MOBILE ASSESSMENT

Mobile Application Penetration Testing

Mobile application penetration testing helps organizations analyze security perimeters within a mobile application with an authorized simulated cyber-attack and gain insights into the source code's vulnerabilities, bottlenecks, and attack vectors beforehand.

What is a Mobile Application VA/PT?

Any way to avoid any of the security risk is to opt for the Mobile Application VAPT that holds the power of providing us with a definite level of confidence when it comes to security maintenance and our CyberSRC Team provides you this level of security. According to various studies, more than 80% of mobile application users have the belief that their mobile finance and health apps are perfectly secure.

Preliminary aim of conducting the Mobile App penetration test is to recognize all exploitable vulnerabilities in the app or network that can potentially get exploited by the hackers.

Most of the people downloads the malicious apps and then use that malicious apps that causes the potential risk to both yourself as well as your company as the untested apps might contain security bugs which can make the data vulnerable. Mobile Application VAPT will uncover several ways and access points in which the malicious hacker can compromise the application or database for gaining unauthorized access to the confidential data.

Business Advantages of Mobile Application Penetration Testing as a Service

We designed our Mobile App Penetration Testing services after speaking with a number of leading app providers from SaaS, Fintech, HealthTech, and startups, as well as mobile app development firms. We can therefore guarantee benefits beyond cybersecurity compliance adherence, such as :

Testing for Mobile Application Vulnerabilities

Receive expert advice on how your mobile application can be utilised.

Mobile application penetration testing is one of the most popular security services chosen by over 90 percent of our UAE customers. As part of the penetration testing process, we assume the role of actual hackers and delve deeply into the target systems to identify vulnerabilities.

Penetration testing has become one of the most fundamental requirements for cyber security services in Dubai and UAE, and it is strongly advised to identify application weaknesses and vulnerabilities. Our professional team of hackers has been commended by Fortune 500 companies such as Bentley, Mercedes-Benz, and Walmart for penetrating their systems.

This team is now at your disposal to perform comprehensive testing of your systems and applications using the most effective strategies and industry-standard tools.

Know your mobile security threats!

Lack of awareness regarding mobile security threats can put organizations at high risk. In addition, owing to the increase in information theft and fraud, organizations need to be vigilant about mobile application vulnerabilities.

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INSECURE DATA STORAGE :

Cache-oriented design for databases can be very susceptible to hacking. As a result, lack of data security poses one of the greatest challenges for businesses and organizations today.

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CRYPTOGRAPHY ERRORS

Errors in cryptography or poor key management can allow hackers to access encrypted data, resulting in the loss of privacy and integrity of the mobile application.

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AUTHENTICATION VULNERABILITY

An authentication vulnerability in the mobile app allows an attacker to access the application anonymously and execute functionality on the backend server using stolen credentials.

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CLIENT-SIDE INJECTION

Client-side injection occurs when a malicious code is implanted through a mobile application, causing the exploitation of confidential information and violation of privacy.

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POOR SESSION HANDLING

Poor session management can make it easy for hackers to hijack the session and gain unauthorized access. The risk increases if a device is stolen or accessed by an unauthorized person.

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API VULNERABILITIES

When mobile applications are vulnerable to attack through the API, they reveal their logic, enabling manipulation and disclosure, damaging the organization's reputation.

Phases of Mobile Penetration Testing

Our methodology involves the following five key penetration testing stages. Penetration testing helps in:

1. Discovery :

2. Assessment :

3. Exploitation

4. Reporting

5. Support

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1. Discovery :

App information can be gathered via third-party libraries, search engines, and developer forums like GitHub. Understanding the platform is crucial for app penetration testing, offering an external perspective for creating a threat model.

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2. Assessment

Mobile app assessment involves pre- and post-installation checks. This includes static analysis (decompiled files or source code), dynamic analysis (while the app runs), and archive analysis (inspecting installation packages for iOS/Android). Reverse engineering converts compiled apps to readable code.

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3. Exploitation

Exploitation demonstrates data risks by acting on vulnerabilities to access sensitive data or perform malicious activities. It may also involve privilege escalation to gain superuser access.

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4. Reporting

Reports include detailed descriptions of discovered vulnerabilities, technical risks, and overall risk ratings.

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5. Support

Support ensures app performance across devices, involving continuous testing to promptly resolve post-deployment issues. This phase is essential for app stability and user satisfaction, enhancing the app lifecycle.

The mobile application VAPT Methodology

The mobile application VAPT procedure has numerous steps. The Android & IOS app’s VAPT strategy comprises.

Information Gathering :

Gathering the key information and features of the application is the first step in the penetration testing process. Understanding the application being tested is a crucial VAPT component.

Analysis and Planning :

At this stage, the test’s administration is being prepared for. This requires choosing the execution’s flow. Watching the application during and after installation on the device is part of this stage.

Static Analysis :

Static analysis is the process of analyzing an application without actual executing the application. Static analysis will review code of an application to find known or suspicious function calls or permissions that deem malicious.

Dynamic Analysis :

Dynamic Analysis is the process of analyzing an application while executing the app in a controlled environment. Dynamic analysis will monitor network traffic and other communications to catch malicious activity. With a powerful dynamic analyzer, applications that attempt to connect out to unknown or malicious sites, or send SMS messages without authorization will be flagged as malicious and consequently be reported as threats.

Vulnerability Discovery :

Vulnerabilities are now identified either manually or with the use of a tool. This stage discovers any potential application vulnerabilities.

Exploitation :

At this time, the application gets attacked. At this point, attacks are carried out to assess how serious the vulnerabilities are. To test target mobile applications, malicious payloads like a reverse shell or a root exploit are utilized. Each vulnerability found by penetration testers is put to the test by a team employing both custom-made and publicly accessible exploits.

Risk Analysis and Recommendations :

To determine the impact, a risk analysis is conducted at this step. This stage lists every vulnerability, assesses them according to severity, and suggests appropriate mitigation actions.

Reporting :

The application testing has reached its conclusion. At this stage, a complete report on the findings is written and given to the appropriate parties. The report normally includes a list of the tested endpoints, the harm done, risk evaluations, and vulnerabilities found, along with the proper exploitation and remediation techniques.

Security Testing

Conducted to evaluate the application's data and network security to ensure it meets the specified requirements.

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Security Testing:

Conducted to evaluate the application's data and network security to ensure it meets the specified requirements.

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Operational Testing:

Carried out to verify that the backup and recovery processes function correctly and align with the requirements.

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Installation Testing:

Executed to ensure the application installs, uninstalls, and updates smoothly without any interruptions.

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Usability Testing:

Focused on assessing the application's usability, flexibility, and user-friendliness.

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Performance Testing:

Performed to evaluate the performance and responsiveness of the application.

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Functional Testing:

Conducted to verify that the application's functionalities operate according to the defined requirements.

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Memory Leakage Testing:

Addresses memory leakage issues in mobile applications that can negatively impact device performance.

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Interrupt Testing:

Involves testing the application’s behavior when its functions are interrupted during use.

OWASP Mobile Top 10 Vulnerabilities for 2016

M1

Improper Platform Usage

Involves the misuse of platform features or failure to use platform security controls.

M2

Insecure Data Storage

Refers to the insecure storage of sensitive information on the device, making it accessible to attackers.

M3

Insecure Communication

Concerns the lack of secure communication channels, leading to potential interception of sensitive data.

M4

Insecure Authentication

Involves weaknesses in authentication mechanisms, allowing unauthorized access to the app.

M5

Insufficient Cryptography

Refers to the use of weak encryption algorithms or improper implementation of cryptographic protocols.

M6

Insecure Authorization

Concerns flaws in the authorization process, enabling attackers to gain elevated privileges.

M7

Client Code Quality

Addresses issues in the quality of client-side code, such as buffer overflows or memory leaks.

M8

Code Tampering

Refers to the ability of attackers to modify the app's code to alter its behavior.

M9

Reverse Engineering

Involves the decomplication or reverse engineering of the app to understand its inner workings and exploit its weaknesses.

M10

Extraneous Functionality

Concerns unintended functionality within the app that can be exploited by attackers.

CIBERON Mobile Pentesting Procedures

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Threat Modelling

The threat profile of an application outlines all potential vulnerabilities, risks, and related threats. This information allows testers to create tailored test plans that simulate how hackers might attack, enabling the identification of genuine risks rather than the generic vulnerabilities highlighted by automated scans, thus minimizing false positives.

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Application Mapping

Mapping the specifics of the application to the various elements of the threat profile is crucial. Key parameters to consider include:

  • Malicious input and fuzzing
  • SQLite database password fields and configuration file encryption
  • Session IDs and time lockouts
  • Error and exception handling
  • Logs and log access control
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Client Side Risks

Key areas of focus for simulating client-side attacks include :

  • Interactions with local platform storage
  • Implementation of encryption measures
  • Binary and ultimate analysis of applications
  • Unprotected API calls
  • Files with inadequate access controls
  • UI/UX vulnerabilities
  • Business logic threats

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Network Side Risks

Simulating attacks at the network layer helps verify the security of communication channels by capturing network traffic and assessing the transport layer protection as data flows between the application and the servers.

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Server Side Risks

Backend components, such as web services and APIs, provide the core functionality of the application. Our testing team conducts simulations of attacks on the web services and APIs associated with the mobile application.

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Database Risks

The backend systems, including microservices, data storage, caching, and memory management, require thorough testing. Special attention is given to encryption practices for storing sensitive data, such as authentication information and personally identifiable information (PII).

Key Benefits

Prevent Future Attacks

Penetration testing is crucial for identifying risks and vulnerabilities in mobile applications. It enables organizations to foresee cyber threats and safeguard their data.

Prevent Reputational Loss

Prevents reputational damage by securing the application according to OWASP Top-10 security standards, effectively protecting against cyber attacks.

Maximize Mobile App Protection

Ensures that mobile applications comply with all technical specifications and user acceptance criteria, thereby eliminating potential security risks.

Adhere to Security Guidelines

Mobile application penetration testing ensures that organizations comply with industry security standards, maintaining the integrity of their applications.

Why Ciberon's Mobile Application Testing

Experience & Certificate

Our multi-disciplined team holds a broad range of knowledge and skills and holds a number of certifications in order to demonstrate their capability and experience.

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What Client’s Say About Us

What Client’s Say About Us

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Frequently asked questions about infrastructure pentesting

  • A penetration test, often called a pen test, is a simulated cyberattack on a computer system, network, or web application to identify security vulnerabilities that could be exploited by malicious hackers.

Penetration Test (Pen Test)

  • Purpose: Simulates real-world attacks to identify and exploit vulnerabilities.
  • Scope: Comprehensive, often includes manual testing and creative attack strategies.
  • Outcome: Detailed report with exploited vulnerabilities, potential impacts, and remediation steps.
  • Frequency: Typically conducted periodically (e.g., annually or biannually).
  •  

Vulnerability Scan

  • Purpose: Automatically identifies known vulnerabilities in systems and applications.
  • Scope: Broad, automated scans that check for known issues using databases of vulnerabilities.
  • Outcome: Generates a list of detected vulnerabilities with severity ratings.
  • Frequency: Often performed regularly (e.g., monthly or quarterly).

In essence, a pen test is more thorough and simulates actual attacks, while a vulnerability scan is a quicker, automated check for known issues.

Penetration tests are typically performed by ethical hackers or security professionals known as penetration testers or pen testers. These individuals have specialized skills and knowledge in cybersecurity and ethical hacking. They may work for:

  • Cybersecurity firms: Companies that specialize in providing security services.
  • In-house security teams: Larger organizations often have their own dedicated security teams.
  • Freelancers: Independent security consultants who offer their services on a contract basis.

Pen testers use a variety of tools and techniques to simulate attacks and identify vulnerabilities, helping organizations strengthen their security posture.

A penetration test typically involves several key steps to thoroughly assess the security of a system. Here are the main phases:

1. Planning and Scoping
2. Reconnaissance
3. Scanning
5. Exploitation
6. Post-Exploitation
7. Reporting

Penetration testing is a critical component of cybersecurity, involving a systematic approach to identify and address vulnerabilities in a system. The process typically begins with planning and reconnaissance to gather information about the target. Then, testers scan the system, identifying and exploiting vulnerabilities using a mix of automated tools and manual techniques. The final steps involve analyzing the results, reporting the findings, and providing recommendations for strengthening the system’s security. This methodical process ensures that security measures are not only in place but also effective against potential cyber threats.

Penetration testing tools are essential for identifying and addressing security vulnerabilities in various systems. Some of the most commonly used tools include Metasploit, known for its exploit development and testing framework, and Astra, which is favored for its diverse infrastructure assessment capabilities. Acunetix is often chosen for automated testing, while Kali Linux is preferred by technical users for its comprehensive suite of testing tools. These tools, among others, provide cybersecurity professionals with the means to conduct thorough and effective security assessments.

The duration of a penetration test can vary widely depending on several factors, including the scope of the test, the size of the environment, and the specific goals set by the organization. Generally, a typical penetration test can take anywhere from one to six weeks. This includes all stages of the process, from planning and execution to analysis, documentation, and the presentation of findings. It’s important to note that these are general estimates, and the actual time may differ based on the complexity of the systems being tested and the depth of the test required.

Penetration testing is a critical security measure that should be performed regularly to protect against evolving cyber threats. The frequency of penetration testing can vary based on several factors, including the nature of your organization, its risk profile, and any applicable regulatory or compliance requirements. Generally, it is recommended to conduct penetration tests at least once a year, but more frequent testing may be necessary for high-profile or high-value organizations. Additionally, retesting should be carried out after any significant changes to your IT environment or when new vulnerabilities are discovered.

Penetration Testing as a Service (PTaaS) is an innovative cybersecurity solution that blends automated tools with human expertise to conduct thorough vulnerability assessments. This service model allows for continuous and dynamic security testing, integrating seamlessly into the software development lifecycle. PTaaS platforms offer a more efficient and flexible approach to identifying and mitigating potential security threats, enabling organizations to rapidly deploy tests and address vulnerabilities with expert guidance.

Utilizing a CREST accredited penetration testing company is crucial because it ensures that the testing is conducted by professionals who adhere to high standards of knowledge, skill, and ethical behavior. CREST, which stands for the Council of Registered Ethical Security Testers, sets the industry benchmark for quality cybersecurity services. Companies with CREST accreditation have proven their expertise through rigorous examinations and are committed to continuous professional development to stay abreast of the latest security threats and testing techniques. This accreditation provides businesses with the confidence that their cybersecurity is thoroughly evaluated, aligning with global best practices and regulatory requirements.

After penetration testing is completed, the ethical hacker compiles a report detailing the vulnerabilities discovered, which the organization can then use to strengthen its security measures. This process often includes a review of the findings, development of a remediation plan, and potentially a retest to validate the effectiveness of the implemented changes. Penetration tests can indeed be performed remotely, utilizing advanced algorithm-based technologies that mimic an ethical hacker’s tools and techniques, allowing for comprehensive security assessments without the need for physical presence.

Choosing a penetration testing supplier is a critical decision that can significantly impact your organization’s security. It’s important to consider certifications, experience, methodologies, and client testimonials when making this choice. Certifications like CEH and CISSP indicate a provider’s expertise, while experience in your industry suggests familiarity with specific security challenges. Methodologies should align with established frameworks like OWASP or NIST, and detailed reports should be provided. If your current supplier meets these criteria and you’ve been satisfied with their service, it may be beneficial to continue the partnership. However, regularly reviewing and comparing options can ensure you’re receiving the best service for your needs.

Penetration testing, commonly referred to as pen testing, is a critical cybersecurity practice that involves simulating cyberattacks to identify vulnerabilities in a system. While it is an essential component of a robust security strategy, it must be carefully managed to minimize disruptions to business operations. Strategies such as conducting tests during off-peak hours, using test copies of live systems, and clear communication with stakeholders can help ensure that business operations continue smoothly during a pen testing exercise.

The cost of penetration testing can vary widely depending on several factors such as the scope of the test, the size of the organization, the complexity of the systems being tested, and the expertise of the testing team. Generally, prices can range from as low as $1,000 to over $100,000. For most organizations, the average cost tends to be between $10,000 and $35,000. It’s important to consider that while upfront costs may seem significant, the investment in a penetration test can be invaluable in protecting against potential security breaches.

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