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Web application penetration testing involves methodological series of steps aimed at gathering information about the target system, finding vulnerabilities or faults in them, researching for exploits that will succeed against those faults or vulnerabilities and compromise the web application. There are two components to delivering Web Application Penetration Testing and these are Internal and External Penetration Testing.

Internal penetration testing
The internal infrastructure penetration test focuses on testing attacks which could be carried out by an adversary who has already gained a foothold within your network and is looking to “elevate” themselves to gain further control and cause more damage.
External network pentesting
External penetration testing is a practice that assesses the externally facing assets for an organization. During an external penetration test, the assessor attempts to gain entry into the internal network by leveraging vulnerabilities discovered on the external assets

Why Web application penetration testing?

Businesses rely on web applications more than they ever have in the past to conduct daily business. That includes customer-facing applications that allow them to perform activities like making purchases or transferring money from one account to another. Many companies also depend on internal web products to conduct day-to-day business. Developers may use open source components and plugins when building web apps, opening the door to possible security risks. Web applications are the critical systems of many networks. They store, process, and transmit data. They are also vulnerable to hackers who can find vulnerabilities.

Web penetration

What thing falls Web Penetration testing?

Security of Web Application Architecture

Poor design of architecture may expose the application to many security loopholes. A secure web application architecture that can break a complicated system into various small blocks. Every block is checked and protected individually, which improves the overall security of the application. .

What we do?

We implement cybersecurity framework as a strategic approach that begins with detailed research on security risks and includes activities such as developing a cyber incident response plan along with suitable application security checklists.

Security of corporate network
Safety of On Prem Webserver from Cyber Attack.

Web server security is the protection of information assets that can be accessed from a Web server. Web server security is important for any organization that has a physical or virtual Web server connected to the Internet. If your server security is compromised, it could result in anything from spam advert injections on a company website, to user data being intercepted and stolen from form submissions.

What we do?

We provide safety measures for server security specifically to the measures taken to protect your web servers and the data they process, network security also includes things like firewalls and antivirus software to protect other parts of the network.

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Securing company database and private data.

Securing company's confidential and private data is key for keeping company reputation and business continuity. Every attack is done either to steal the data or take control of the systems.

What we do?

We will assess your Web Application and check the behavior of your webserver response while injecting a malicious Script on your application and to give you an ability to remediate these before an attacker could get the Confidential data.

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Avoiding Information Misuse, loss or unauthorized access

A WebApplication containing personal Information should be protected by security safeguards as is reasonable in the circumstances against unauthorized access, use, modification or disclosure and against other misuse.

What we do?

We provide you key technical points to protect your confidential information like API Key, User Information, Financial Information, Creditcard Number, Source Code and Etc.., it prevents from misuse and loss from unauthorised access, modification or disclosure.

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Follow secure software development practices

Developers must be educated about potential security problems. They must understand SQL injections, cross-site scripting (XSS), cross-site resource forgery (CSRF), and more vulnerabilities and misconfiguration such as the ones listed in the OWASP Top 10. They must also know security standards, secure coding techniques, algorithms, mechanisms, and tools required to build secure web applications. For example, they must know how to prevent SQL injections.

What we do?

We provide developers and product team with necessary measures to form a good understanding of defensive code development and the risks to the systems they are building.

Prevention-of-WAF