Systems | Development | Analytics | API | Testing

How APM Tools Monitor Microservices Data Flows

Managing microservices is tough. With 91% of organizations using or planning to adopt microservices, monitoring their performance is critical. Application Performance Monitoring (APM) tools simplify this by tracking data flows, identifying issues, and improving system reliability.

4 Microservices Examples: Amazon, Netflix, Uber, and Etsy

In this article, we’ll explore the microservices journeys of these wildly successful enterprises. We’ll also examine why microservices have become a cornerstone for modern IT strategies and how they continue to evolve. But first, let’s look at the general circumstances that inspire enterprises to use microservices in the first place.

ESB vs. Microservices: Understanding Key Differences

Microservices are an approach to building applications that focuses on breaking down monolithic applications into independent, but loosely-connected “microservices.” ESBs and microservices are both architectural approaches for integrating applications, but they have different strengths and weaknesses. ESBs are better suited for integrating monolithic applications, while microservices are better suited for building scalable and resilient applications.

Integrating Microservices with Confluent Cloud Using Micronaut Framework

Designing microservices using an event-driven approach has several benefits, including improved scalability, easier maintenance, clear separation of concerns, system resilience, and cost savings. With Apache Kafka as an event plane, services now have a durable, scalable, and reliable source of event data. From Kafka topics, a microservice can easily rebuild and restore the state of the data used to serve end users.

Microservices vs Web Services: Key Differences

In the early days of web application development, monolithic frontends and backends were perfectly fine. But the emergence of the cloud has changed expectations. Developers want to build applications that exchange information with APIs (Application Programming Interfaces). Business owners want faster development times. End users expect zero downtime. This new paradigm enabled the rise of service-oriented architecture (SOA) and, along with it, microservices and web services.

What Are Containerized Microservices?

Containerized microservices are essential to cloud migration and digital transformation plans. Do you have a clear picture of what containerized microservices are and why they’re important? In this guide, you'll learn about containers, microservices, and how they work together. First up is a bit of history that explains how the need for containers came to be. Here's the key things to know about containerized microservices.

Microservice Pitfalls: Solving the Dual-Write Problem | Designing Event-Driven Microservices

When building a distributed system, developers are often faced with something known as the dual-write problem. It occurs whenever the system needs to perform individual writes to separate systems that can't be transactionally linked. This situation creates the potential for data loss if the developer isn't careful. However, techniques such as the Transactional Outbox Pattern and Event Sourcing can be used to guard against the potential for data loss while also providing added resilience to the system.

Defining Asynchronous Microservice APIs for Fraud Detection | Designing Event-Driven Microservices

In this video, Wade explores the process of decomposing a monolith into a series of microservices. You'll see how Tributary bank extracts a variety of API methods from an existing monolith. Tributary Bank wants to decompose its monolith into a series of microservices. They are going to start with their Fraud Detection service. However, before they can start, they first have to untangle the existing code. They will need to define a clean API that will allow them to move the functionality to an asynchronous, event-driven microservice.