Tag: Microservices

5 reasons developers love containers
DevOps, DevOps Tools, IT trends Leave a comment

5 reasons developers love containers

Source:- cio.com Linux containers have been around for almost a decade, but it was only with the release of Docker four years ago that large numbers of developers began to adopt the technology. Now it seems that containers are everywhere and their popularity continues to rise. Containers have become such an important part of the IT landscape that server virtualization giants like VMware and Microsoft have had to go out of their way to accommodate them. VMware now offers a

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Top IT Trends MSPs Need to Know Today
Cloud Computing, DevOps, IT trends Leave a comment

Top IT Trends MSPs Need to Know Today

Source:- mspmentor.net Staying on top of the managed IT services business requires knowing the latest, greatest trends and practices in computing. Here’s a recap of the innovations shaping the IT world today. Being familiar with these trends is important for two reasons. First, this knowledge helps you provide the best services to customers — and answer their questions authoritatively when they ask about tech buzzwords they’ve heard recently. Second, you may be able to benefit by adopting some of these

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Continuous Delivery, DevOps, DevOps Process, DevOps Tools, DevOps Updates Leave a comment

Microservices Continuous Delivery with Docker and Jenkins

Source:- 126kr.com Docker, Microservices, Continuous Delivery are currently some of the most popular topics in the world of programming. In an environment consisting of dozens of microservices communicating with each other it seems to be particularly important the automation of the testing, building and deployment process. Docker is excellent solution for microservices, because it can create and run isolated containers with service. Today, I’m going to present you how to create basic continuous delivery pipeline for sample microservices using most popular software automation tool – Jenkins. Sample

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Cloud Computing, DevOps, DevOps Best Practices Leave a comment

Troubleshooting microservices performance problems

Source:- techtarget.com Using microservices to build applications can significantly improve developer productivity, project agility and code reuse. However, the resulting architecture is more complex, which makes isolating and debugging performance problems much harder. As we discussed in an earlier article, analyzing and managing microservice performance is a “two-level problem comprising both granular telemetry of individual microservices and comprehensive, end-to-end, pan-application measurement. Microservice telemetry is used to identify internal bottlenecks, inefficiencies and bugs while application-wide monitoring seeks to see performance from

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DevOps, DevOps Best Practices, IT Training Leave a comment

Microservices: To Do or Not to Do

Source:- sys-con.com As enterprise business moves from monoliths to microservices, adoption and successful implementations of microservices become more evident. The goal of microservices is to improve software delivery speed and increase system safety as scale increases. Documenting hurdles and problems for the use of microservices will help consultants, architects and specialists to avoid repeating the same mistakes and learn how and when to use (or not use) microservices at the enterprise level. The circumstance when microservices is an appropriate solution

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Cloud Computing, DevOps, DevOps Best Practices, DevOps Tools Leave a comment

Continuous Deployment with Google Container Engine and Kubernetes

Source:- semaphoreci.com Introduction This tutorial will show you how to deploy a sample microservices application to Kubernetes and set up continuous deployment using SemaphoreCI. It includes a crash introduction to Kubernetes, Google Container Engine, and building an automated deploy process. Kubernetes, or “k8s” for short, is an orchestration tool for container native applications. Note that Kubernetes is about containers, and not only Docker containers. This tutorial uses Docker because it’s the current industry standard. Kubernetes is a complex distributed system.

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