Top DevOps Trends That Will Matter the Most in 2021
DevOps is all about continuous improvement, and several trends are budding this year and becoming omnipresent. In a competitive and fast growing field as DevOps, it’s important to find out what lies ahead.
DevOps implies the combination of development and operation. It is an ethos that underlines the importance of collaboration and communication between software developers and production IT experts while automating the implementation of software and infrastructure changes.
The objective is to form a working environment in which creating, testing and deploying software can happen promptly and reliably. By doing this, an organization can accomplish its goals quicker and deploy advanced features, security patches and bug fixes.
Top DevOps trends worth watching in 2021 and beyond:
Increased Focus on Automation
One of the most important future trends that experts see in the field of DevOps is automation. It has always been the way forward for organizations. A good example of automation is speeding up the pipeline with the help of DevOps automation tools, as it will provide better response times for customer queries using chatbots. Improved inventory management with logging and tracking systems would be another example of automation in action.
The most crucial aspect of automating DevOps is to recognize the main components of the SQL DevOps cycle. Those are:
- Constant Development Approach
- Collaborative Development
- Continuous Testing
- Unbroken Release and Deployment
- Constant Monitoring
- Collaborative Customer Feedback and Optimization
DevOps managed services and assembly lines are the way of the future. Presently, a quicker delivery cycle and automation are the focus of many enterprises.
Bridging the gap between manual and automated tasks is the primary focus of assembly lines with DevOps and microservices. It implies that many modern applications are now getting to the production lines and getting available quickly to the clients.
The Shift in Focus from CI Pipelines to DevOps Assembly Lines
Several organizations are now investing time and efforts into automating their entire software development cycle. This is why they know all about the latest DevOps trends. In 2021, expect a seismic move fro, CI pipelines to DevOps assembly lines:
- Incredible Nested Visibility
- Local Integrations
- Fast Onboard and Scale with “As-Code” Philosophy
- Amazing CD (Continuous Delivery) with Interoperability
- Group Based Business Intelligence and Analytics
- Collaborative Customer Feedback and Optimization
Really, assembly lines are the best examples of DevOps and automation.
Increase in the Adoption of Microservices Architecture
Any DevOps consulting company can tell you that microservices in present day business have numerous outstanding links to the DevOps cycle. Microservices architecture assists organizations with making deployments and effectively adds advanced features.
Implementing microservices into your DevOps plan can likewise enable your organization to zero in on the runtime and efficient delivery of new deployment sources. There will be substantially less hassle that accompanies creating dependency errors when something suddenly malfunctions.
The CI/CD pipeline makes it possible to make changes fast everyday to address any client requests. A CI/CD pipeline can be automated too. Along these lines, security must be a point of convergence of design constraint nowadays. The most ideal approach to deal with this is to incorporate security protocols directly into software instead of adding them afterward.
“Service mesh” can be described as an integrated app infrastructure layer for performing data sharing between services. Service meshes can take care of numerous normal application functions that application teams have conventionally had to resolve in their own setups and code. Those might comprise authentication, encryption, load balancing, authorization, and also proxying.
Making these features configurable and a component of the application platform spares time for development teams to work on upgrading their code. It is a better use of their time and energy than getting caught up in typical patterns of service administration that are in a distributed application environment.
Istio, Consul, and Linkerd are the most powerful players in the service mesh market.
Observability in the DevOps framework means that it should be simple to deduce from an application’s depiction of its interior state what’s happening with it at any point of time. As applications become more distributed, deciding why parts of it are failing, and disturbing the system, becomes hard.
This is where the related concept of cardinality comes in. It denotes the number of distinct items of time-series data a system keeps. As a rule, the greater the level of cardinality, the more expectedly a system can be observable.
SRE stands for Site Reliability Engineering. First came into being in 2003 at Google, SRE is an engineering parameter. This could be seen as a primal kind of DevOps workflow pattern. SRE engineers are tasked with ensuring that live faults are monitored and fixed, sometimes by writing new software to help reliability.
Automated Monitoring and Recovery
The best-automated DevOps cycle for any organization involves consistent monitoring that promptly alerts the right party when a fault is noticed. These systems have the alternative of rollback to a more secure version. They can also spin up a new case, automatically reinstate the database from a backup, or condition other recovery options. In such cases, good DevOps can significantly decrease recovery time from a minor fault or even a complete disaster.
By now, you must have understood what DevOps is all about and what it can do for your organization in 2021 and coming years. If you have not looked into the latest DevOps trends for your business yet, then you must consider now.
It’s a way of reforming your developmental processes so as to get more productivity from your workforce. Simultaneously, your clients will love it since they’ll get their products quicker and they will be more adaptable and secure.