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Dynamic XPath Best Practices for Stable Selenium Test Automation Solution

selenium test automation

When considering Dynamic XPath in Selenium, Dynamic XPath in Selenium WebDriver, Stable XPath for dynamic web element software development and IT, mastering Dynamic XPath in Selenium is actually pivotal for robust test automation. Among the challenges testers and QA engineers face, handling Dynamic XPath in Selenium WebDriver is of paramount importance. This blog delves into essential best practices for creating Stable XPath for Dynamic Web Elements, that are tailored for QA engineers, QA managers, technical leads, and tech learners.

Unveiling the Challenge

Navigating Dynamic XPath in Selenium can be perplexing due to changing attributes, often leading to fragile automated tests that fail unpredictably. The dynamic nature of modern applications aggravates this issue, making stable automated tests a primary concern. Addressing this challenge necessitates strategic best practices that uphold the reliability of Selenium test automation.

Tailored Best Practices

Reliance on Relative XPaths: Favor relative XPaths over absolute ones. They anchor to specific elements, ensuring adaptability to changes.

Utilizing Unique Attributes: Prioritize selecting elements based on attributes that remain stable amidst changes, such as IDs or custom data attributes.

Dynamic Attribute Patterns: Leverage XPath functions like contains () or starts-with () to construct Stable XPath for Dynamic Web Elements.

Custom XPath Functions: Employ custom functions within XPath expressions, like concat() or translate(), for crafting Stable XPath for Dynamic Web Elements.

Avoiding Indexes: Steer clear of using indexes like in XPaths. Prioritize other attributes for element identification.

Data-Driven Approach: Implement data-driven testing to externalize dynamic values, enabling adaptable and Stable XPath for Dynamic Web Elements.

Benefits of Dynamic XPath for Selenium Test Automation

Reliable Tests: Stable XPath for Dynamic Web Elements ensures dependable tests, minimizing false results.

Reduced Maintenance: Robust XPaths reduce script updates, cutting maintenance efforts and enhancing efficiency.

Future-Proofing: Well-structured XPaths future-proof tests against evolving web elements.

Empowering Tech Learners: For tech learners entering software testing and QA, understanding these best practices for Dynamic XPath in Selenium is invaluable. It equips them with proactive strategies to tackle challenges, nurturing skills in an adaptable industry.

Conclusion

The software development and IT industry demand adept strategies for Dynamic XPath in Selenium WebDriver. By implementing these practices and creating Stable XPath for Dynamic Web Elements, QA professionals and tech learners can bolster their testing endeavors. This fortifies stable and efficient test automation, even in the dynamic landscape of modern software development.

Unveiling the Essentials and Advantages of Vulnerability Assessment and Penetration Testing

Vulnerability Assessment and Penetration Testing

In the ever-evolving landscape of software development and Information Technology (IT), prioritizing the security and dependability of digital systems has become paramount. This is precisely where Vulnerability Assessment and Penetration Testing (VAPT) steps in. In this article, we’ll dive into the fundamental aspects of VAPT testing and spotlight the immense value it brings to the software development and IT industry.

Unraveling VAPT Testing:

Vulnerability Assessment and Penetration Testing (VAPT) software tools stand as a holistic strategy for pinpointing and addressing potential security vulnerabilities within software systems. It encompasses two pivotal components: vulnerability assessment and penetration testing.

Vulnerability Assessment Services: This initial phase entails utilizing automated tools to meticulously scan software applications and systems, seeking out known vulnerabilities. The objective is to unearth weaknesses that could potentially be exploited by malicious actors. Vulnerability assessment services facilitate the identification of common issues such as outdated software, mis-configurations, and weak authentication mechanisms.

Penetration Testing Providers: Also recognized as ethical hacking, penetration testing extends vulnerability assessment to the next level. Competent testers replicate real-world attacks to exploit identified vulnerabilities. The aim is to ascertain whether these vulnerabilities can be manipulated to gain unauthorized access, extract sensitive data, or disrupt system functionality. Penetration testing providers offer insights into the potential consequences of vulnerabilities and help to prioritize their rectification.

The Merits of VAPT Testing:

For professionals within the Software Development and IT industry, including Software Testers, QA Engineers, Developers, and Technical Leads, VAPT testing bestows a spectrum of invaluable advantages:

Proactive Vulnerability Detection: VAPT testing facilitates the identification of vulnerabilities in the developmental stages. This proactive approach curtails the risk of security breaches and avoids the expenses tied to resolving issues post-launch.

Augmented Security: By unearthing vulnerabilities and weak points, VAPT testing empowers organizations to fortify their security measures. This, in turn, safeguards sensitive data, customer information, and the organization’s standing.

Vulnerability Assessment Consulting Services: Organizations operating within industries subject to rigorous regulatory standards for data security and privacy can benefit from VAPT testing to meet compliance requisites. This precludes potential legal and financial ramifications.

Risk Mitigation: VAPT testing furnishes a lucid overview of an organization’s security stance. This information enables stakeholders to make informed decisions pertaining to risk mitigation strategies and resource allocation.

Elevated Software Quality: Infusing security testing into the development lifecycle also elevates the overall software quality. As vulnerabilities are addressed, the likelihood of software glitches and crashes declines.

Trust Establishment: In the software realm, trust reigns supreme. Demonstrating a staunch commitment to security through VAPT testing amplifies the trust of clients, associates, and end-users.

In the fiercely competitive realm of software development and IT, VAPT testing is not merely an option; it’s an imperative. By orchestrating exhaustive vulnerability assessments and penetration tests, organizations can bolster their systems against potential threats and deliver secure, top-notch software. Whether you’re a QA Engineer, QA Manager, Technical Lead, or an eager tech learner, assimilating the fundamentals of VAPT testing and embracing its value will invariably contribute to your triumph in the dynamic realm of technology.

Contact us for further details of your software testing requirements.

Power of Quality Assurance in Software Testing: Why It Matters More Than Ever – 4 Key Stages

Quality Assurance

In software development, quality assurance (QA) plays a crucial role in ensuring that the final product meets the expected standards of quality. Essentially, QA involves in the process of monitoring and improving the software development life cycle (SDLC) to guarantee consistent and reliable results. This includes implementing various quality control measures, such as testing procedures and waste reduction techniques. QA helps to identify and resolve technical issues, as well as to ensure that the product adheres to regulatory and normative requirements. In this article, we will explore what is QA in software testing, how it works, and why it is of utmost importance for business that are seeking to produce high-quality software products.

The importance of quality assurance in software testing cannot be overstated. Without proper QA, the software product may be delivered with various bugs, errors, and defects, which can result in significant financial loss, loss of user trust, and damage to the company’s reputation. Therefore, it is essential to have a robust QA process in place to ensure that the software product is of high quality and meets the end-users’ requirements.

Quality assurance processes can be complex, but they can be simplified by using the Plan-Do-Check-Act (PDCA) model, which is a widely-used method for managing continuous process improvement. The PDCA model consists of 4 stages;

The planning Stage: It is the initial and most crucial step. During this stage, management or quality assurance specialists establish specific goals for producing high-quality products and develop feasible strategies to achieve those goals. Any potential issues can be anticipated at this stage.

The Execution Stage: It involves in implementing the processes identified in the previous stage. This involves creating policies, hiring employees, and implementing quality controls to execute the quality strategy.

The Checking Stage:  It involves in comparing the actual test results to what was expected. This helps determine whether the products meet the necessary requirements. If they do, experts move on to the final stage. However, if they don’t, they return to the planning stage.

The Action Stage: In the Action stage, the organization takes action to improve the quality plan based on the outcomes of the previous stage. This involves modifying the quality strategy, implementing new practices, and continually monitoring the quality outcomes.

Quality assurance plays a critical role in software testing. It enables businesses to produce high-quality software products that meet or exceed the expectations of their customers. By implementing a successful quality assurance process, businesses can ensure that their software products are reliable, functional, and meet the desired quality levels. If you’re looking to improve the quality of your software products, then quality assurance is a must.

Looking to take your software testing process to the next level? Our team of experienced experts is here to help you achieve your quality assurance goals and ensure that your software products are of the highest quality. Contact us now to explore our QA services and start your journey towards success!

5 Best ways How to Prevent Mobile App Security Threats and Vulnerabilities

Mobile App Security testing

In a digital world, hackers have become a big threat and obviously to mobile app security as they are active in existing networks. A recent study estimates that 1 out of 36 mobile phones have got an app facing a high risk threat. Data analysed has pointed out that over 71% of fraudulent transactions have been detected from mobile apps, when compared to web applications.

Consider threats and vulnerabilities seriously

Mobile developers have to consider these aspects in security so as to avert threats to the users’ personal information and data. They need to be cautious to include the security protocols as required when building the app, to face the increasing threats of hackers and vulnerabilities.

About Mobile App security

Mobile app security means securing the mobile application from external threat such as hackers or fraudsters, spyware, malware or phishing and other digital breaches, or vulnerabilities, affecting personal and financial information of app users and owners.

Statistics reveal that over 13 million devices have been affected by malware because of an app’s weakness and unwillingness of those app owners not keen in securing the app for its users. A vulnerable app can result in damaging the brand image of the product or company.

Be specific in your app idea

Set the top priorities and focus on growth before to set out to build upon your mobile app idea. Give clear instructions to developers on how to reach your goals and targets, whatever type of platform or framework you may adopt for your mobile application.

Security Loopholes

A well-planned approach to functionality, working on a seamless interface, is what is expected of mobile apps by end-users. So, to prevent security threats found on the servers and networks, anti-virus applications have been designed and used. All these facts have to be considered while building the  mobile app on a chosen platform to plug security lapses.

Mobile App Security threat deterrence

Authentication checks Many developers use the same password for many apps. If such a password is hacked, it could be a big threat to overall security. So multi-factor authentication becomes necessary, such as, bio-metric scan, SMS code or even a security question for permitting access.

Proper encryption Due to lack of proper encryption of the code, the data and information can be tracked, which has to be tackled with proper encryption to avoid code theft, ID theft, privacy violations and other vulnerabilities. Hackers will be able to use malware, access the data and create problems.

Prevent Reverse Engineering The threat of reverse engineering is it exposes the app to hackers. A convincing fake app which is a replica of another authentic app is developed with malicious intent of infecting malware, generating revenue and pilfering information. Reverse engineering will reveal the metadata provided in code meant for debugging, but can help the hacker find how the app functions at back-end, then expose the encryption and the source code and maybe more. Obfuscate the code to present reverse engineering.

Malicious Code injection User generated content can be a potential threat, such as, forms and comments filled in by the user. For example, a hacker can input lines of JavaScript into a login form and then get access to private information surreptitiously.

Data Storage Vulnerabilities Another threat is insecure data storage of apps and devices. Many applications can store data in the form of cookies in the SQL database, which is not secure as a cunning hacker can access it secretly. Proper procedures must be laid by developers to handle the app’s cache which holds the data, images and other information.

As the popularity of mobile apps keeps growing globally, it is also becoming increasingly the target of hackers and cyber criminals. Mobile app security is surely of great importance in the days to come. To know more about how we can serve you leave us an enquiry. Our software testing team will get in touch with you as soon as possible.

Advantages of Automated Security Testing using ZAP

Automated Security Testing

Demand for security tests within organizations is increasing now-a-days, as these tests can be executed in different ways, each with its own pros and cons. Key objective of security testing is to find out how vulnerable a system may be without security and to regulate whether its data and resources are protected from potential intruders.

Online transactions have increased rapidly; late making security testing will become the more critical in areas of testing for such web applications. Automated security testing is more effective in identifying potential vulnerabilities when performed regularly.

Security testing has the following attributes;

  • Authentication
  • Authorization
  • Confidentiality
  • Availability
  • Integrity
  • Non-repudiation
  • Resilience

Automated scans for security purpose offer a solution to quickly test applications. Ideally, automated security tests can be integrated within the software development lifecycle; every time if any changes or additions done to an application, the security scans will be automated to identify and fix security related issues.

Web vulnerability scan tools like Zed Attack Proxy (ZAP), can be used in an automated manner and are therefore suitable for automated security testing. ZAP is an open-source security application which scans web applications for security issues, like vulnerabilities and security bugs, ZAP provides a REST Application Programming Interface (API) which allows interacting with ZAP programmatically.

Automated Security Testing using ZAP;

  • ZAP functions in Cross platforms
  • Easy to use and Easy to install
  • Finds security weakness and intelligently manage vulnerabilities
  • Quick and easy website vulnerability scans
  • Avoids network down time cost
  • Meet regulatory requirements and avoid fines
  • Preserve corporate image and customer loyalty

Information Gathering or Foot printing is the initial step for performing security testing, the more information you gather will be the more you would be successful in delivering bug free secured applications, Get to know more leave an enquiry .

Trends and Challenges in the Software Testing Solutions

Software Testing

In this era of constant product evolution and competitive pressure, quality assurance and testing can often fall by the wayside. However, customer expectations are growing than ever in software development, testing has become even more essential to meet their expectations. Software Testing must evolve to keep up with changing software development requirements and that should involve adopting new approaches.

More and more areas of testing to be performed as software technology advances, Better software testing along with development cycle helps in increasing quality of the software and decreases testing time. In each step of software development process, testing is regulated to counter check its functionality at particular level, and to determine if all features are working as affirmed, or to look for any short term or long term flaws that may arise.

Listed here are some emerging trends and challenges in testing and quality assurance which is going to be advantageous…..

Trends in Software Testing Solutions

  • Transformation of Software Testing Landscape – to a more service driven test management process.
  • Development in SoLoMo (Social Media, Localization, and Mobility) leads to increase focus on security and reliability of software applications.
  • Testing in the Agile Development Environment and Testing in Production.
  • Rapid growth in Mobile testing.
  • Cloud-based, Context-driven, and Crowdsourced Software testing.

Challenges in software Testing Solutions

  • Which tests to execute first?
  • High coverage achievement and measurement.
  • Side effects of bug curves.
  • Regression testing.
  • Trying to hit a moving target.
  • To cope with attrition
  • Testers focusing on finding easy bugs

Need any assistance and to know more about our software testing services feel free to contact us

How to Secure Your Mobile App and Improve the Performance Effectively?

Secure your mobile app and Improve the Performance

Web and mobile apps let us do almost everything online and with the increasing popularity of mobile smart devices, it has penetrated our lives changing even our lifestyle. However, apps need to be secured as the growing threat of cybercrime looms large. Security is important in today’s word as there is the growing threat of hackers accessing the app to exploit the user’s personal files in real-time. So, the practice of safeguarding high value applications and the user’s digital identity from fraudulent attacks in all ways is high priority.

Threats and vulnerabilities affect the application’s performance

A breach in application’s security not only gives access to data, like banking info, personal data, current location, in the case of mobile apps and much more. By securing the app you enable users to protect their private and confidential data protecting them from malware and virus attacks as well as from lawsuits of unprotected systems.

This is why you have to make app security a priority during the development and testing phases and even during the planning stage. This is for protecting customers and organisations from data theft, interruption of business continuity, or any other harm resulting from cybercrime. Security testing of applications is the process of analysing and testing and reporting the security level or status of a web application. Web developers and security administrators do it to measure the security strength of the application using manual and automated security testing techniques and testing software.

Testing the App Using Burp Suit

Our software testing team uses Burp Suite for testing such applications. This is an integrated platform or graphical tool for performing security testing of web applications. From initial analysis and mapping of an application’s attack surface, right through to finding security vulnerabilities, this tool works seamlessly together to support the entire testing process.

What lies at the heart of an application is authentication, which is protection against malicious attack. It acts as the front line defence against unauthorised access to stop the attacker from gaining control of the application and its functionality, and prevent extracting the data within. Rely on robust authentication as none of the other core security mechanisms can be effective.

The software testing team has the right experience and expertise to deliver. We’ll help you build the right application and test it too for your business or service or any other app idea. This website will help you know more about our software testing capabilities. Otherwise, you can also leave an enquiry with us and we will get in touch with you as soon as possible.

Pros & Cons of Software Testing Outsourcing

Software Testing Outsourcing

Outsourcing, fundamentally means involving into assigning/requesting a business process get done from one company to another, or can be to a freelancer at sometimes. Outsourcing can be differentiated into domestic & international outsourcing, i.e. onshore & offshore outsourcing. Lot of efforts based on trial and error method can be seen before outsourcing the tasks. Outsourcing can be done for various requirements like products, services, business process, virtual monitoring, and more. Software testing outsourcing provides more opportunities to both vendor & donor from cost, time, mutual partnerships, future bonding, etc.

Pros of Software Testing Outsourcing

Skills: Basically, developing a software takes a lot of focus & observation. Testing the developed software requires more aggressiveness & skill set for the QA check. Outsourcing the software testing process helps to find new skill sets that can be utilized for future purposes.

Cost Effective: Compared to the high expenses for in-house & relevant activities, outsourcing software testing keeps the company’s wallet out of draining.

Monitoring: In common, a task given to an unknown person will be monitored more than assigned to a nearby/known person. Same way, an outsourced task will be monitored with high focus.

Expertise & Experience: Expertise is implementing the skill at right place & properly delivering the assigned task. Outsourcing software testing to an experienced will help avoid lack of time management.

Cons of Software Testing Outsourcing

Inter linking: The most common issue that arises in outsourcing is getting the demo/workflow path. Few aspects may not be seen available from both vendors & donors due to minor problems. These can be rectified easily with proper co-ordination & communication.

Frequency in Delivery: Timely delivery of projects to the customer increases the goodwill of the company always that results in possibility of getting new deals or references. Setting a deadline to the outsourced company depends on both vendor & donor.

Lack of Focus: Observation is vitally important while outsourcing for software testing. This is the process that defines the quality & reputation of the brand across its clients.

Ground of Competition: Outsourcing indirectly means running out of time or resource for the vendor. The process of Software testing outsourcing involves keen observation on competitors to avoid the gateway for them to take away our clients.

we take utmost care for outsourced software testing services. We ensure proper delivery with client delight. Get to know more on our Software Testing Outsourcing Services experience – Contact Us