#SecurityTesting

[rtc-tek]

Proactively identifying vulnerabilities is the most effective strategy against modern cyber threats. By using a multi-layered security testing approach, including static and dynamic analysis, vulnerability scanning, and penetration testing, we simulate real-world attacks to uncover weaknesses before malicious actors do.

Our methodical process assesses the resilience of applications, networks, APIs, and cloud environments. Compliance isn’t just a checkbox—it’s a baseline. Our security testing protocols align with OWASP, NIST, and other leading standards. What sets our service apart is the combination of deep technical expertise with context-aware reporting.

Instead of just pointing out issues, we deliver actionable insights, risk-based prioritization, and remediation recommendations that reduce the mean time to resolution. With #RoundTheClockTechnologies as a trusted security testing partner, companies benefit from continuous risk assessments, regulatory peace of mind, and a hardened digital perimeter.

Learn more about our services at https://rtctek.com/security-testing-services

[centizen]

A QA’s Guide to Mobile App Testing: Types, Challenges and Best Practices

In today’s digital age, mobile apps have become an essential part of our daily lives, from banking to shopping, from entertainment to education and more. As the demand for mobile apps continues to rise, it is crucial for businesses to ensure their mobile apps are reliable, efficient and user-friendly. This is where mobile app testing comes into play. In this QA guide, we will explore the various types of mobile app testing, the challenges faced by QA professionals and best practices to ensure the success of your app testing efforts.

Mobile app testing

It is the process of evaluating the functionality, usability, stability, performance and security of mobile applications. It can be done manually or with the help of automation tools.

Usability testing This type of testing evaluates the user-friendliness of an app, including its ease of use, navigation and overall user experience. Testers look for any obstacles or issues that could hinder the app’s usability and provide feedback to improve the app’s overall functionality.

Compatibility testing Compatibility testing ensures that the app works as expected across different devices, operating systems and hardware specifications. This testing is crucial to ensure that users can access and use the app on any device, regardless of their location or device type.

Performance testing This type of testing evaluates how well the app performs under various conditions such as different loads, network connectivity, document sharing and battery consumption. Testers look for any issues that could cause the app to crash, lag or become unresponsive and provide feedback to improve its performance.

Interface testing This testing focuses on the app’s user interface, including menu options, buttons, bookmarks, settings and navigation flow. Testers evaluate the app’s interface for ease of use, consistency, and visual appeal and provide feedback to improve the overall user experience.

Operational testing This type of testing ensures that the app is ready for production by checking its operational readiness. Testers evaluate the app’s backup, recovery, and disaster recovery mechanisms and ensure that it is capable of performing its intended functions without any issues.

Service testing This type of testing checks the functionality, reliability, performance and security of an app’s services and APIs to ensure they work correctly both online and offline.

Security testing This testing method focuses on the security of an app’s data, checking for vulnerabilities, threats and risks that could compromise the app’s security. It also verifies whether the app’s permissions and user data are secure.

Functional testing This type of testing checks whether an app’s functions work correctly as expected. It ensures the app meets the requirements and specifications laid out in the initial stages of development.

Installation testing This testing method checks whether the app installs and uninstalls properly and whether app updates are applied correctly. It also verifies whether the app has the features listed in the documentation.

Storage testing This testing method evaluates an app’s storage-related functionalities, such as storing and retrieving data from the storage, and adding, updating, or deleting data on the hard disk. It also checks the app’s behavior when storage is low or unavailable.

Mobile app testing challenges

Device fragmentation Testing on multiple devices is crucial, but it can be expensive. Solutions include using emulators or simulators buying a limited number of devices or creating an in-house lab with a range of devices.

Third-party integrations Testing third-party integrations is necessary to ensure compatibility with the current ecosystem. Integration testing should be part of the mobile app testing strategy.

Browser fragmentation Testing on various mobile browsers such as Google Chrome, Mozilla Firefox and Opera are critical, especially for progressive web apps.

OS fragmentation Testing on different mobile operating systems, including various Android and iOS versions, is crucial to avoid issues during production and release.

App security Mobile app security testing should include threat analysis and modeling, vulnerability analysis and checking for security threats from hackers and rooted or jailbroken phones. It’s crucial to monitor security threats and update the app regularly.

Battery life The increasing usage of mobile devices has also increased the demand for battery life optimization. Testing battery life consumption for various application scenarios is crucial to avoid users uninstalling the app.

Usability Testing only for functionality and neglecting usability is a common mistake made in mobile app testing. Striking a balance between functionality and usability is challenging, but it can significantly impact user engagement and retention.

Changing user requirements Users’ needs are continuously evolving and developers must keep up with them by adding new features. However, new features can also bring new bugs, making it essential to carry out regression testing to avoid errors.

Mobile app testing best practices

Define the scope of testing Focus on both foreground and background of the app to ensure compatibility with different operating systems and devices.

Conduct cross-platform testing Test on multiple browsers, operating systems, iOS or Android devices and environments to avoid compatibility issues.

Test app permissions Test all combinations of permissions to ensure a smooth user experience and avoid potential issues.

Conduct connectivity-related testing Test app performance on different network connectivity to avoid unexpected issues.

Deal with fragmentation Use a mobile app testing platform that covers all aspects of device fragmentation, OS fragmentation and browser fragmentation.

Carry out test automation Use test automation to reduce manual testing and increase efficiency. Use tools like HP Unified Functional Testing for test automation.

Mobile app testing process

Mobile app testing is a crucial aspect of the mobile app development lifecycle and having a well-defined process in place is vital to ensure the quality and reliability of the app. The app testing process can be broken down into the following steps:

Gathering test cases

Deciding manual vs. automated testing

Preparing test cases for multiple functionalities

Conducting manual testing

Conducting automated testing

Performing usability and beta testing

Conducting performance testing

Carrying out security and compliance testing

Releasing the final version

Mobile app testing tools

When searching for mobile app testing tools on the internet, you’ll come across an overwhelming number of open-source options. This can make it difficult to choose the best one for your needs. To simplify the process, we’ve compiled a list of some of the best mobile app testing tools

Appium

TestComplete

Robotium

Espresso

Kalatan Studio

Selendroid

Summary

In conclusion, mobile app testing is essential for ensuring that your app meets user expectations and performs well. By understanding the different types of mobile app testing, the challenges involved and best practices for testing, you can ensure that your app is of high quality and delivers a great user experience.

[sudarshannarwade]

What is Web Application Security Testing?

Web Application Security Testing, also known as Web AppSec, is a method to test whether web applications are vulnerable to attacks. It involves a series of automated and manual tests and different methodologies to identify and mitigate security risks in any web application. read more

[worlditinsights]

Ensuring Excellence in Mobile Applications: Comprehensive Testing Services by Vee Technologies.

Looking for a reliable partner for your mobile application testing needs? Look no further! Vee Technologies, an industry-leading Mobile Application Testing Company, ensures your apps function flawlessly, meet business requirements, and exceed user expectations.

Don’t let a faulty or slow app lead to negative user experiences and loss of customers. Choose Vee Technologies for exceptional value in mobile application testing. Contact us today!

[assureqa-ai]

Revolutionize Software Quality with Leading SaaS Testing Tools

Discover AssureQA’s Expertise in Automation, Performance, and Tailored Testing Solutions

Looking for the best SaaS testing tools to enhance your software quality? AssureQA is your trusted partner for seamless software quality assurance solutions. With expertise in functional, automation, performance, and security testing, AssureQA ensures your software is robust, high-performing, and tailored to your needs. Whether you're aiming for flawless functionality or advanced automation, AssureQA has the tools and expertise to deliver results. Let us help you achieve software excellence today!

[vijayashree4400]

Top 7 Best Practices to Secure Your CI/CD Pipeline  

In today's fast-paced software development landscape, speed is crucial to meeting business demands. A DevOps culture combined with a well-implemented CI/CD pipeline allows development teams to rapidly release new features, updates, and fixes. However, the faster pace of these deployments can also expose security vulnerabilities, making it essential to secure every stage of the CI/CD pipeline. 

Ensuring the security of your CI/CD pipeline helps identify and address potential vulnerabilities early, resulting in safer and more reliable software. By embedding security practices throughout the pipeline, teams can maintain quick release cycles without compromising the integrity or safety of the application. 

Why Securing the CI/CD Pipeline is Critical 

As software drives business objectives and operations, CI/CD pipelines have become the backbone of modern application delivery. While CI/CD enables quick releases, the underlying security infrastructure often gets compromised by the speed of deployment. To ensure the quality and safety of products delivered through these pipelines, security must be integrated into every phase of development. This requires a continuous approach to identifying vulnerabilities and enforcing secure coding practices early in the software development lifecycle. 

Key Security Practices for Your CI/CD Pipeline 

To mitigate security risks and ensure the safe delivery of high-quality software, consider implementing these essential security practices in your CI/CD pipeline: 

1. Understand Your CI/CD Pipeline & Its Components 

To effectively secure your CI/CD pipeline, you must first understand its structure. Familiarize yourself with the various tools, stages, and repositories involved in the pipeline. This includes tracking code changes, understanding the deployment flow, and monitoring all assets and dependencies. It's also important to document potential risks and vulnerabilities associated with different stages of the pipeline. Once you have this insight, start gradually integrating security tools to avoid disrupting the development process. 

2. Implement Threat Modeling 

Before securing your pipeline, it’s essential to assess potential vulnerabilities and determine which areas require the most protection. A threat modeling exercise helps you map out potential risks and evaluate how to mitigate them. Since each step in the CI/CD pipeline can be a potential point of compromise, identifying and addressing risks proactively is key to strengthening your pipeline security. 

3. Automate with Infrastructure as Code (IaC) 

One of the most effective ways to enhance security in your CI/CD pipeline is through Infrastructure as Code (IaC). IaC automates the deployment of infrastructure, ensuring consistency and reducing the likelihood of human error. It also allows you to review infrastructure configurations in code form, making it easier to spot misconfigurations or security flaws before they��re deployed to production. By automating infrastructure deployments, IaC enhances both security and operational efficiency. 

4. Instant Feedback for Committed Code 

Developers should receive immediate feedback on their code once it’s committed. Static code analysis tools can provide insights into potential security vulnerabilities without needing the application to run. These tools can also suggest fixes for any issues detected. Sharing code scan reports with development and security teams ensures that vulnerabilities are promptly addressed, preventing them from slipping through the cracks. Adding alerts and tracking bugs in tools like Jira helps ensure that no issue goes unresolved. 

5. Secure the Code Repository 

Your code repository is a critical asset in the CI/CD pipeline, and it must be secured to prevent unauthorized access or changes. If attackers gain access to the repository, they can tamper with the code, resulting in potential security breaches. To prevent such risks, ensure that your repository is protected by strong authentication methods and that access is tightly controlled. Additionally, always use trusted repositories to minimize the chances of encountering malicious code. 

6. Monitor Open-Source Vulnerabilities 

Open-source libraries and components play a significant role in modern software development. While they are valuable, they also pose security risks, as vulnerabilities in third-party code may affect your application. Using Software Composition Analysis (SCA) tools, you can scan open-source libraries, binaries, and other third-party components for known vulnerabilities. These tools offer real-time security alerts and help identify licensing and compliance issues, ensuring that your application remains secure, even when relying on external code. 

7. Continuous Monitoring of the Pipeline 

Maintaining a continuous, secure code flow is essential for the long-term health of your CI/CD pipeline. This involves actively monitoring the pipeline to detect and respond to security threats in real-time. By implementing proactive monitoring, you can identify issues early and take immediate action to resolve them. Additionally, it’s essential to safely dispose of temporary resources like containers and virtual machines (VMs) once they are no longer needed, ensuring that the pipeline remains secure at all times. 

Read More: The List of Top Security Testing Best Practices of 2024

Integrating Security with DevSecOps 

The shift towards DevSecOps—integrating security practices into the DevOps pipeline—further enhances the security of the CI/CD process. DevSecOps promotes a culture of shared responsibility, where security is not just the concern of the security team but is integrated throughout the entire development lifecycle. By "shifting left," security is incorporated earlier in the software development lifecycle, which reduces the impact of vulnerabilities found later on. 

The key question when building a secure pipeline is: What security practices should be included? 

There are several tools and techniques that InfoSec teams use to address security concerns: 

Static Application Security Testing (SAST): Identifies vulnerabilities in the codebase before the application is run. 

Dynamic Application Security Testing (DAST): Detects vulnerabilities during runtime to identify issues in a running application. 

Software Composition Analysis (SCA): Scans open-source components for known vulnerabilities. 

Interactive Application Security Testing (IAST): Combines SAST and DAST for a more comprehensive analysis. 

Other security measures can be integrated, such as: 

Analyzing open-source libraries for vulnerabilities and licensing risks using tools like Retire.js or OWASP Dependency-Check. 

Using tools like git-secrets to track sensitive information like API keys and credentials. 

Securing infrastructure through tools like Nmap or InSpec. 

Identifying specific vulnerabilities with tools like SSLyze and SQLMap. 

Conclusion 

Integrating security into your CI/CD pipeline is essential to ensure that you are delivering secure and high-quality software. By incorporating the right tools, processes, and practices, you can protect your code and infrastructure from potential threats, all while maintaining the speed and efficiency required by modern DevOps workflows. Security in the CI/CD pipeline not only benefits developers and security teams but also enhances customer trust by ensuring that the software delivered is safe and reliable. 

For long-term success, consider partnering with a trusted security testing company to help you plan and implement robust security measures throughout your pipeline. Regular retrospectives based on security audits will allow you to continuously improve your security posture and stay ahead of emerging threats. 

[genqeai]

Explore the key types of software testing—functional, non-functional, and regression testing—and understand their roles in ensuring reliable applications. Learn how tools like GenQE streamline testing processes by automating test case generation, integrating with CI/CD pipelines, and enhancing performance. Discover how these testing types improve functionality, performance, and overall user experience while addressing common challenges in software development.

[navyasri1]

Digital Transformation’s Double-Edged Sword: Increased Demand for Security Testing

As the digital landscape expands, so does the need for proactive security measures. The Security Testing Market is set to reach an impressive $29 billion by 2030, propelled by factors such as escalating cyber threats, the adoption of cloud computing, and the surge in mobile applications. The Asia-Pacific region is expected to grow at a CAGR of 20.5% due to its rapid digitalization and rising IoT adoption. Additionally, small and medium-sized enterprises (SMEs) are emerging as a major growth segment, with increasing investments in security to protect their reputations and operations.

[blueweave]

 Interactive Application Security Testing (IAST) Tool Market size to boom at a significant CAGR of 15.36% during the forecast period between 2024 and 2030. The growth of Global Interactive Application Security Testing Tools Market is driven by increasing adoption of DevSecOps practices, frequent cyber threats and data breaches, and demand for advanced application security solutions. Moreover, artificial intelligence in IAST tools in machine learning and the combination of vulnerabilities enhance detection and correction, leading to higher market growth. The expansion of cloud-based applications and the need for continuous security monitoring also contribute significantly to the growth of the market.

Sample @ https://www.blueweaveconsulting.com/report/interactive-application-security-testing-tool-market/report-sample

Opportunity – Advancements in IAST Technology

Global Interactive Application Security Testing (IAST) Tool Market is driven by significant advances in IAST technology, which makes security testing more accurate and efficient. Innovations in real-time vulnerability detection, integration of CI/CD pipelines, and AI-driven analytics allow for early detection and resolution of security issues during the software development life cycle (SDLC). These technological advances shrink false positives and facilitate application security, making IAST tools increasingly important for modern DevSecOps practices.

[rtc-tek]

Resilience isn’t built overnight—it’s built through rigorous testing and continuous improvement. At #RoundTheClockTechnologies, Security Testing Services provide businesses with the insights, solutions, and strategies needed to stay resilient against evolving cyber threats.

The process involves comprehensive vulnerability scans, penetration tests, and compliance-focused assessments. Expert testers combine manual expertise with automated tools to detect, validate, and prioritize vulnerabilities. All findings are detailed in actionable reports, ensuring businesses can remediate risks effectively and enhance their security posture.

With a proactive approach to security, #RoundTheClockTechnologies helps organizations safeguard sensitive data, maintain compliance, and fortify their digital infrastructure against cyber threats.

Learn more about our services at https://rtctek.com/security-testing-services

[centizen]

Overview of Types of Software Testing: Definitions, Objectives and Advantages

In the world of software development, testing plays a crucial role in ensuring the quality and reliability of software products. Software testing is a process that involves the identification of software defects, errors or vulnerabilities and verifying whether the software meets the specified requirements. With the growing complexity of software systems, testing has become an essential part of the software development life cycle. In this blog, we will explore the different types of software testing, their benefits and how they can help businesses ensure that their software products meet the highest standards of quality and performance.

Software Testing

Software testing is a process of verifying the functionality of software to find any issues or bugs. It evaluates whether the developed software met the specified requirements and identifies any defects in order to produce a quality product.

Types of Software Testing

Functional Testing

Functional testing is used to verify the software against its functional requirements and specification. Such tests don’t take into account how a process works. Instead, it focuses on the process’ intended outcome.

It primarily has the following four goals:

To evaluate the application’s essential features.

To evaluate the application’s usability and basic navigation without any restrictions.

To determine whether the system is user-accessible.

To check if there are any error situations and to see if the correct error messages are being displayed.

Types of Functional Testing

White Box and Black Box Testing White box testing involves testing the core aspects of software by examining its internal infrastructure and code. It can be implemented in unit testing, integration testing and system testing. In contrast, black box testing is done without any knowledge of the software’s internal code and is applicable in all four levels of functional testing, including non-functional testing.

Unit Testing Unit testing is performed to validate the functions of a specific part or unit of software and is carried out using four techniques: branch coverage, statement coverage, boundary value analysis and decision coverage. The advantages of unit testing include granular testing for easier defect pinpointing, enhanced understanding of specific functions for onboarding employees, and the ability to perform tests on independent modules without concern for other system components.

Component Testing Similar to unit testing, component testing accesses individual parts of an application, also called module testing. This type of testing is done by a QA professional in a black-box format and sometimes uses a stub and driver to simulate the interaction between components that rely on each other. The advantages of component testing include the ability to test the UI for usability and the ability to test against SQL injections for security reasons.

Integration Testing Integration testing involves testing software modules that have been logically integrated as a group. Different types of integration testing include the top-down approach, the bottom-up approach and the hybrid approach. The advantages of integration testing include the ability to test many parts in one go, the ability to track system defects in earlier stages of the Software Testing Life Cycle (STLC) and the ability to test modules that interact with APIs and third-party tools.

System Testing System testing is done after individual modules have been tested for integration and involve testing the entire system for failures or errors. This type of testing includes regression testing, functional testing and recovery testing. The advantages of system testing include the ability to test for the reliability of the system and its ability to recover from possible system crashes and the ability to ensure the system performs optimally without crashes.

Acceptance Testing The final phase of software functional testing is where the client verifies if the product meets business requirements before releasing it. There are three types: Alpha testing detects major bugs, Beta testing allows end-users to provide feedback, and User Acceptance testing checks if it works as intended for the end user. The advantages of Acceptance testing are:

It omits misalignment between tech teams and management

Identifies red flags that can save from financial and reputational losses

It instills confidence in stakeholders and business owners.

Non-functional Testing

Non-functional testing is a type of software testing that focuses on the readiness of an application from a non-functional perspective. It is conducted after functional testing and deals with non-functional aspects of the application, including performance, reliability and scalability. The objective is to ensure that the application meets the non-functional requirements and is optimized for user experience.

Types of Non-functional Testing

Volume Testing Volume testing checks the application’s performance under high volumes of data to ensure it stays within tolerable limits. It can be used as a benchmark to calculate system scalability and can reduce maintenance and the overall risk of failure.

Localization Testing Localization testing ensures software is customized for the targeted country and checks linguistic and regional aspects of the application. It reduces support costs, generates end-user loyalty and improves user experience and regional language support.

Performance Testing Performance testing analyzes software performance and improves traffic retention. It includes load testing, stress testing, scalability testing, spike testing and soak testing. Performance testing improves scalability, ensures the application delivers the project’s vision and ensures users receive a frustration-free final product.

Monkey Testing Monkey testing involves inputting random values and ensuring the application does not crash. It helps find out-of-the-box errors, breaks the system to find bugs and can be accessed by anyone with knowledge of the system or none at all.

Security Testing Security testing is conducted to identify potential threats to the application, gauge overall risk and take necessary measures to keep hackers and data phishers at bay. The four types of security testing are vulnerability scanning, penetration testing, risk assessment and security audit. It provides a third-party expert opinion, tests cyber-defense capabilities and reveals unknown vulnerabilities.

Reliability Testing Reliability testing ensures that software performs optimally for a set time duration under normal load conditions and reduces post-deployment costs by identifying repeating failures. It checks each operation of the software at least once and helps to find the structure of repeating failures.

Compatibility Testing Compatibility testing measures how the software works in different environments and ensures it is supported across all environments that targeted users might be using. It enhances the software development process and identifies compatibility issues like UI defects, font variation, color variations, broken tables and broken frames.

Portability Testing Portability testing determines the degree of feasibility in porting from one server to another, helping to future-proof the application. It helps in application scalability, identifies dependencies between two applications and ensures flawless performance on most common browsers and devices.

Different Levels of Testing To check software reliability, performance and stability, there are three types of testing: Interface testing, Smoke testing and Sanity testing.

Smoke testing assesses the core functionalities and helps detect 80% of bugs in the early stages.

Sanity testing checks any functional issues of the software after introducing new features or changes.

Interface testing is a type of testing that checks the communication between different software via an interface.

Summary

The software testing blog discusses various types of testing that software undergoes before it is ready for deployment. The blog covers functional testing, non-functional testing and other types of testing, including security testing, reliability testing, compatibility testing and portability testing. Each type of testing is described, along with its advantages and how it contributes to making the software reliable, secure and user-friendly. By following the best practices for testing, businesses can ensure that their software performs optimally, meets user expectations and delivers an excellent user experience.

[sudarshannarwade]

A Complete Security Testing Guide

In addition to being utilized by businesses, web-based payroll systems, shopping malls, banking, and stock trading software are now offered for sale as goods. read more