A thick client pentest, also known as a “thick client application penetration test” is a simulated cyber attack on an application that runs on a client computer, rather than on a web server. These types of applications are also known as “thick clients” or “fat clients” because they typically rely on more resources and functionality on the client-side, as opposed to web applications that rely on the web server to handle most of the functionality.

The goal of a thick client pentest is to identify vulnerabilities in the thick client application’s code and configuration, and to assess the potential impact of an exploit. This is done by using a combination of automated tools and manual techniques to test the application’s security controls and identify vulnerabilities.

Applications for the web, mobile devices, and desktops collect and store private company and
customer data but they are extremely defenseless.

Application layer vulnerabilities are common, and some of them may be serious enough to expose consumer data or undermine a system.
Application security testing aids in locating programming-level problems, file access problems, and configuration problems in the application that may undermine the security of the system. It is a technical evaluation that entails making use of the vulnerabilities found in the software programs installed on client-side systems. It improves the application’s overall security by preventing unauthorized access that might result in a breach.

Both client-side and server-side processing is used during the testing process. Actionable recommendations for patching the vulnerabilities are provided by the Thick Client Application test. It also aids in enhancing the procedures for creating security programs and applications.
Examining server-side controls, data connection routes, and potential client-side application problems are often part of the test.

Applications were previously considered to be low risk because they were primarily internal,
therefore safeguarding the infrastructure took precedence. However, anyone around the globe can now submit an application. The security tests required to manage applications and systems in depth are sometimes not completed due to the pressure to deploy promptly. It is obvious that a more proactive approach to security is needed when these factors are combined with the lack of security training among application developers who are primarily concerned with functionality.
Organizations must incorporate security testing into their application development lifecycle in order to provide users with a favorable and safe experience.
When it comes to defending your business and valuable assets from possible hackers, penetration testing is extremely important. The advantages of Thick Client Penetration Testing Service go far beyond network and data security, though.

Numerous businesses have benefited from our thick client penetration tests by securing their apps against the most serious online threats.
With the use of manual methodologies, our thick client penetration testing services detect risksspecific to your application and cover the most prevalent vulnerabilities found in thick clients.

Whether a desktop application is built on a two-tier or three-tier infrastructure, our thick client penetration testing services, discover and resolve the most complicated vulnerabilities in proprietary components and communication protocols. Understanding the full functionality of the program is the first step in Techleet Solutions’ thick client application testing strategy. We employ many users to navigate through all of the UI elements because each user may have different permissions or special functionalities. The mix of automated tools, human testing, and a hybrid testing technique ensures thorough coverage and fewer false positives in the application.

All different kinds of thick clients, from security software to utility programs, have been evaluated and effectively secured by our consultants.
Manual testing involves finding vulnerabilities specific to your thick client, our tests combine manual methods with automated tools. To maximize results, every project is tailored to your context and requirements.
We follow the collaborative approach to make sure the project is successful; we share our conclusions and suggestions with your stakeholders to make sure they are aware of all the dangers and potential fixes.