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Best Practices and Potential Loopholes for Successful Microservices Architecture

Microservices architecture is a software development approach where an application is built as a collection of small, loosely coupled, independently deployable services. Each service focuses on a specific business capability and operates as an autonomous unit, communicating with other services through well-defined APIs. This architectural style is often used in the context of DevOps to create more efficient, scalable, and manageable systems.

Establishing a Kubernetes cost management strategy

Kubernetes (k8s) adoption has skyrocketed since its 2014 introduction, becoming one of the most popular open source container orchestration platforms for its power and flexibility. K8s reduce costs by improving efficiency, optimizing resource use, and eliminating redundancies. But cost savings in Kubernetes can be tricky to maintain. In fact, a 2021 survey of 178 organizations showed that costs associated with k8s can actually increase from insufficient monitoring, resulting in overspend.

What's missing from your incident management workflow

The first fifteen minutes of an incident set the tone for the rest of the resolution process. But what makes the difference between a rapid response and a stressful scramble—clear ownership—hasn't always been easy to ascertain. In this article, we’ll cover how Cortex, an internal developer portal, can be your team’s source of truth to accelerate the incident management process, and reduce MTTR.
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Best practices for tracing and debugging microservices

Tracing and debugging microservices is one of the biggest challenges this popular software development architecture comes with - probably the most difficult one. Due to the distributed architecture, it's not as straightforward as debugging traditional monolithic applications. Instead of using direct debugging methods, you'll need to rely on logging and monitoring tools, coding practices, specific databases, and other indirect solutions to successfully debug microservices.

Accelerating software and system migrations with Cortex

Updating a software version, moving to Kubernetes, onboarding a new CI/CD tool... some of these decisions could have enormous productivity upside for your team, while others carry significant risk if not executed by a certain deadline. In either event, getting everyone aligned with what to do, when—is never an easy task. Learn what to avoid for speedy migrations, and how Cortex helps.

Debunking Misconceptions: Amazon Prime Video's Approach to Microservices and Serverless

This is the second blog in our deep dive series on serverless architectures. In the first installment, we explored the benefits and trade-offs of microservices and serverless architectures, highlighting the case of Amazon Prime Video's architectural redesign for cost optimization.

How Cortex accelerates the process of building your information architecture

This is the second of a two-part blog on things to consider when mapping your information architecture. In the first, we shared some tips on how to approach this process based on best practices from the Cortex Customer Engineering team. In this blog, we’ll share how new and existing features in Cortex accelerate creation of a more resilient information architecture.

Microapps vs Microservices

This article explores the rise of micro apps and microservices, driving faster and lighter software experiences. It discusses monitoring challenges in distributed systems and provides an introduction to monitoring Kubernetes. Learn about the basics, benefits, and differences of micro apps and microservices, along with insights into effective monitoring strategies. Discover MetricFire's monitoring solutions through a free trial.