Imagine you’re testing a specific feature in an app, say the login page. You’ve already run your test cases, and things look fine, but you want to go further. What if you hammer this one feature repeatedly, trying to break it by using unexpected inputs or extreme scenarios? Gorilla testing is an approach that is preferred when we are trying to understand in depth about a particular functionality.

Access control, also known as authorization, is a critical aspect of application security that ensures users can access only the resources they are permitted to use. And a failure in access control,- can lead to unauthorized data exposure, privilege escalation, or system compromise. Imagine, What if the keys to your house were lying in plain sight, allowing anyone to walk in? That’s exactly what broken access control feels like for hackers.

Databases are the backbone of modern applications, enabling efficient storage and retrieval of data. But have you ever wondered why databases like PostgreSQL don’t simply use HTTP for communication? The answer lies in the specialized nature of database protocols. The PostgreSQL wire protocol is specifically designed to handle complex database tasks such as transactions, secure authentication, and efficient data transfer.

When building or maintaining software, one thing is certain: data is everywhere. Whether you’re running an e-commerce platform, a banking system, or a social media network, your application is handling, storing, and processing a ton of data. This is where Volume Testing comes into play. Think of it as testing your application’s ability to stay calm and composed when it’s hit with an ocean of data – thousands of records, large files, and long lists of entries.

In the fast-paced world of software development, time-to-market is everything. With AI and generative AI tools making their mark, developers now have the power to reduce development time drastically while maintaining high code quality. One such game-changing application? AI-powered VS Code extensions for unit testing. These intelligent extensions are not just tools; they’re enablers, helping teams ship features faster, reduce bugs, and maintain confidence in their code.

Did you know 88% of users don’t return to sites with poor experiences, even if they offer excellent services and content? It’s time to recognize that a seamless user interface (UI) and user experience (UX) are essential to a product or company’s success, not mere luxuries. This is where Continuous UI Testing steps in. Ditching the conventional testing approaches, continuous UI testing integrates itself into almost every step of development & deployment.

If you’re an SDET who’s been using Playwright for API testing, you might be all too familiar with the frustrations of dealing with database dependencies, data management, and the endless need for cleanup. Let’s face it – Playwright, while fantastic for UI testing, can be cumbersome when it comes to API testing. But what if there’s a better way to handle this?

When it comes to building resilient software, stress testing is like a rigorous obstacle course for your system, pushing it to its absolute limits. Think of it as bootcamp training where your app must endure and thrive under extreme conditions. For Developers, SDETs, and QAs, mastering stress testing is not just a skill—it’s a necessity. In this comprehensive guide, we’ll dive deep into stress testing, with a focus on details, statistics, tools, and actionable insights.

Right tools can make a lot of difference, and in the world of software development, it’s absolutely true. VS Code, with its rich ecosystem of extensions, has become the go-to code editor for developers worldwide. As of 2025, here are the five must-have VS Code extensions that every developer should consider adding to their toolkit. These tools not only save time but also enhance our coding experience, ensuring that you can focus on what truly matters: building amazing software.

What would happen if your software faced an unpredictable input that no one ever thought to test? Could it withstand the challenge or fail catastrophically? Software has been a backbone for every industry, whether e-commerce platforms or the finance industry. For this to be relied on, software must be robust, reliable, and secure to function absolutely seamlessly.

Language capabilities have virtually changed from what it once was, thanks to the newest AI advancements that made huge leaps in language-based tasks. Fittingly enough, today, two so highly spoken-of models that usher content development, interaction, and debugging are ChatGPT 4.0 and Claude 3.5 Sonnet. Creating possibilities or tasks for the user has deservedly led to the necessity of being able to weigh up the opponents, so as to make the right decision for themselves.

When we develop a software, ensuring its reliability, functionality, and maintainability is our highest priority. And for that, Software testing is a vital pa rt of the software development lifecycle, and unit testing and integration testing are two crucial testing methodologies used to validate code quality. While both play essential roles, they focus on different aspects of the application and serve distinct purposes.

Testing without any direction is the same as navigating without a map. It is disorganized, full of errors, weak outcomes, and fraught with risks. This is where test strategy comes into play, for the clarity of the pathway, robust structure of tests, and alignment of the project’s goals. Have a read about how test planning could prove to be a game changer for your organizations.

AI has come as a game-changer in plenty of industries, with OpenAI’s GPT series setting the pace in natural language processing and decision-making abilities. The latest edition, GPT-4, promises even more powerful features, like enhanced accuracy, enlarged context window, and improved performance for grape tasks. However, before the adoption of this avant-garde technology, it is necessary to understand how much GPT-4 costs.

The API Waterfall is a sequentially and methodically defined approach for managing data flows and integration of services in software development. Aligned to the traditional waterfall methodology, the architectural model essentially targets a step-wise flow of events where each stage depends on the completion of the previous step.

In k8s world every resource created via controller. Like there are inbuilt controllers for pods, deployments , replica set etc. So basically, Controllers are nothing but a control loop that continuously monitor the state of the cluster and take actions to bring the cluster into the desired state. The resources have a spec that provides the desired state. The controller checks the current states.

In the world of software development, terms like "staging" and "production" get thrown around a lot. But what do they mean? Why do we need them?

With the rise of AI-driven tools, the debate of ‘ChatGPT vs Copilot’ has become central for developers seeking productivity boosts in coding and testing. In this blog, we will dive into the key features, strengths, limitations, and use cases of these tools to help you understand their differences and make an informed decision on which one suits your programming needs the most. So, let’s get started!

Organizations are in a sheer need to stay up-to the minute, and be ahead for protecting their systems and data. Penetration testing can prove to be a structured process that can mimic the real-world vulnerabilities before it’s prone to any malicious exploits. In this entire lifecycle of pentesting, we got some tools in order to automate, streamline, and enhance each phase of it. They could be of various types, based on their specific role in this entire lifecycle.

In the realm of software development, Application Programming Interfaces (APIs) serve as the backbone for communication between different software systems. As APIs become increasingly integral to modern applications, ensuring their reliability and functionality is paramount. One crucial aspect of this is testing API endpoints thoroughly. In this guide, we’ll delve into API endpoint testing, exploring its importance, best practices, and tools to streamline the process.