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The future is DevOps is Serverless DevOps!

Serverless computing has been in the news for a long time. A growing number of Independent Software Vendors (ISV) and enterprises alike have adopted it due to its ability to run event-driven functions without the need to manage the underlying hardware or software stack. 

It is a cloud-based service where the cloud provider manages the servers. The developers can focus on building applications without worrying about managing complex infrastructure. They can offload the redundant cloud computing activities to the cloud provider and focus more on development and innovation. 

Serverless computing is critical for accelerating the engineering process and reducing costs and resource dependency. This makes serverless computing a natural fit for propelling DevOps to new heights — something that's already happening.

Serverless Architecture and Why Product Owners Choose Them?


In a recently published article on the DevOps website, Serverless DevOps is considered the future of DevOps. The DevOps teams will adopt the serverless architecture to streamline the overall DevOps process.

By moving the modular components to serverless architecture, the DevOps team will be able to eliminate the tasks related to pipeline management and focus more on what matters the most to building agile products.


Benefits of Serverless DevOps

DevOps has been in use for a long time. 74% of enterprises have adopted DevOps to accelerate the development process. However, it has its limitations. Many ISVs and enterprises still struggle to unlock its full potential mainly due to operational complexities. Serverless DevOps can help overcome them. Here's a rundown of its benefits:

Reduces Costs
Serverless computing is based on the pay-as-you-go model, which means that the DevOps team will pay only when the code is executed or when testing is done in serverless systems. They don't have to pay for idle resources. This helps in reducing costs. It also encourages them to operate in several environments to develop and test different operational activities required in software delivery. They don't have to worry about the cost implications, which otherwise would hinder DevOps adoption.

Automates DevOps
Continuous Integration and Continuous Deployment (CI/CD) are the fulcra of DevOps. However, DevOps has evolved beyond that. The DevOps teams have started using serverless computing to automate the entire process and release updates and patches quickly and efficiently. They can also automate the infrastructure tasks using Infrastructure as Code (IaC) and the events. 

The Growing Buzz Around Infrastructure as Code (IaC)


Serverless DevOps also helps in deploying the pipeline without hosted solutions. What's more, some of the best serverless platforms, like Oracle Cloud Infrastructure (OCI), can automatically provision and scale resources, making it easier for developers to focus on coding instead of worrying about the infrastructure. 

Facilitates Continuous Deployment
Although DevOps works on the principle of continuous deployment, enterprises and ISVs have still not been able to do it well. They face challenges in managing the code changes and ensuring they are live in the production stage. Serverless computing could help in addressing this problem. 

With serverless computing, any change in the code mainline can get automatically reflected in all environments. The scaling and provisioning are also taken care of by the cloud providers. This helps simplify the process and saves the developers' efforts in testing and deploying the code.


Streamlines DevOps Operations
Apart from CI/CD, DevOps is based on the principle of building cross-functional teams. It eliminates the silos between the development and operation teams. At the same, Serverless DevOps improves collaboration between them. This prevents the team members from spending too much time on repetitive tasks and accelerates go-to-market. 

Serverless DevOps makes it even more efficient. It helps in building serverless ops. Serverless ops do not eliminate the role of ops altogether. It uses third-party services offered by cloud service providers to manage routine application functionalities. For example, instead of writing codes to manage the ops for an authentication system, serverless computing will leverage a third-party service to do it. 

Accelerates Development
DevOps has transformed many enterprises and ISVs and enabled them to launch products in the market quickly. It has helped re-imagine traditional software development methods by improving collaboration between the development and operation teams. 

Serverless DevOps can further aid in building agility in businesses and creating an environment of continuous development and deployment. Function-as-a-Service (FaaS) platforms like AWS Serverless Computing enable developers to create, execute, and scale applications without managing the underlying infrastructure. They can write and execute modular pieces of code in response to an event. 

Serverless computing encourages the DevOps team to focus on accelerating development and improving the product by creating an environment for continuous improvement. It promotes faster release cycles, enabling the developers to roll out updates faster and ensure they get reflected in all environments.


Serverless computing is the next natural step of evolution in DevOps. It supports enterprises and ISVs in re-imagining delivery and deploying products at a faster pace by staying true to the principle of DevOps. Serverless DevOps encourages the DevOps team to focus on building, testing, and running the applications without worrying about server capacity or maintenance. 

At Xoriant, we firmly believe in the power of DevOps in driving business growth. We built Xoriant's DevOps Center of Excellence to assist enterprises and ISVs in CI/CD, code management, and infrastructure automation. 

To that end, we can help you deploy proven DevOps techniques, processes, and tools, so you can harness the potential of the cloud to innovate and grow. Further, we can assist you in conducting a DevOps assessment, recommending a strategy, and deploying and monitoring it.

Check out our related PDFServerless Computing Platforms

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