Once your app is on a phone, the attacker holds the binary, the traffic and the runtime. We decompile it, hook it live, strip its protections and follow every request back into your APIs, mapped to OWASP MASVS and MASTG throughout. iOS and Android, for product teams in Pakistan and abroad.
Our mobile application penetration testing follows the OWASP Mobile Application Security Verification Standard (MASVS) and its companion testing guide, MASTG. OWASP MASVS testing is tiered, so we agree the level at scoping: L1 for most consumer apps, L2 for anything that moves money or handles health data. Where tamper resistance matters, we add the MASVS-R resilience controls. Every finding cites the control it breaks and the MASTG test that exposed it, so developers and auditors read from the same map.
We pull apart the APK or IPA with static analysis, then instrument the running app with Frida and Objection to watch what it actually does. Which secrets it loads, where it writes, how far it trusts the server. Certificate pinning, root and jailbreak detection and anti-debugging are attacked, because a motivated adversary will do the same. Deep links, exported components, WebViews and inter-process communication are probed for entry points from other apps.
Banks, wallets and payment apps in Pakistan test regularly because State Bank of Pakistan expectations on technology governance and cybersecurity call for independent testing of customer-facing apps. The same engagement serves product teams shipping for overseas clients who ask for a current pentest report before go-live. Everything runs remotely, under NDA from the first conversation, on test devices we supply, and ends with a report your developers can work from without a translator.
APK decompiled, rebuilt and instrumented on rooted devices and emulators. We go after what Android exposes and developers forget: exported activities, content providers, broadcast receivers and the WebViews behind them.
IPA analysis on jailbroken devices with Frida, across Objective-C and Swift runtimes. Keychain usage, file protection classes, URL schemes and Universal Links get the same scrutiny as the login screen.
The app is a client; the money and data sit behind the API. Every endpoint the app calls is enumerated from traffic and code, then tested for authorisation, rate-limit and logic flaws with the OWASP API Security Top 10 as the baseline.
Obfuscation, anti-debugging, integrity checks and hooking detection are attacked with the same tooling adversaries use, so you learn what a determined reverse engineer sees and how quickly.
Where the app puts things when nobody is watching: local databases, caches, logs, backups, screenshots, clipboard and third-party SDKs.
Biometric prompts that can be skipped, PINs checked on the device, sessions that never expire. We test whether the login is enforced by the server or merely drawn on the screen.
Fixes verified against the original PoCs, an attestation letter for your client or regulator, and a release candidate checked before it ships.
Findings are mapped to MASVS controls and to the frameworks your auditors ask about, so one engagement feeds several questionnaires. For banks and wallets, the summary is written with regulator-facing reviews in mind.
We agree platforms, build types, MASVS level (L1, L2, R), backend scope and test accounts. Everything happens under NDA, and the Rules of Engagement fix the boundaries, the devices we may use and the emergency contact path.
Binaries are decompiled and mapped: permissions, exported surfaces, third-party SDKs, hard-coded secrets, endpoints and the cryptography in use. The attack plan is shaped here, before a single request is sent.
On rooted and jailbroken devices we hook the live process, intercept traffic and manipulate the runtime to reach states the UI never allows.
Every endpoint the app touches is tested from every account, role and device we hold: authorisation gaps, transaction tampering, replay, rate limits and the logic flaws no automated tool can model. A confirmed critical triggers an immediate call to your emergency contact.
Executive summary for leadership, technical report with reproducible PoCs and MASVS mapping for engineers, a private debrief, then a retest once fixes land and an attestation letter on a clean retest.
58 companies, including Uber, Sony and Ford, have publicly acknowledged our founders' vulnerability disclosures. Your mobile engagement gets the same instinct for the bug that turns into an incident, backed by OSCP- and eWPTX-certified testers.
Pinning, root detection and obfuscation are attacked as a matter of routine, and each one is rated by how long it held. What you get back is which technique defeated it, or failed to, and what would make it hold longer.
Most critical mobile findings are server-side. We do not quote a mobile test that stops at the binary. The APIs the app calls are tested across accounts, roles and devices in the same engagement, and the report treats app and backend as one system.