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Web Penetration Testing Services

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Best VAPT Company in Jaipur

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Infrastructure Information Gathering

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Web Application Penetration Testing Practice Lab Setup-Elanus Technologies

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Top Mobile Application Penetration Testing Tools for Android and iOS

A native mobile application is subjected to a security evaluation known as a “mobile application penetration test.” A smartphone-specific app is referred to as a “native mobile application.” It is programmed in a particular language designed for the corresponding operating system, usually Swift for iOS and Java, BASIC, or Kotlin for Android.

In the context of the mobile application, “data at rest” and “data in transit” security testing are often included in mobile app penetration tests. No matter if it is an Android, iOS, or Windows Phone app, this is true. As part of a penetration test, tools are used to automate some operations, increase testing speed, and detect flaws that can be challenging to find using only human analytic techniques.

In order to ensure exceptional accuracy and to harden a mobile app against malicious assaults, a manual penetration test offers a wider and deeper approach. While vulnerability assessments are responsible for identifying security flaws, penetration testing confirms that these issues are real and demonstrates how to take advantage of them. In order to access both the network level and important applications, penetration testing targets the app’s security flaws and weaknesses throughout the environment.

The mobile application vulnerability assessment and penetration testing (VAPT) locates exploitable flaws in code, systems, applications, databases, and APIs before hackers can find and take advantage of them. Utilizing harmful apps has the potential to be risky, and untested apps could include faults that expose the data of your company.

There is lots of mobile application penetration testing (android or iOS) tools available but we mentioned important mostly used tools or software’s.

Mobile Application (Android and iOS) Scanner:

MobSF: https://github.com/MobSF/Mobile-Security-Framework-MobSF

Android:

1. Apktool: https://apktool.org/

2. dex2jar: https://github.com/pxb1988/dex2jar

3. jadx-gui: https://github.com/skylot/jadx/releases

4. jd-gui: https://github.com/java-decompiler/jd-gui/releases/tag/v1.6.6

5. ClassyShark: https://github.com/google/android-classyshark/releases/tag/8.2

6. Bytecode-Viewer: https://github.com/Konloch/bytecode-viewer/releases/tag/v2.11.2

7. SDK Platform-Tools: https://developer.android.com/tools/releases/platform-tools

8. DB Browser for SQLite: https://sqlitebrowser.org/dl/

9. Frida: https://github.com/frida/frida

10. Objection: https://github.com/sensepost/objection

11. fridump: https://github.com/Nightbringer21/fridump

12. Magisk Manager: https://magiskmanager.com/

13. Xposed Framework: https://forum.xda-developers.com/t/official-xposed-for-lollipop-marshmallow-nougat-oreo-v90-beta3-2018-01-29.3034811/

14. PoxyDroid: From Playstore

IOS:

1. plist-viewer: https://github.com/TingPing/plist-viewer/releases

2. Ghidra: https://ghidra-sre.org/

3. Frida: https://github.com/frida/frida

4. Objection: https://github.com/sensepost/objection

5. fridump: https://github.com/Nightbringer21/fridump

6. iOS App Dump: https://github.com/AloneMonkey/frida-ios-dump

7. Jailbreaking Apps:

Unc0ver: https://unc0ver.dev/

Checkra1n: https://checkra.in/

8. Otool: Available with Xcode - https://inesmartins.github.io/mobsf-ipa-binary-analysis-step-by-step/index.html

9. 3uTools: http://www.3u.com/

10. Keychain Dumper: https://github.com/ptoomey3/Keychain-Dumper

11. Cydia Apps:

SSL Killswitch 2

Shadow

Liberty

Frida

12. Strings: https://learn.microsoft.com/en-us/sysinternals/downloads/strings

13. DB Browser for SQLite: https://sqlitebrowser.org/dl/

14. Hopper: https://www.hopperapp.com/

15. Burpsuite: https://portswigger.net/burp/communitydownload

In essence, the mobile application VAPT locates exploitable flaws in code, systems, applications, databases, and APIs before hackers can find and take advantage of them. Utilizing harmful apps has the potential to be risky, and untested apps could include faults that expose the data of your company. The mobile application penetration testing services by Elanus Technologies identify security risks in android and iOS apps and devices. Get in touch to secure your devices today!

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Best Digital Marketing Services in Jaipur

Elanus Technologies provides Digital Marketing Services offers the best digital marketing services like SEO, PPC, SMO and more. Contact us today to learn more about what services that can help your business grow.

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Thick Client Pentesting

Thick client application security describes the steps required to safeguard thick client applications, which are computer or device software applications that run on end users' computers or other devices and demand a lot of resources and processing power. These programs frequently work with sensitive data and are open to many forms of assault, such as malware, phishing, and hacking.

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Types of Some Important Common Vulnerability in Vulnerable Code

There are an increasing number of vulnerabilities in the software in use. These flaws had a wide range of effects on a variety of different items. However, a lot of them just come down to repeating the same errors.

The source code of an application or piece of software is where most vulnerabilities originate. Malicious users can easily obtain control of a program and utilize it for their own gain by exploiting flaws or faults in the coding. With a few fast changes to the software, a skilled black hat hacker may swiftly take over your digital products. As organizations continue to digitize their processes, the risk of penetration will only increase.

Adopting secure coding practices is the answer. Fortunately, most widespread software security flaws may be prevented by adhering to recognized secure code writing.

Common programming errors cause the majority of application vulnerabilities. Lack of security education for those who need it most is one of the main reasons why these vulnerabilities are still so prevalent and harmful.

SQL Injections Vulnerabilities: Security flaws like SQL injections are most frequently discovered in web applications. It happens when an application doesn’t check user input before allowing it to enter the database. By using secure code, SQL injections can be avoided. This means that application developers should make sure that all user input is vetted before being processed by the database, rather than blindly believing anything the user says also use parameterized queries.

Buffer Overflow Vulnerability: Through the IoT, embedded systems are connecting to the outside world more frequently. As a result, harmful code attacks have greater opportunities. Among these are buffer overflows. Buffer overflows give an outside attacker the same opportunity to “insert” code or data into a system as injection attacks do. If done appropriately, it makes that system susceptible to further outside instructions.

Cross-Site Scripting Vulnerability: A form of vulnerability in which attacker can be leveraged to attack by injecting malicious java script in vulnerable input and that script trusted by the application is called cross-site scripting (XSS).

All user input that can contain dangerous scripts needs to be sanitized in order to defend your website against XSS attacks. These kinds of mistakenly created codes could lead a website or app to trust user input without first checking it.

Insecure Sensitive Data Storage Vulnerabilities: Unsafe Storage of Sensitive Data A common issue in software engineering is vulnerabilities. It is crucial to take action to prevent the unsecured storage of critical data. This section will discuss the value of code security and the reasons why precautions should be taken to prevent the unsecured storage of sensitive data. Passwords are a prime example of sensitive information that should be securely secured or stored to prevent hackers from stealing it. This is a typical error made by developers. For instance, the most popular method of storing sensitive data is a hashing approach.

Elanus Technologies delivers Secure Coding Training aimed at empowering developers with techniques that result in secure code being delivered almost without thought. Securely developed code does not need to be an arduous affair. By integrating secure development practices into the core of what developers do, the overall security posture of their work will markedly improve with little impact to other measures of output. Elanus Technologies specialise in making this a reality through secure development training. We provide Secure Code Techniques where developers learn by actually exploiting and then fixing vulnerabilities in a web-based sandbox.

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What is Thick Client Application Vulnerability Assessment?

In a client-server architecture or network, a thick client (also known as a fat client) often offers robust capability without relying on the server. The majority of the processing in these applications is carried out on the client side.

Desktop applications, also known as “thick client” applications, are fully functional PCs that are networked. Thick clients are functional whether they are connected to a network or not, in contrast to thin clients, which lack hard drives and other functionality.

A thick client is completely functioning even when not connected to the internet, but it is only a “client” when it is. Programs and files that are not kept on the local machine’s hard drive could be made available to the thick client by the server.

In other words, it is a networked computer with a local installation of the majority of the resources. In fact, most thick clients may be utilized offline, that is, when not connected to a network or server, and have their own operating system and software programs.

Thick client apps have been used for many years and are still utilized by a wide range of businesses of all shapes and sizes. Thin-client apps may become a more attractive target for attackers as a result of the development of hybrid infrastructure architectures.

What is Thick Client Application Vulnerability Assessment?

Thick client application security describes the steps required to safeguard thick client applications, which are computer or device software applications that run on end users’ computers or other devices and demand a lot of resources and processing power. These programs frequently work with sensitive data and are open to many forms of assault, such as malware, phishing, and hacking.

Application layer vulnerabilities are common, and some of them may be serious enough to expose consumer data or undermine a system. Instead of merely concentrating on managing the application server, the IT staff must maintain and upgrade all systems for software deployment in order to preserve a thick client.

When performing internal audits and valuing security, corporations usually ignore thick client/fat client applications. Thick client evaluations are a difficult task, but many firms do not have enough internal security professionals who are equipped with the necessary knowledge and experience.

Thick Client Penetration Testing: What Is It?

A client program that can offer rich functionality without relying on the server in a network is referred to as a “thick client,” also known as a “fat client.” The majority of thick client operations can be carried out without an active server connection. While they do occasionally need to connect to a network on the central server, they can operate independently and may contain locally stored resources.

On the other hand, a “thin client” is a client program or computer that requires a connection to the server in order to work. Thin clients rely heavily on server access each time they need to analyze or validate input data because they perform as little processing on their own as is feasible.

Two-Tier and Three-Tier Thick Clients

Thick clients can be found in network architectures with two or three tiers. Due to its multi-tiered or multi-level design, the client/server paradigm of networks is also known as the tiered model.

The client app talks with the server through an application server in three-tier architecture.

The presentation tier, the application tier, and the data tier are the three layers that make up this model. The presentation tier serves as the interface through which the end user interacts with the application; the application tier processes the data gathered in the presentation tier; and the data tier stores and manages the processed data.

In a two-tier design, the thick client application interfaces directly with the server. The presentation tier and the data tier make up this model. It is a less secure network design than the three-tier approach since the end user has direct access to the data tier.

Thick client application security describes the steps required to safeguard thick client applications, which are computer or device software applications that run on end users' computers or other devices and demand a lot of resources and processing power. These programs frequently work with sensitive data and are open to many forms of assault, such as malware, phishing, and hacking. We have expertise of conducting Thick Client Application Security Testing on client-server applications adopting proven methods and technology.

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Best Vulnerability Assessment and Penetration Testing Company in Jaipur

Elanus Technologies is a Full Service Software Development Company for Cyber Security services such as Vulnerability Assessment and Penetration Testing, Mobile and Web and mobile App Development, Secure Coding Training, Digital Marketing and Domain & Hosting Service registration and with a special focus on Security, Scale and Performance. 

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