There is no doubt that companies that aim to move ideas and projects from development to production faster and more effectively will have implemented DevOps practices.
It collaborates development and operations teams together into a single DevOps team, therefore enhancing the product development life cycle.
With the integration of DevOps, there can be more regular changes to code and more dynamic infrastructures can be leveraged when compared to conventional, manual strategies.
However, DevOps automation reduces human intervention in managing redundant tasks in the software deployment and operations lifecycle.
It reduces the stress on employees and systematically helps them to deploy regular updates faster hence boosting their systems to operate more reliably.
Devops automation tools help employees to automate the operations and development tasks, hence, reduce errors and improve the delivery speed, and eliminate employee dependency.
But we know that by combining development and operations teams together, enterprises can improve the SDLC life cycle, so why should enterprises go one step further and automate DevOps work?
Let’s find out
Why Businesses Should Automate DevOps Work?
Every IT employee understands that from an engineer’s viewpoint, DevOps automation tools empower development teams and make them more efficient and effective. It significantly reduces inter-team dependency and helps eliminate manual processes for infrastructure provisioning and configuration.
Hence, with the implementation of such tools, developers can augment the frequency of software or application releases and obtain more instantaneous feedback, thereby enhancing their comprehensive development experience.
From an enterprise perspective, DevOps automation reduces the deployment time. It also significantly increases platform dependability and availability and decreases human intervention by analysing and solving errors automatically through auto-healing.
DevOps automation can not only reduce system errors but also overcome the human misconception or environment inconsistencies.
Moreover, it eradicates the requirement for large teams in the development lifecycle, therefore, reducing the expense on resources, infrastructure and speeds up the process.
Best DevOps Automation Tools – 2024
There are different unique yet efficient DevOps automation tools available in the market today. Each of these tools has its distinctive capabilities and offers enterprises to perform different functions based on their unique business demands, such as:
- Automate Version Control
- Container Management
- Application Performance Monitoring (APM)
- Deployment And Server Monitoring
- Configuration Management, CI/CD Automation
- Artifact Management
- Codeless Testing
For businesses to decide on the proper set of DevOps automation tools is an ever-growing challenge.
There are also enterprises that do not just depend on a single tool but combine the benefits of different automation tools and use the advantages of a fully-fledged automation solution.
Below are some of the top DevOps automation tools that dominate the software industry in 2024.
1. Puppet
Puppet is one of the most technologically advanced cross-platform DevOps automation tools to configure, deploy, and handle servers.
Its fundamental advantage is that it makes the infrastructure or platform deployment much faster and more secure. It configures each and every host in the business infrastructure and controls the servers by scaling up and down dynamically based on real-time insights.
Puppet also enables enterprises to manage multiple development or operations teams and resources simultaneously without any buffer.
It has multiple modules that can incorporate other DevOps tools very quickly, hence as mentioned earlier, businesses can use the combined benefits of more than one DevOps automation tool.
2. Docker
Docker is one of the most widely used DevOps tool to quickly create and operate distributed applications efficiently. It preserves a confidential registry to accumulate and handle images and configure image caches.
Docker helps with more rapid deployment, makes distributed DevOps development achievable, and completely automates the deployment of the apps with very less human intervention.
Docker tools are operating system (OS) and platform-independent and therefore can seamlessly be integrated with cloud computing and other advanced technologies.
3. Jenkins
Jenkins is a most popular CI/CD automation tool in DevOps. Similar to Docker, Jenkins is also an open-source platform written in Java.
Jenkins offers many predefined built-in plugins for continuous integration and continuous deployment.
The CI/CD properties allow constant implementation of test automation services so that the product can be tested and verified from the initial development phase and testers will no longer have to wait for the SDLC to complete in order to test the final product.
4. Bamboo
Bamboo is also a CI/CD DevOps automation tool to seamlessly automate the delivery pipeline, from the initial design to final deployment.
Even though Bamboo has a very little number of plugins when compared to Jenkins, it can be effortlessly integrated with other popular DevOps automation tools to implement the combined effect.
It can also be incorporated with products like Jira and Bitbucket, hence helps not only the DevOps team but also the project managers and clients to continuously streamline the updates and status of the entire software development life cycle (SDLC).
5. Terraform
Terraform is a cloud infrastructure allocating tool for enterprises. It helps the DevOps teams in seamlessly determining which infrastructure is described using code.
It provides a graph of all resources required in the product development life cycle and develops or modifies any self-dependent resources in parallel and sustains a different version.
Terraform automates the creation of an execution strategy where each step of attaining the expected outcome is precisely and comprehensively described.
Once this strategy is approved by the decision makers, Terraform then automatically executes the plan to construct the defined infrastructure.
By using this strategy, Terraform empowers the enterprise DevOps team to create and modify infrastructure efficiently and in a secure method with minimal human or employee interventions.
Conclusion
In COVID-19 pandemic, many businesses started automating the usual tasks. It was extremely challenging for businesses to bring operations and development teams together during work from home and now in 2024 it became the new normal.
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