From Monoliths to Microservices | Microservices 101
Monoliths and Microservices are often seen as opposing design patterns. In this video, we explore the differences between the two, but also find some common ground between them.
Systems | Development | Analytics | API | Testing
Modern Software Development For Today's Systems & Applications
What are Microservices & How to Test Microservices | Sidharth Shukla | #apitesting #restassured
In this insightful video, Sidharth Shukla provides a comprehensive breakdown of two fundamental software architectural paradigms: microservices and monolith architecture. Sidharth delves into the intricacies of both approaches, offering a clear understanding of their principles, advantages, and considerations. With clarity and depth, Sidharth explores the key differences between microservices and monolith architecture, emphasizing their impact on scalability, maintainability, and development workflows.
What are Microservices? Code Examples, Best Practices, Tutorials and More
Microservices are increasingly used in the development world as developers work to create larger, more complex applications that are better developed and managed as a combination of smaller services that work cohesively together for more extensive, application-wide functionality. Tools such as Service Fabric are rising to meet the need to think about and build apps using a piece-by-piece methodology that is, frankly, less mind-boggling than considering the whole of the application at once.
Monolithic vs. SOA vs. Microservices: Which One Should You Choose?
In the dynamic realm of technology, how we conceive, construct, and uphold applications exerts a significant influence on their scalability, ease of maintenance, and ultimate prosperity. Throughout this blog, we will embark on an expedition through the evolutionary trajectory of software architecture.
What Is API As A Service? -Microservices & Digital Transformation
API as a Service (APIaaS) streamlines the creation and management of APIs in a cloud-based environment. If your enterprise is planning a digital transformation strategy or in the process of migrating to the cloud, you’ve probably heard the terms “microservices” and “APIs.” However, as common as these words are, few people actually understand them unless they’re working as developers. To clear the confusion once and for all, we wrote this guide.
What is a #microservice ?
Microservices is a hot topic these days in the area of software architecture. Everybody wants to create applications using microservices architecture. What are microservices? There are so many technical explanations for this but let us break it down in a very simple way in this video.
Microservices vs. Monolithic | Choose the Right Architecture
It is important, more now than ever, to understand the different architectural approaches available to build robust and scalable systems. Two popular concepts that often find themselves at odds are Microservices vs. Monolithic architectures. These approaches offer distinct advantages and trade-offs, making it important to compare them and determine which one suits your organization’s specific needs.
Microservice Observability with Kong Mesh
Microservice Observability with Kong Mesh Brought to you by @KongInc Senior Solutions Engineer Ahmed Koshok. In this video, Ahmed Koshok demonstrates how Kong Mesh enables you to monitor and troubleshoot your microservices in real-time. Kong Mesh is a service mesh built on top of the Envoy proxy that provides advanced observability features for microservices. With Kong Mesh, you can collect telemetry data, trace requests across multiple services, and visualize service dependencies.
Building microservices with low-code APIs
Dividing work into the smallest possible tasks has benefits. These benefits include easier debugging, easier resource management and more manageable maintenance and enhancements. A Microservice approach is perfect when this is your goal.
Testkube for your microservices woes
Enterprises have long relied on monolithic applications to run their operations and provide different functions and services to their customers. Monolithic software is designed to be self-contained; components of the program are interconnected and interdependent. If any program component requires an update, the whole application must be redeployed. As enterprises continue to grow their customer base, they will need to upgrade and scale their monolithic architecture.