James

Due to the rapid growth of developments in technology, there is an easier solution available for app development. Businesses are increasingly using low-code and no-code platforms that allow streamlining of tasks for both technical and non-technical members of the team. While it is true that both methods enable faster development

The advent of low-code and no-code platforms has substantially changed how individuals and companies handle software development. Such platforms allow average users without a technical background to build applications with simple point-and-click user interfaces. Using visual workflows, templates, and drag-and-drop features, they make development faster and encourage better innovation than

The emergence of low-code and no-code development has changed the paradigm of how organizations relate to software development and the automation of business processes. Now, even people with little to no programming skills can design, develop, and deploy applications with ease. These platforms use modern technologies like drag-and-drop interfaces, ready-made

Event Driven Architecture, also known as EDA, has become increasingly captured interest in the last few years due to its responsiveness, scalability options, and real-time data processing. The goal of this article is to aid in understanding EDA architecture by emphasizing its principles while also comparing it with other traditional

The rapid development of a given software changes its associated system’s operational and architectural frameworks in regards to workload complexity and dynamism. For many uses, synchronous systems continue to be the predominant choice. However, they continue to lack the required degree of responsiveness, flexibility, and scalability when faced with

Event-driven architecture (EDA) allows computer systems to respond to real-time events. In modern software development, EDA is a powerful architectural design that enhances flexibility, responsiveness, and scaling in distributed systems. EDA improves systems by simplifying complex workflows, resulting in better performance and easier integration. In this blog, we will study