Red teaming services do more than run automated scans. They copy the exact methods real attackers use on live mobile apps. For US businesses in fintech, healthtech, and banking, standard security tools often miss a lot. Logic flaws, chained attacks, and adversarial runtime manipulation rarely come up in regular security checks. According to the Verizon 2024 Data Breach Investigations Report, system intrusion and social engineering cause most confirmed financial sector breache

Jailbreaking is a technique by which software restrictions enforced by Apple on iOS devices such as iPhones and iPads can be removed. Generally, iOS devices run inside controlled environments where apps are protected, but when the device is jailbroken, these restrictions are bypassed, giving full system-level access to the user. For businesses running on mobile apps, a jailbroken device is considered a compromised environment and increases the risk of credential theft, data e

APIs (Application Programming Interface) act as the communication bridge between mobile apps, servers, and databases. They enable authentication, process transactions, transfer data, and support the core business logic that keeps applications functioning smoothly.  If APIs are exposed, misconfigured, or accessed by an attacker, application data can be compromised, even if the front-end app itself appears secure. That’s why   API security testing  focuses on evaluating how API

Root detection  is a runtime check that verifies whether an Android device is modified, which means the user has obtained administrative access to the operating system.  Android rooting is a process by which attackers take superuser access to the device, allowing a malicious app to bypass the built-in security layer. This is done to bypass the device's restrictions and obtain full system-level access to assess running applications. How does root detection protect your Android

Mobile app tampering  refers to any unauthorised modification of an app’s code or data to change its behaviour. Attackers target apps, especially fintech, healthcare or enterprise, by statically altering their binaries or injecting code at runtime.  In binary patching or repackaging, the attacker decompiles the app with tools like Apktool, edits the code and resources, then rebuilds and re-signs the app. It allows them to remove checks, hardcoded logics, and insert backdoors.

In the modern world of mobile apps being at the center of the operation of most businesses today, the protection of mobile applications by way of application security is critical for businesses of all types and sizes. With the ever-increasing threat of attacks against sensitive data, including financial transactions, it is imperative to protect mobile applications from threats as a means of protecting consumers and ensuring trust in the transaction process. ​ Security Begins

Dynamic application security testing (DAST) tools  are designed to identify runtime security vulnerabilities in mobile applications. These tools test applications from the outside, simulating real-time attacks like an attacker would. These tools analyse live application behaviour and runtime interactions to uncover exploitable weaknesses.     Today, over 90 per cent of the population uses a mobile phone, and most fintech companies rely heavily on mobile apps that process bill

Red teaming services  simulate real-world attacks on an application to assess its security measures against runtime threats. Unlike automated scans, red teaming mimics the mindset, technique and persistence of real attackers. The technique is based on how an attacker would actually break into your system, and how your app will react. Is your app's security enough to prevent those attacks? This helps enhance an application's security against real-world attacks. How does the re

RASP application security  is a Runtime Application Self-Protection technique that embeds protection directly into the application to monitor its runtime behaviour and detect and prevent threats instantly. RASP solutions protect applications from attacks while the app is running. It works from inside the app to detect and stop threats in real time. It is very crucial for application security because it detects and protects applications from malicious activity like app tamperi

Reverse engineering  is a technique attackers use to decompile a mobile application to understand its design, functionality, and structure. In simple terms, it means taking an app apart to understand how it works internally, its logic, APIs, encryption methods, and security controls without having access to the source code. This is a very serious threat to mobile apps, and it can even be performed by a common person with basic technical skills. Many reverse engineering tools,

APIs are the backbone of modern mobile applications. They are responsible for data exchange, handling authentication, and integration with third-party services. As they are connected to different servers, they are the most attacked components of any application. API security testing  helps organisations identify and fix weaknesses before attackers exploit them. Why is API security testing important? API security testing  involves analysing APIs to uncover weaknesses, configur

The techniques and procedures used to defend mobile apps and their data from cyber attacks, unauthorised access and data breaches are called mobile application security . If you are concerned about mobile app security, then this complete beginner's guide will help you with security measures and the best tools to build and run secure mobile applications. What are mobile app security solutions ? Mobile app security solutions consist of security tools & technologies with securi

Business application security  has become critical as everything has now come to mobile applications. Mobile applications are under threat from hackers due to financial transactions and personal data for ransom or blackmail. Mobile applications work on user-controlled devices, which is why they come under a wide range of security threats. Thus, building a secure mobile application is necessary, and it requires a structured DevSecOps approach. Necessary security measures shoul

What Is Jailbreak Detection In iOS? Jailbreak Detection  is the process of identifying whether an iOS app is running on a device where Operating System (OS) level restrictions have been removed. It helps an app determine if the device has been compromised and no longer follows Apple’s security model. When a jailbroken device is detected, the app can decide how to respond to unsafe environments, such as blocking execution, limiting features, etc. For developers, Jailbreak Dete

Mobile applications operate in complex environments where code, devices, networks, and user interactions constantly introduce new risks. To build resilient mobile apps, development teams need structured testing approaches that identify vulnerabilities before attackers can exploit them. Two of the most important testing methods are Static Application Security Testing (SAST) and Dynamic Application Security Testing (DAST)—each serving a distinct purpose in securing mobile appli

Mobile applications operate in highly unpredictable environments. They run on thousands of device models, different Operating System versions, and networks that developers do not fully control. This makes mobile apps a frequent target for runtime attacks such as debugging, code injection, spoofing, etc. To stay protected in such conditions, applications must be able to detect threats as and when they occur. This is where real time threat detection  becomes essential. How Real

The process of gaining root access on an Android device is called rooting. It fundamentally bypasses the Android Operating System's sandbox and permissions model. While users gain full control for customization and running specialized tools, this action effectively dismantles the security boundaries put in place by Google’s developers. Because rooting removes these safeguards, it directly increases the attack surface and exposes mobile apps on the device to high-risk security

Android emulators are an essential developer tool. They help developers and security teams to emulate mobile device behavior in order to test mobile apps efficiently and economically. Emulators provide the ability to simulate key device functions such as calls, messaging, and location services. What Can Attackers Do With Emulators? Developers use emulators for testing. But attackers misuse them to: Analyze App Behavior:  Attackers execute target apps on emulators to closely o

Mobile applications have become an integral part of our lives, helping us perform several activities like connecting with people, transacting money, and maintaining data digitally. Hence, they have become the major target for malicious actors looking to reverse engineer the code, steal valuable business information (Intellectual Property), or sneak in harmful software. As these apps manage sensitive data and critical business operations, relying on traditional security method

Rooting is the process of getting root access or administrative privileges on an Android device, to access restricted areas and files...