Top Must-Known DevOps trends to watch in 2017

Since, we have witnessed that 2016 passed greatly. A large number of technologies and trends get introduced in the past years. Like, Docker v1.12 released and AWS got some powerful instances types. Moreover, the hybrid cloud (both private and public) became the first choice for enterprises and many more trends.

Here, I am going to share your some latest DevOps trends of 2017 in this blog post.

But, let me give you an introduction to DevOps. DevOps actually serves the collaboration of Development and Operation team to work together. Like, it becomes one unit rather than working the old traditional way. Although, the Agile methodology did great where the development and operation team worked individually. So, it serves to develop any software or fulfill the services.

Ideally, the old traditional method consume time. It lacked the understanding between the team of software development, leading it to customer dissatisfaction. Almost, we are now adopting DevOps as culture for more fast, efficient and reliable software delivery.

DevOps Features

Here, are some DevOps features:

Maximizes the speed of delivery
Advances customer experience
Make use of automated tools on each phase
Got more stable operating environments
Has improved the collaboration and communication.
Enables fast flow for production

DevOps consists of 5 C’s which gives high productivity, less bugs, enhanced and communication. Probably, it provides quick way to resolve issues, more reliable and much more. The 5 C’s of DevOps are:

Integration Continuous
Testing Continuous
Delivery Continuous
Deployment Continuous
Monitoring Continuous

Key Trends of DevOps

Microservices

Since, the name sounds as microservices becomes an architectural way to develop the complex applications. So, it has the ability to create smaller modules through division. Precisely, Microservices can help the developers to decide how to use, design, which language to choose and platform to run and deploy.

Some advantages of microservices:

They can develop in various programming languages.
Errors in any module or microservice can easily detect saving time.
Microservice and modules easy to manage.
Updating anything becomes easy now. Just push it on the particular microservice. or else you have to update the whole application.
Scaling up and down of any particular microservice without effecting any other microservice is now easy.
Microservice leads to the increment in productivity.
If any of the module is down, the application remains unaffected.

Containers

Although, containers create virtual environment, allows to run multiple application or OS without interruption. Another, container which one can deploy the application quickly and consistently. Because, the containers have their own CPU, memory, network resources and block I/O. Therefore, it shares with the kernel of host operating system. Thus, lightweight can run directly within host machine. So, you will find some advantages of Containers presented below:

Easy to share a container
Manage the life cycle of containers with the Docker’s platform
It gives consistent computation environment
They can run multiple separate application in a single shared OS

Container Orchestration

Due to, the automation, arrangement, coordination and management of containers is container orchestration. Finally, various features of container orchestration include:

Cluster Management

Also, the task of a developer limits to launch a cluster of container instances. Surely, it allots the tasks which requires to run. Yet, the management of all the containers perform the tasks through orchestration.

Task Definition

It allows the developer to define the task where they require to specify the number of containers. Therefore, they fulfill the task and the dependencies. Moreover, one task can launch through single task definition.

Programmatic Control

Although, simple API calls now you can register and de-register tasks, launch and stop Docker containers.

Load Balancing

Seems like, load balancing actually helps in distributing traffic across the containers or deployment.

Monitoring

In addition, you can now monitor your CPU and memory usage of the running tasks. Hence, it also gets notified if scaling requires through containers. Consequently, some tools used for container orchestration (both paid and open source) are Kubernetes, Docker Swan, Google Containers and Microsoft Containers. Precisely, it becomes clear now and evident that 2017 is going to face a lot more changes, new and innovative ways for DevOps.

What is DevOps? Read here…