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Web Application Security
Testing

Advanced Web Application Penetration Testing Service will keep you safe from security risks.

Overview : Web Application Penetration Testing

Web-based application Penetration testing is the process of simulating a hacker-style attack on your web app in order to detect and analyze security vulnerabilities that an attacker could exploit. Web applications are critical to business success and an appealing target for cybercriminals. Web application penetration testing is the proactive identification of vulnerabilities in applications, such as those that could result in the loss of sensitive user and financial information.

Methodology

A comprehensive approach to performing penetration tests that not only finds security vulnerabilities but also business logic vulnerabilities, as well as security checklists based on industry standards such as OWASP10, SANS25, OSSTMM, and so on. Kratikal provides on-premises and off-premises application security services with the following roadmap, based on years of experience across application threat surfaces such as online, mobile, and cloud.

Types of Testing -

Black Box, often referred to as behavioral testing or external testing, is a form of software testing technique wherein no prior knowledge of the internal code structure, implementation specifics, or internal routes of an application is necessary. It focuses on the application's input and output and is entirely dependent on the specifications and requirements for the software.

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Benefits

Cost Saving
compliance
reduced outage
risk managment

Our Approach

Reconnaissance, or information collection, is one of the most crucial responsibilities of an application penetration test. The first stage of a web application penetration test is all about learning as much as you can about the target application. Several instances of testing Perform search engine reconnaissance and discovery to look for information leaks, enumerate apps, and fingerprint apps. Find the entry point for the application.

Nearly as crucial as performing application security testing is comprehending the deployed configuration of the server or infrastructure that runs the web application. Despite the diversity of application platforms, a number of fundamental platform setup difficulties, such as how an unsecured programme can infect the server (insecure HTTP methods, old/backup files), can put the application in risk. TLS Security, App Platform Configuration, File Extension Handling, and Cross Site Tracing are a few examples. HTTP methods, file permissions, and strong transport security are all put to the test.

Authentication is the process of attempting to confirm the sender of a communication's digital identity. The most prevalent illustration of such a process is the log-on process. Testing the authentication schema requires knowledge of how the authentication procedure operates and use of that knowledge to subvert the authentication mechanism. Poor lockout mechanisms, circumventing authentication schemes, browser cache vulnerabilities, and inadequate authentication in other channels are a few examples.

Nearly as crucial as performing application security testing is comprehending the deployed configuration of the server or infrastructure that runs the web application. Despite the diversity of application platforms, a number of fundamental platform setup difficulties, such as how an unsecured programme can infect the server (insecure HTTP methods, old/backup files), can put the application in risk. TLS Security, App Platform Configuration, File Extension Handling, and Cross Site Tracing are a few examples. HTTP methods, file permissions, and strong transport security are all put to the test.

Since authorization comes after successful authentication, the pen tester will validate this after establishing that they have authentic credentials linked to a clear-cut set of roles and privileges. Insecure direct object references, privilege escalation, and getting around permission rules are a few examples. Permission testing requires comprehending the operation of the authorization system and using that understanding to circumvent it.

The most prevalent security vulnerability in online applications is the failure to fully verify input from the client or the environment before using it. This vulnerability affects web programmes and can lead to buffer overflows, cross-site scripting, SQL injection, interpreter injection, attacks on locale/Unicode, file system vulnerabilities, and more.

During a web application penetration test, we frequently come across a plethora of error codes released by applications or web servers. A specific request, created manually or with the aid of tools, might be used to display these issues. Due to the abundance of data they provide about databases, security holes, and other technological elements directly related to online applications, these codes are very helpful to penetration testers. Analyzing error codes and stack traces are only a couple of examples.

A vulnerability known as the 'Think Outside the Box' vulnerability depends on the penetration tester's knowledge and abilities because a vulnerability scanner cannot find it. In addition, this kind of vulnerability is sometimes one of the hardest to find because it is application-specific, but it is also one of the most damaging to the programme if it is exploited. Integrity checks, process time, uploading an unexpected file type, and the capability to forge requests are a few examples.

Client-side testing focuses on client-side code execution, which is typically carried out directly within a web browser or a browser plugin. When code is run on the client side, it is different from when it is run on the server and results in content being returned. Several instances include the use of JavaScript, client-side URL redirection, cross-origin resource sharing, and manipulation.

Attacks that cause a denial of service (DoS) are intended to restrict authorized users from using a resource. A malicious user floods a target system with enough traffic to prevent it from serving its intended users in a denial of service (DoS) attack. during this stage. Testing will be focused on application layer attacks on availability that may be executed by a single malicious user on a single system.

The reporting step's objectives are to present, rank, and prioritize findings as well as to give project stakeholders a concise, actionable report with accompanying data. At Kratikal, we consider this to be the most crucial stage, so we take great care to ensure that we have adequately communicated the significance of our findings and service.

Our Clients

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FAQs

How Often Should We conduct Application Security Testing?

By showing how hackers could use recently found threats or upcoming vulnerabilities, this testing should be carried out frequently to ensure more consistent IT and network security management.

Application testing is a sort of software testing that identifies system flaws and involves security concepts such as Confidentiality, Integrity, Authentication, and Availability.

The timeline of vulnerability assessment and penetration testing depends on the type of testing and the size of your network and applications.

For efficient security design, it depends on a few fundamentals - it needs to be able to identify threats, correlate data, and enforce regulations over a distributed and dynamic network.