Application Self-Protection (RASP) for Mobile Apps

Stop Attacks Where They Actually Happen: Inside Your App

Strengthen your mobile application security with Bugsmirror Defender, a RASP solution that detects and blocks runtime threats, tampering, and security bypass attempts in real time.

Bugsmirror Defender - Comprehensive Mobile App Shielding Solution:

50+ runtime threat detection and mitigation for mobile applications.

Designed with low level languages to optimise performance and user experience.

Server side device and app validation for stronger runtime protection.

Seamless zero-code integration, integrate with no code changes, or development overhead.

Hardware backed attestation to enforce strong app and device integrity.

Trusted by

Securing Globally Trusted Brands

Bugsmirror MASST is trusted by teams across the industry to ship secure, reliable mobile applications.

  • centpays
  • goi
  • google
  • meta
  • iprogrammer
  • crunchfish
  • lxme
  • ministryofHM
  • neogrowth
  • niyo
  • npci
  • onemoney
  • samsung
  • scripbox
  • tecno
  • vi

The Problem with Mobile App Security Today

Most apps rely on:

  • Pre-release security testing
  • Basic security protections that attackers can bypass in the AI age.
  • Limited visibility into real-world attacks
  • Client-side checks that can be manipulated when the device or application environment is compromised.

Attackers exploit via:

  • Reverse engineering tools.
  • Runtime manipulation frameworks (Frida, Magisk).
  • Network interception and SSL bypass

For fintech and other business mobile applications, a successful bypass can go beyond a technical vulnerability, it can enable fraud, unauthorized transactions, data exposure, account abuse, and financial loss.

Runtime Hooking
SSL Pinning Bypass
Security Problem Illustration
In-App Shielding
Real-time Mitigation
RASP Security Illustration

Solution - RASP (Runtime Application Self-Protection)

RASP application security acts as a security protection that detects attacks on applications as they occur. RASP solutions detect any runtime threat like rooted/jailbreak devices, emulators, and app tampering, preventing them in real-time.

Essential for BFSI

With the rapid rise in UPI payment frauds, fraudulent payment activities, and security bypass attacks targeting BFSI apps, implementing RASP security is no longer optional, it’s essential for real-time protection.

Modern RASP Application Security - Bugsmirror Defender

RASP solutions are essential for defending against runtime attacks and advanced threats in the AI advancement age. As attackers using AI to automate and evolve their techniques, businesses need more than just RASP. They need advanced RASP with layered, adaptive runtime security built for modern attacks.

Prevent fraud & revenue loss
Protect sensitive user data
Reduce risk of breaches
Build customer trust
Meet RBI, NPCI, and OWASP MASVS security expectations

Key Capabilities of Bugsmirror Defender

Runtime Threat Detection & Prevention

Detect and block over 50+ runtime threats, including:

Root & Jailbreak detection
App Repackaging & Cloning
Runtime Code Injection (Frida, Xposed)
Man-in-the-Middle (MITM) Attacks

Mobile App Shielding & In-App Protection

Bugsmirror Shield to prevents reverse engineering and tampering
Secure sensitive logic and APIs

Secure Communication Layer

Prevents SSL pinning bypass
Proxy & packet sniffing detection
Protection against network manipulation attacks
Trust API Bind for stronger protection against API manipulation and unauthorized requests

Minimal Performance Impact

Built with optimized runtime checks to ensure:

No latency issues
Seamless user experience
High app performance

Consumption-based pricing

Usage-based pricing
Pay what you consume: scans, runtime security, etc.

Enterprise-Grade Scalability

15 Cr+ Monthly Users
Security Built for Scale
Customised Protection, Flexible Pricing

How Bugsmirror Defender Works?

STEP 01

Easy Integration & CI/CD Ready

Integrate Bugsmirror Defender RASP into your mobile application with a simple, zero-code integration approach. Add runtime protection seamlessly into your existing CI/CD pipeline without major changes to your application workflow.

STEP 02

Continuous Runtime Threat Monitoring

Defender continuously monitors the application runtime, device environment, and application integrity to identify suspicious activities and potential security threats.

STEP 03

Hardware-Backed Device & App Integrity

Use hardware-backed attestation to enforce strong device and application integrity. Defender verifies the integrity of the device and app environment at a deeper level, helping strengthen protection against compromised or manipulated environments.

STEP 04

Anti-Tampering & App Repackaging Protection

Protect your application's code and logic against tampering, repackaging, and unauthorized modification with Bugsmirror Shield. Strengthen the application by making critical code and components harder to extract, analyze, or manipulate.

STEP 05

Server-Side Validation for Secure API Communication

Add an additional layer of protection beyond client-side security controls with server-side validation (Trust API Bind). Validate application and device security signals on the server to reduce the risk of attackers bypassing or manipulating security checks within the client application.

STEP 06

Real-Time Threat Blocking

Detect and immediately block runtime threats such as app tampering, code injection, hooking, Frida, Xposed/LSPosed, debugging, root/jailbreak, emulator-based attacks, and other malicious runtime activities before they can impact the application.

STEP 07

Real-Time Threat Visibility with ThreatLens

Send security events to ThreatLens for centralized mobile app threat visibility, analytics, and intelligence. Monitor threats across applications, users, devices, OS versions, and app versions, while using OTA security updates to adapt supported security configurations remotely over App stores.

Security Dashboard - Runtime threat categories

Understand the Runtime Security Threats that Bugsmirror Defender Detects, Prevents, and Mitigates

Device Integrity

Safeguarding your app by detecting compromised devices and ensuring a secure operating environment

Root Detection
Root Detection
Kernel Level Root
Kernel Level Root
Jailbreak Detection
Jailbreak Detection
Malicious Jailbreak App Detection
Malicious Jailbreak App Detection
Custom ROM Detection
Custom ROM Detection
Unlocked Bootloader Detection
Unlocked Bootloader Detection
Malicious Root App Detection
Malicious Root App Detection
Strong Device Integrity Check
Strong Device Integrity Check
Devices with Expired Certificate Detection
Devices with Expired Certificate Detection
Tricky Store Detection
Tricky Store Detection
Failure in Attestation Process Detection
Failure in Attestation Process Detection
Official Emulator Detection
Official Emulator Detection
Unofficial Emulator Detection
Unofficial Emulator Detection
Frida Detection
Frida Detection
Frida Gadget Detection
Frida Gadget Detection
Debugger Detection
Debugger Detection
Hooking Framework Detection
Hooking Framework Detection
Runtime Code Injection Detection
Runtime Code Injection Detection

Compliance Across Industry Security Standards

Bugsmirror Defender helps you meet and exceed the expectations set by your industry’s regulatory authorities.

OWASP

OWASP MASVS

RBI

RBI Digital Payment Controls

SEBI

SEBI CSCRF GUIDELINES

NPCI

NPCI Guidelines - UPI Framework

Real-World Mobile Security Challenges We Solve

Protecting high-risk mobile applications requires more than standard security testing. Our security solutions help organizations address real-world attack scenarios, compliance requirements, fraud risks, and runtime threats across industries.

  • Banking & Fintech Apps

    Challenge: Mobile banking and fintech applications face security and compliance requirements such as RBI, NPCI, SEBI and OWASP MASVS, along with unauthorized transactions, API manipulation, device compromise, and runtime attacks.

    How We Help: We have helped banking and fintech applications address RBI, PCI DSS and CPoC compliance requirements, identify major security gaps, strengthen runtime protection, secure API communication, and improve application and device integrity.

    Outcome: Stronger mobile security controls, improved compliance readiness, and better protection against fraud and unauthorized activity.

    Banking & Fintech Apps
  • UPI & Payment Apps

    Challenge: UPI and payment applications are facing high risks from fraud, unauthorized transactions, device compromise, API abuse, and attempts to bypass application security controls.

    How We Help: We have identified and addressed SIM binding vulnerabilities that could be exploited for fraud and unauthorized transaction risks, tested application and API security, strengthened runtime protection, and implemented controls to detect device manipulation, security bypass attempts, and suspicious application activity.

    Outcome: Stronger protection for payment workflows and reduced risk of fraudulent or unauthorized transactions.

    UPI & Payment Apps
  • Telecom Apps

    Challenge: Telecom and recharge applications handle high-volume transactions and can face transaction manipulation, misuse of application logic, unauthorized activity, and revenue-related abuse.

    How We Help: For a telecom application, we identified recharge commission manipulation fraud and tested the application for weaknesses that could allow users to exploit transaction and commission logic. We helped strengthen application logic, API security, runtime protection, and transaction controls.

    Outcome: Better protection of recharge and commission workflows and reduced risk of revenue leakage.

    Telecom Apps
  • Hospitality Apps

    Challenge: Hospitality applications can face application vulnerabilities, VAPT findings, app tampering, modified application builds, reverse engineering, and runtime exploitation.

    How We Help: We addressed security issues identified during VAPT, investigated application bypass and exploitation paths, and helped protect the application against tampering, modified APKs, repackaging, reverse engineering, and runtime manipulation.

    Outcome: Strengthened application security and reduced the risk of attackers exploiting modified or compromised app builds.

    Hospitality Apps
Supported technologies

Works With Your Entire Stack

Bugsmirror Defender supports a wide range of mobile technologies — from native Android and iOS to hybrid and cross-platform frameworks.

  • Android
  • Apple
  • .NET MAUI
  • Flutter
  • Ionic
  • Kotlin
  • Mendix
  • NativeScript
  • React
  • Unity
  • Unreal Engine
  • Xamarin

Bugsmirror Defender vs Other RASP

Security Parameters
Bugsmirror Defender
Other RASP
Server-side RASP validation
Hardware backed attestation
API level app security
Code encryption
CLI integration with no-code level changes
Expert Red teaming Assessment (ThreatLock)
Comprehensive layered protection
Consumption-based pricing
Regulatory Compliance
Platform/frameworkFramework agnostic/support every platformLimited support

Understand how your app behaves under attack and how Defender blocks threats in real time.

Frequently Asked Questions

FAQ Graphic
Blogs

Learn More From Our Security Blog

Dive deeper into rasp practices and how it protects your codebase.

How To Choose a RASP Solution for Mobile Applications in 2026
Security Blog
🕐 6 min read

How To Choose a RASP Solution for Mobile Applications in 2026

With mobile applications becoming prime targets for cyberattacks, choosing the right Runtime Application Self-Protection (RASP) solution is no longer optional, it’s critical. In 2026, businesses need more than just basic security; they require real-time threat detection, seamless integration, and protection against evolving attack vectors like reverse engineering and API abuse.

9 Mistakes To Avoid While Choosing RASP Security for Fintech Apps
Bugsmirror Defender
🕐 7 min read

9 Mistakes To Avoid While Choosing RASP Security for Fintech Apps

Choosing the wrong RASP can expose fintech apps to fraud, API abuse, and compliance risks.