Scoping & Planning
Align on objectives, release cycles and data sensitivity to define a precise test scope for mobile application penetration testing (mobile VAPT) and overall mobile app security testing.
Secure every tap on your app before hackers do.
A Mobile Application Penetration Test (mobile VAPT) goes far beyond simple app store reviews or automated scans. It simulates real-world cyberattacks through reverse engineering, code tampering, insecure data storage, broken authentication, and API abuse testing to uncover the exact paths a threat actor could use to steal data, bypass security controls, or hijack user sessions on both iOS and Android platforms. Our mobile app security testing services combine manual testing and advanced mobile security assessment tools aligned with OWASP Mobile Top 10 vulnerabilities, ensuring complete mobile application security assurance and compliance readiness.
Mobile now drives over 60% of all global logins and online transactions, making it a prime target for mobile cyberattacks.
Malicious mobile applications and fake app clones have grown by triple-digit percentages year-on-year, while in-app fraud losses exceeded USD 1 billion globally.
Organizations that invest in continuous mobile penetration testing and application vulnerability management reduce data breach costs by approximately 27% and avoid costly app store takedowns or brand reputation damage.
Align on objectives, release cycles and data sensitivity to define a precise test scope for mobile application penetration testing (mobile VAPT) and overall mobile app security testing.
Combine industry-leading tools with manual analysis to uncover weaknesses in the binary, APIs, data storage and transport layers - covering API security testing, insecure data storage, and binary analysis.
Safely exploit flaws - reverse-engineering, runtime manipulation, and MITM attack simulations - to gauge real business impact on iOS and Android without affecting live users (part of iOS and Android penetration testing).
Prioritise findings by severity; deliver clear, actionable penetration testing reports for developers and management to support application vulnerability management and compliance.
Once fixes are applied, we validate them through remediation and re-testing (vulnerability re-assessment) to confirm every vulnerability is fully resolved and to maintain continuous mobile security testing.
Black-Box
No prior knowledge; mirrors an external attacker simulation downloading the app from the store. This black box mobile penetration testing approach identifies runtime vulnerabilities, insecure APIs, and exposed mobile app attack surfaces just like a real hacker would.
White-Box
Full source code and architecture diagrams enable white box security testing that uncovers deep logic flaws, cryptographic weaknesses, and insecure code implementations. This method strengthens mobile app security posture and ensures compliance with OWASP Mobile Top 10 vulnerabilities.
Grey-Box
Limited credentials simulate an insider threat or privileged user with partial access, revealing hidden vulnerabilities and authorization bypasses often missed in traditional scans. This grey box mobile app testing helps identify API-level security gaps and data exposure risks in hybrid and native apps.
All testing adheres to globally recognized mobile application security standards including OWASP Mobile Top 10, NIST SP-800-163, and PTES (Penetration Testing Execution Standard), ensuring comprehensive mobile VAPT compliance and cybersecurity assurance across iOS and Android applications.
Insecure Data Storage (clear-text files, SQLite, keychain/keystore misuse) - evaluated using advanced mobile app security testing tools to detect data leaks and storage misconfigurations.
Weak Authentication & Session Management (token theft, session fixation) - part of mobile authentication testing to prevent session hijacking and unauthorized access.
API & Server-Side Flaws (broken access control, mass assignment, rate-limit bypass) - assessed through API penetration testing and server-side security audits.
Cryptographic Failures (weak algorithms, hard-coded keys, poor randomness) - identified through cryptography testing aligned with NIST encryption standards.
Insecure Communication (HTTP traffic, weak TLS, certificate pinning bypass) - analyzed during network security testing and mobile traffic interception assessments.
Code Tampering & Reverse Engineering - simulated by ethical hacking experts to test binary protection, runtime manipulation, and anti-tampering mechanisms.
Improper Platform Usage (dangerous permissions, clipboard leaks, insecure intents/URL schemes) - validated using Android and iOS security testing frameworks.
Insufficient Logging & Monitoring (missing audit trails, weak incident response hooks) - reviewed as part of security monitoring assessments to ensure incident detection and response readiness.
Executive Risk Reports
A concise, C-suite-ready cybersecurity report summarizing mobile application penetration testing results, risk levels, and business impact insights for informed security decision-making.
Detailed Vulnerability Matrix
Comprehensive vulnerability assessment reports including CVSS scores, exploit chains, and annotated screenshots - aligned with mobile security testing standards such as OWASP Mobile Top 10 and NIST SP-800-163 for full compliance assurance.
Remediation Playbook
A step-by-step remediation guide providing developer-friendly instructions to fix vulnerabilities effectively, streamline secure code development, and strengthen your mobile app security posture.
Free Retest
After remediation, our team conducts a vulnerability re-assessment at no additional cost to verify that all identified security vulnerabilities have been resolved, ensuring continuous mobile app security validation and enterprise data protection.
Prevent Data Breaches, Account Takeover & Brand Damage through proactive mobile penetration testing services, vulnerability management, and application security monitoring.
Meet & Prove Compliance with leading cybersecurity frameworks like ISO 27001, PCI-DSS, GDPR, RBI, and SEBI compliance audits, maintaining information security governance and regulatory alignment.
Reduce Outage Risk & Cost via prioritized vulnerability remediation and regular mobile app risk assessments to ensure uninterrupted business continuity.
Enhance Customer Trust & App-Store Ratings by achieving third-party security validation, building user confidence, and demonstrating mobile application security assurance.
Optimize Security Spend by directing budgets toward areas with the highest cyber risk exposure, leveraging threat intelligence insights and penetration testing analytics for smarter investment.
Explore answers to common questions
about our Mobile
Application Penetration Testing services and practices.
It’s recommended to conduct a mobile application penetration test (mobile VAPT) at least once a year and after any major releases, SDK updates, or new feature rollouts. Regular mobile app security testing ensures protection against emerging threats and compliance with OWASP Mobile Top 10 vulnerabilities.
No. All mobile penetration testing services are executed in cloned environments or during low-impact testing windows, with instant rollback procedures in place. Our ethical hacking experts simulate real-world mobile cyberattacks safely without affecting production users.
A vulnerability scan automatically lists known issues, while a penetration test actively exploits them to demonstrate real business impact, attack chains, and mobile app security weaknesses across iOS and Android platforms. This hybrid approach provides complete vulnerability management coverage.
Most mobile penetration testing engagements complete within 5–12 business days, depending on application complexity, API depth, and required manual security analysis. Larger assessments may include post-remediation validation and compliance reporting.
Book a 30-minute mobile cybersecurity discovery call and receive a tailored penetration testing proposal within a few hours. Our certified mobile security testers help you uncover hidden application vulnerabilities, reduce data breach risk, and strengthen your overall mobile app security posture.