Systems | Development | Analytics | API | Testing

Hyperautomation refers to the use of multiple advanced automation technologies such as artificial intelligence (AI), robotic process automation (RPA), machine learning (ML), low-code, and business process management tools to accomplish end-to-end process automation. Rather than automating a single task, hyperautomation lets you automate multiple tasks within a wider process (and pass work easily between humans and digital workers).

Automation in QA uses software tools, frameworks, and techniques to automate testing tasks that QA testers might otherwise perform manually. The benefits of QA automation include faster testing, improved accuracy, greater test coverage, test script reusability, and long-term cost savings. Breakneck technological advancements and available DevOps workflows place increasing pressure on software development teams. As a result, they must deliver high-quality products faster than ever.

Learn the strengths and limitations of the top test automation frameworks before selecting the best tool for your testing project.

Organizations looking to improve their bottom lines have embraced automation for decades. Simple automation has long been bringing benefits to businesses and public sector organizations alike, despite being limited to supporting small tasks and workflows.

Software testers, or SDETs, have several responsibilities in today's QA-driven software industry. In addition to collaborating with developers to plan and execute tests, they are often responsible for setting up and maintaining continuous integration (CI) processes, analyzing test results, and generating reports for stakeholders. In this article, you'll learn about the evolution of the SDET role and how automation and artificial intelligence (AI) can help improve efficiency.

How do you know when a process needs help? Is it slow, bloated, or, worst of all, truly broken? It’s a crucial question for all leaders and teams pursuing speed and growth, to meet digital transformation goals like faster customer onboarding or faster time to market. Often, even seemingly simple business processes are more complex than we realize. Teams and individuals may develop clever workarounds to get past large and small process problems.

CRUD (Create, Read, Update, and Delete) is a set of operations allowing users to interact with a database simply and consistently. Creating a CRUD API allows other systems and developers to interact easily with a data store or set. By providing a simple and consistent set of operations, CRUD APIs make it easy to build, scale, and secure applications. Some benefits of a CRUD API include When developing a CRUD API, there are many options to choose from.

MySQL is a great option if you are looking for a free and easy-to-use database. With Linx you can easily connect and interact with the data to; Interacting with a MySQL database with Linx is done via ODBC. Once the ODBC data source is set up, you can interact with the MySQL database using the built-in Database Plugin in Linx. This will allow you to run any query you can on MySQL.

Low-code platforms are an efficient and effective solution for accessing and managing data in a Microsoft SQL Server (MSSQL) database. Linx provides an easy way to connect to a database and interact with it in multiple ways, all while removing the need for complex coding. Linx natively allows interaction with an MSSQL database via the Database plugin. Using this plugin, you can: This functionality can be used by dragging the required function from the plugins tab onto the function you are building.