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Web app testing services refer to the processes and practices of evaluating and ensuring the quality, functionality, security, and performance of web-based applications that are done by a web testing company. Specialized testing companies or testing teams typically offer these services within software development organizations. The primary goal of web application testing is to identify and address any issues or vulnerabilities in the application before it is deployed to production and made accessible to users.
Security testing for web applications is the analysis of these six security concepts:
Integrity
Integrity ensures that the information provided by web applications remains accurate and trustworthy. This means that data, both when stored and transmitted, must be protected from unauthorized modifications.
Authorization
Authorization is about managing access and permissions for users. It ensures that users can only perform actions or access resources they are explicitly permitted to.
Confidentiality
Confidentiality focuses on restricting access to sensitive data and ensuring it's only accessible by authorized users.
Availability
Availability is crucial for web applications as they must be accessible and functional at all times. It involves mitigating threats that can disrupt services.
Authentication
Authentication is verifying the identity of users or entities interacting with the application.
Non-repudiation
Non-repudiation ensures that users cannot deny their actions within the system, providing legal protection in disputes.
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Software developers need to integrate security into every software development life cycle (SDLC) step. The various stages of the process — define, design, develop, deploy, and maintain — have specific security considerations that should be considered as part of the entire lifecycle.
Our Web App Testing Services include:
Microminder offers web application testing services by performing activities such as
Microminder Fast Facts
11K+
Web & Mobile Apps tested
7M+
Users secured globally
99%
Of our recent pen tests identified vulnerabilities
59%
Of them contained critical and high risks.
9K
Business risks were remediated last year.
40%
Were access and authentication related issues.
The Need
Web application monitoring is essential for businesses in all industries
Security tests help identify vulnerabilities and ensure all data is safe from any unauthorised action.
Web application testing is a critical phase in the software development life cycle that ensures the reliability, security, functionality, and overall quality of web applications. It helps deliver a better user experience, maintain security, and avoid potential problems, ultimately benefiting developers and end-users. It is used to:
When should you conduct web application testing?
Test early and test often’ - advice from (OWASP)
This is advice from the Open Web Application Security Project (OWASP) regarding software security testing, and businesses across all industries should do so.
Comprehensive tests Timeline
The earlier you test web application security during the development lifecycle, the better your chances of detecting vulnerabilities. Include security to minimize risks and the cost of remediation further down the line.
Identify the business's web applications and their complementary assets. This asset discovery stage will outline which apps will be tested.
Asset discovery stage
Check for outdated software and update them before conducting security testing web applications.
Check for outdated software
Confirm user permissions and roles to ensure the app follows secure access rules.
Confirm user permissions and roles
Check the current security measures to confirm if they are working optimally. These include tools like a firewall, malware scanner and secure sockets layer (SSL).
Review current security measures
Perform a web penetration test for common vulnerabilities and exposures (CVEs), malicious structured query language (SQL) queries and cases of code injection.
Perform a web app testing
Run configuration tests to check both application and network structure security.
Run configuration tests
Test physical network assets
Test physical network assets for CVEs and specially developed software attacks. This involves testing switches, routers, desktops, printers and servers.
Check design & implementation of apps
Check the design and implementation of business applications and JavaScript loading.
Confirm input validation is functional
Confirm that input validation is in place and functional when accepting user data.
Assess authentication rules
Assess authentication rules and security of session management.
Check web app configurations.
Check for missing or misplaced web application configurations.
Ensure unauthorised access is restricted
Verify if the web applications can allow unauthorised access.
Identify the business's web applications and their complementary assets. This asset discovery stage will outline which apps will be tested.
Check for outdated software and update them before conducting security testing web applications.
Confirm user permissions and roles to ensure the app follows secure access rules.
Check the current security measures to confirm if they are working optimally. These include tools like a firewall, malware scanner and secure sockets layer (SSL).
Perform a web penetration test for common vulnerabilities and exposures (CVEs), malicious structured query language (SQL) queries and cases of code injection.
Run configuration tests to check both application and network structure security.
Test physical network assets for CVEs and specially developed software attacks. This involves testing switches, routers, desktops, printers and servers.
Check the design and implementation of business applications and JavaScript loading.
Confirm that input validation is in place and functional when accepting user data.
Assess authentication rules and security of session management.
Check for missing or misplaced web application configurations.
Verify if the web applications can allow unauthorised access.
We are a web app testing company who follows a rigorous and structured methodology when conducting web security testing. Our web application security testing methodology usually follows these steps:
Types of Web Application Tests
The three common types of web application testing
The three common types of web application testing that we usually perform are:
DAST is a type of software application testing that focuses on evaluating the security of a web application from the outside-in. It does not require access to the application's source code. It involves actively scanning a running web application to identify vulnerabilities and weaknesses that could be exploited by hackers. It simulates real-world attack scenarios to identify issues such as input validation problems, authentication flaws, and other security vulnerabilities.DAST tools send malicious inputs and test the application's response to assess its security. These tools can be automated and are helpful for continuous monitoring of an application's security. They provide a practical assessment of an application's security posture from an external perspective.
SAST, also known as static analysis, is a type of security testing that examines the source code and binary code of a web application to identify vulnerabilities and weaknesses.SAST tools analyze the source code, looking for coding practices, architectural flaws, and security vulnerabilities. Common issues include code injection, insecure configurations, and access control problems.It is used to find vulnerabilities at an early stage of development, making it an essential component of secure software development practices. Developers can address issues before they manifest in the running application.
Penetration testing, often referred to as ethical hacking, is a security assessment technique that simulates real-world attacks on a web application.The goal of penetration testing is to discover security weaknesses that may not be detected by automated tools. Testers actively seek vulnerabilities in areas like authentication, authorization, data validation, and other critical security aspects. Penetration testing provides a comprehensive understanding of an application's security posture and can uncover both known and unknown vulnerabilities. It helps organizations proactively identify and mitigate security risks.
SQL injection ((SQLi) is a type of web application vulnerability that occurs when an attacker is able to manipulate or inject malicious SQL queries into a web application's database. It takes advantage of poorly sanitized user inputs and can allow attackers to access, modify, or delete sensitive data stored in the database.SQL injection is a significant threat, especially for websites that store sensitive data, such as user credentials, financial information, and personal details. It can lead to data breaches and has the potential to result in financial losses and damage to an organization's reputation.
Cross-Site Scripting (XSS) is a vulnerability that allows an attacker to inject malicious scripts (usually JavaScript) into a web application, which are then executed in the context of a user's browser. These scripts can steal user data, session cookies, and perform actions on behalf of the user.This vulnerability can lead to data theft, identity theft, and damage to an organization's reputation. Users may be unaware that their data is being stolen, as the malicious scripts execute in their browser without their knowledge.
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Microminder: Alfanar's Top Choice for Penetration Testing Services
"After engaging and experiencing multiple Penetration Testing vendors, we highly recommend Mincominder services to companies looking to enhance their security measures. Their expertise and commitment to delivering outstanding results make them a reliable choice for securing your organisation."
Syed Murtuza Haneef
IT Security Manager
Moby2
"We had the pleasure of working with Microminder Cybersecurity for infrastructure pen testing and firewall configuration review, and I have to say, their work was nothing short of splendid. Firstly their onboarding process was so quick, the pre-requisites and availability of testing was agreed on the same day..."
Viktor Dimitrov
Product Owner - Moby2
Amsel and Wilkins
"Microminder's in depth and broad scope pen testing truly provided us with some valuable insights that uncovered key business risks and highlighted necessary actionable intelligent changes that needed to be implemented within our business to combat any potential cyber-attacks from adversaries and prevent any breaches. This exercise helped us to enhance our cyber security posture and test our system’s resilience. We are quite pleased with our engagement with Microminder."
Claire Lee
Practice Manager - Amsel and Wilkins LLP
InfinityBlu Dental
"Microminder's 24/7 managed security services got deployed with such ease and immediately gave us an eagle eye view into our security logs and events, highlighting any indicators of compromise, effectively automated our response and correlated the incidents with full context, thereby triaging and eliminating all false positives. Our team are amazed at the speed and accuracy of Microminder’s Open XDR technology and skilled staff."
Julie Cockbill
Head of Operations - InfinityBlu Dental
Dental Beauty
"Our priority is business continuity and security, especially considering our operations across our 30+ practices. Microminder helped us with a tailored managed security services that aligned with our business needs. Their technology is at the forefront of the industry and that allows us to fully put our trust in their cyber security experts. We are glad to have Microminder as an extension of our technology team!"
Tina Patel
Head of Integrations – Dental Beauty Partners
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Company at a glance
Microminder is a global holistic cyber security and cyber intelligence services provider which has been serving clients for past four decades.
Founded:
1984
Headquarters:
London | UAE
Employees:
100+
Global Offices:
6 Countries
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FAQs
Please identify the answer you are seeking.
Web Application Testing is the process of evaluating and ensuring the quality, functionality, and security of web applications. It involves rigorous testing to identify and address issues that could affect the app's performance.
Web App Testing is crucial for businesses because it:
- Ensures a positive user experience.
- Identifies and fixes issues before they impact users.
- Enhances the reliability and security of web applications.
Web Application Testing employs various methods, including functional testing, usability testing, security testing, performance testing, and compatibility testing to ensure the app functions optimally across different browsers and devices.
Common challenges include cross-browser compatibility, responsive design testing, security vulnerabilities, and ensuring the app's performance under various conditions.
Security testing in Web Application Testing identifies vulnerabilities and weaknesses that could be exploited by malicious actors, ensuring the app's security and the protection of user data.
To ensure a seamless user experience, businesses need to conduct usability testing, performance testing, and compatibility testing to address any issues that may affect how users interact with the web application.
Best practices include defining clear testing objectives, using a diverse range of browsers and devices for testing, ensuring data privacy compliance, and conducting regular security assessments.
No, web application testing is essential for businesses of all sizes. Cybersecurity threats do not discriminate, and all organisations can benefit from these services.
Failure to conduct web application testing can leave your web applications vulnerable to security breaches, performance issues, and compatibility problems.
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