"The goal of DevOps is continuous software development. Microservices are inherently modular due to their single purpose. Modular software is easily integrated into DevOps structures, allowing for easy incremental changes. Unified management of a single microservice should be simple. Similarly, DevOps fits perfectly. With a microservices-based architecture, DevOps improves both delivery time and quality.
So continuous delivery pipelines can maintain a steady flow of deployments. A similar feature of containerized microservices is that can be deployed quickly and easily across multiple systems.
Automated operation improves the microservice approach by making it more adaptable and scalable. Using DevOps and Microservices in development and testing improves team output and service quality.
Agile DevOps and Microservices
They also share organizational structures, development cultures, and an interest in cloud-based infrastructure and automation. They both want development, speed, and scalability, all of which fit into agile development.
With the adoption of agile methods came the concepts of Continuous Integration (CI) and Continuous Delivery (CD). Using a quality-focused philosophy, CD speeds up the deployment pipeline.
Working with DevOps and Microservices
Microservices-based architectures necessitate change, which is often welcomed by developers of modern applications. These changes allow for rapid productivity gains and faster delivery of solutions to users who need flexible, scalable applications.
Reliability, availability, and management are some of the benefits Microservices bring to DevOps fields, such as increased agility, shorter build, test, and deploy cycles, scalability, modifiability, and management."
- Jan Chapman Managing director ofMSP Blueshift
"Microservices carefully engineer continuous delivery and deployment that fasten up the process of software delivery. DevOps practices of cloud-native organizations that customarily delivered software with buffed finesse and speed gave birth to microservices. DevOps emphasizes persistent software monitoring, testing, and deployment. Because microservices are designed to fulfill a particular task, they are naturally modular. Modular software integrates readily into the DevOps framework, allowing for easy incremental modifications.
Furthermore, DevOps techniques include the concept of breaking huge problems down into smaller bits and solving them one at a time as a team. Microservices are important in DevOps because they utilize small teams to make functional adjustments to an organization's services. Microservices are all about making it easier for small teams to install and collaborate in a relaxed atmosphere.
Versatility
Microservices shepherded rapid deployment of newer versions of service with the help of its agility and overall polished edges. Shorter build, test, and deploy cycles were credited for this agility. Microservices also offered the space and freedom to utilize service-specific security, replication, persistence, and monitoring options.
Dependability
Microservices have an individualist sphere of consequences of a crash. In case of a fault, it solely impacts that microservice and its users. It is very unlike monolithic applications that stopped the entire monolith from functioning in cases of faults."
Readily available
Introducing a new version of a microservice is easier and demands a relatively lesser amount of downtime, whereas introducing a the new version of a service in a monolithic application typically necessitates a complete restart of the monolith."
Scalability
Pools, clusters, and grids can be used to scale microservices separately. Microservices are an ideal fit for the cloud's elasticity because of this deployment capability."
No-fuss modifying
It is fairly easy to use newer frameworks, libraries, data sources, and other resources with microservices. They can be handled in an uncomplicated manner due to their modular components being loosely spun with each other, allowing dynamic discovery and binding via a registry."
Smooth management
Microservices have the scope of benefitting from the agile approach, which divides the application development effort among smaller, more autonomous teams.
Microservices accommodate a common unified toolkit that can jockey development and operations to hike productivity levels in DevOps. This common toolkit works within a bailiwick that has special defined terminology as well as procedures for requirements, dependencies, and issues. As a result, it becomes simpler for Devs and Ops to collaborate, allowing them to work together on an issue and effectively repair a build configuration or build script. When DevOps and microservices are used together, they are more effective."
- Marcus Valdez, founder of The Game Dial
"DevOps is the IT industry's way of dealing with the pain of loss of business revenue due to slow time to market. In other words, businesses that depend on software lose a lot of revenue due to not innovating fast enough. When businesses are not innovating fast enough the issues can be traced to the efficiency of their software development process.
Traditionally, businesses come up with an idea, and their software development team (Dev in DevOps) does some analysis & design, build out the feature, tests it and then hands it over to their software operations team (Ops in DevOps) to deploy it and have it ready for use (production)"
The problem DevOps tries to address presents itself in 2 ways in the scenario above.
- Software development teams work independently of the software operations team and when things fail in production, the operation team gets the 02:00 AM call to fix things that most likely originated from the development team.
- Software teams add new features to an existing single codebase and when in production something goes wrong in one part of the software it brings the whole thing down with it.
So, software development teams traditionally build software as one big lump which they hand over to the operations team that deploys it into production and in turn becomes responsible for issues.
DevOps is a set of philosophies and practices that aim to blur the line between software development and operations by advocating for Continuous Integration (CI) and Continuous Delivery (CD). Continuous integration and continuous delivery are popularly referred to as CI/CD. CI/CD promotes and encourages smaller and more frequent updates to software supported by automation. This way, issues are easier to identify and deal with. To deal with the issue of a whole system crashing because of newly introduced features, one can turn to microservices in order to avoid building monolithic systems.
Microservices is a pattern of building and running software that requires splitting large (monolithic) systems into smaller systems that work together (microservices). How this helps with DevOps is that it forces each microservice to act independently and not expect the other microservices it depends on to always be available. This prevents a failure in one microservice from bringing down the whole system and making it unavailable, instead only the failed microservices become unavailable.
DevOps benefits from microservices in that teams that are responsible for building these microservices can easily take ownership and also operate them. Having a smaller codebase to manage (when compared to its monolithic version) means a lot more of the development and operations activities can be automated. This removes the extra layer of communication needed between development and operations teams. Also, when developers know they are responsible for any issues, they do all they can to make sure things run smoothly in order to avoid those 02:00 AM calls.
Microservices force development teams to organize around function rather than technology. This means that teams operating in a microservices setting will tend to have all the technology experts within the team and their focus is to deliver value around the function they are responsible for."
- Bulama Yusuf CEO ofIntellectual Apps