ChatGPT and DevOps: A Match Made in the Cloud

DevOps has transformed the software development landscape by enabling organizations to deliver software products faster and more efficiently. The integration of artificial intelligence (AI) in DevOps is further enhancing this transformation. One AI tool that is popular with DevOps professionals is ChatGPT, a powerful language model.

In this blog, we will explore how ChatGPT can be used in DevOps and highlight some real-life cases that can be used in conjunction with ChatGPT.

What is ChatGPT?

ChatGPT is a language model created by OpenAI that is capable of generating human-like text based on input provided to it. It can answer questions and assists with tasks such as generating code, analyzing logs, generating reports, sending alerts, etc. This makes it the perfect tool for DevOps professionals who want to integrate AI and automation into their workflows.

How to Use ChatGPT in DevOps

Now that we know what ChatGPT is, let’s look into how DevOps professionals are using it.

1. DevOps Task Automation

DevOps automation is the integration of technology that allows for tasks to be completed with minimal human intervention to create a smoother feedback loop between development and operations teams. This enables faster deployment of iterative updates to applications in production. Unlike the workflow automation provided by Jenkins, ArgoCD, Ansible, Terraform, and Puppet, among others, ChatGPT helps DevOps professionals automate individual tasks.

Below are the DevOps tasks that can be automated using ChatGPT include:

  • Code generation and review: ChatGPT can be used to generate code for applications written in Python, Golang, Jenkinsfile’s Groovy, and Terraform HCL, among others. You can also use it to review existing code to verify its accuracy and identify areas of improvement.
  • Script generation and testing: You can use ChatGPT to generate bash scripts, monitoring scripts, Deployment YAML files, and Docker files. You can also use it to review existing scripts for accuracy and identify areas of improvement. Additionally, you can use it to add automation capabilities to existing scripts.
  • Analysis and alerts - You can use ChatGPT to automatically generate incident reports, log events, and notify relevant stakeholders in real-time. All that’s required for it to work is to train ChatGPT with existing log data to help it interpret the log data generated by a system.
  • Automated documentation generation: Writing and maintaining documentation can be a tedious and time-consuming task for DevOps engineers. With ChatGPT, engineers can generate documentation on various tasks such as code deployments, infrastructure setup, and system architecture. This can help in saving time and effort while ensuring that the documentation is up-to-date and accurate.
  • ChatOps: ChatOps is a concept that brings together DevOps tools and chat platforms to enable collaboration and communication among teams. With ChatGPT, engineers can automate various ChatOps workflows, such as responding to alerts, triggering deployments, and monitoring system health. This can help in improving the overall efficiency and productivity of the team.

ChatGPT can offer valuable assistance by automating scripts and code generation to streamline the entire application life-cycle - from development to deployment - and infrastructure management. Below are examples of ChatGPT - DevOps automation:

  • Jenkins pipeline code: ChatGPT can be used to generate Jenkins pipeline code for CI/CD workflows. For instance, DevOps engineers can use it to generate a pipeline that builds, tests, and deploys a Dockerized application to a Kubernetes cluster.
  • Terraform module: By training ChatGPT on existing Terraform code, DevOps engineers can generate new modules for infrastructure automation. For example, it can generate a Terraform module that provisions an AWS EC2 instance with specific configuration options.
  • Serverless application configuration: ChatGPT can be used to generate configurations for serverless applications on AWS, GCP, or Azure. For instance, DevOps engineers can use it to generate an AWS Lambda function that integrates with other AWS services such as S3 or DynamoDB.
  • Ansible playbook: ChatGPT can be used to generate Ansible playbook code for automating infrastructure configuration and deployment tasks. For example, DevOps engineers can use it to generate an Ansible playbook that installs and configures a specific software package on multiple servers.

2. Optimizing Cost

One of the critical areas for most businesses is cloud cost. Fortunately, ChatGPT can help address these challenges in several ways, regardless of which cloud service provider you use.

Cloud costs are hard to understand, leading to organizations incurring extra costs from idle infrastructure. Below are examples of how ChatGPT can help organizations solve this problem.

  • Amazon Web Services (AWS): ChatGPT can help with AWS cost optimization by analyzing usage data and suggesting cost-saving strategies. For instance, it can recommend rightsizing underutilized EC2 instances, implementing reserved instances or spot instances, or shutting down non-production environments during non-business hours.
  • Microsoft Azure: ChatGPT can help with Azure cost optimization by suggesting strategies to optimize Azure services, such as Azure Functions or Azure Cosmos DB. For instance, it can recommend setting up auto-scaling rules based on usage patterns or using Azure Advisor to identify underutilized resources.

3. Enhancing Security

Security is critical for any system that handles sensitive data or needs consistent performance. However, the surface-to-be secured in the age of microservices has increased drastically. Below are examples of how ChatGPT can help organizations enhance their system’s security:

  • Google Cloud Platform (GCP): ChatGPT can help with GCP security by monitoring cloud resources and alerting DevOps engineers of security vulnerabilities. For example, it can scan for open ports or unsecured data buckets using Google Cloud Security Scanner or Cloud Storage Scanner.
  • Alibaba Cloud: ChatGPT can help with Alibaba Cloud security by generating security policies based on industry best practices. For instance, it can help DevOps engineers ensure compliance with Alibaba Cloud Security Standards by providing guidelines on how to secure resources such as ECS instances, RDS databases, or OSS buckets.

4. Streamlining the Dashboard Creation

In today's fast-paced DevOps environments, DevOps engineers need to be able to quickly create customized dashboards for monitoring key metrics and making data-driven decisions. However, creating these dashboards can be time-consuming, requiring significant effort to design, develop, and deploy.

ChatGPT is a valuable tool for DevOps engineers looking to streamline the dashboard creation process. By using ChatGPT to generate code for creating a bootstrapped dashboard, DevOps engineers can save time and increase productivity. The generated code can include a variety of components, such as charts, graphs, and tables, which can be further customized to meet specific project needs.

Using ChatGPT-generated code for dashboard creation also ensures consistency in dashboard design across projects. This consistency can be especially valuable when working on multiple projects simultaneously or when onboarding new team members who need to quickly get up to speed on existing dashboards.

One example of how ChatGPT-generated code can be used to create a dashboard is the creation of a Kubernetes dashboard. The generated code can include components such as a cluster overview, node status, and pod status, all of which can be customized to show specific metrics that are important for the DevOps team. By using ChatGPT-generated code to create the Kubernetes dashboard, DevOps engineers can save hours of effort that would have been required to manually create the dashboard from scratch.

Another use case for ChatGPT-generated code in DevOps is for creating dashboards in cloud-based environments such as Amazon Web Services (AWS) or Microsoft Azure. By using ChatGPT to generate code for creating a cloud dashboard, DevOps engineers can quickly and easily create a dashboard that includes key metrics such as CPU usage, network traffic, and storage utilization. This dashboard can help DevOps teams identify potential issues before they impact end-users, thereby improving overall system reliability and performance.

5. Improving Application Development

ChatGPT can be integrated into the application to improve quality, consistency, and development speed. It can be used with programming languages such as Python, Java, and JavaScript. Below are the areas where you can integrate ChatGPT in application development:

  • Troubleshooting issues: ChatGPT can be used to troubleshoot issues by inputting error messages or logs as prompts. The model can analyze the data and suggest potential solutions or provide step-by-step guidance for resolving the issue.
  • Adding comments in code: DevOps engineers can use ChatGPT to add comments in their code by inputting prompts such as "Add a comment for this section of code" or "Explain the purpose of this variable." This can help improve code readability and maintainability.
  • Converting code between languages: ChatGPT can also assist in converting code from one programming language to another. DevOps engineers can input prompts such as "Convert this Python code to Java" and receive a translated version of the code.
  • Generating readme files: ChatGPT can also help DevOps engineers generate readme files for their applications. They can input prompts such as "Create a readme file for this project" and receive a detailed document outlining the project's purpose, features, and installation instructions.

Tips on How to Use ChatGPT in DevOps (Prompt Engineering)

You must possess prompt engineering skills to get the most out of ChatGPT as a DevOps professional. This is the ability to give the right prompts to ChatGPT models to get quality output and help you achieve your goals faster and more efficiently. Here are some tips on how to master the art of prompt engineering:

  1. Understand the problem: Before starting, you need to have a clear understanding of the problem you want to solve. You should be able to define the inputs, outputs, and constraints of the problem. This will help you formulate the right questions to ask ChatGPT.
  2. Be specific: Vague prompts can lead to inaccurate or incomplete results. Therefore, you should aim to be as specific as possible in your prompts. For instance, instead of asking, "How do I optimize cloud costs?" ask, "What AWS EC2 instance types should I use to optimize cloud costs for a web application with 1000 concurrent users?"
  3. Provide context: ChatGPT models work better when they have context. Therefore, it is essential to provide relevant context in your prompts. For example, if you want to generate a Kubernetes manifest file, provide the necessary details, such as the container image, the environment variables, and the resources required.
  4. Use examples: Examples are a powerful tool to help ChatGPT models understand the problem better. By providing examples of what you want, you can help the model generate more accurate results. For instance, if you want to generate Terraform code to create an AWS S3 bucket, provide an example of what you want the bucket to look like.
  5. Iterate and improve: Prompt engineering is an iterative process. You should try out different prompts and analyze the results to see what works best. Over time, you can improve your prompt engineering skills and generate more accurate and efficient results.

Why ChatGPT is Not Ready for Unsupervised DevOps Implementation

While ChatGPT can assist DevOps engineers in enhancing their code and improving their speed, it’s not yet ready to take over their job at this time. Here is why:

  1. Lack of control over the output: ChatGPT models can generate unexpected or undesired output, leading to suboptimal results. For example, a DevOps engineer may prompt ChatGPT to generate a Kubernetes deployment configuration file, but the output may contain errors or security vulnerabilities that were not anticipated.
  2. Limited domain expertise: ChatGPT models may lack in-depth knowledge of specific DevOps tools or cloud infrastructure providers. For example, if a DevOps engineer prompts ChatGPT to generate a Terraform script for an AWS resource, but the model has not been trained on AWS-specific syntax or resource types, the generated output may be incomplete or incorrect.
  3. Insufficient data: ChatGPT models require large amounts of high-quality data to generate accurate outputs. If a DevOps engineer prompts ChatGPT with incomplete or low-quality data, the resulting output may be unreliable or incorrect.
  4. Bias and errors: Using ChatGPT to generate configurations for cloud deployments in DevOps can be risky due to the potential for inherited bias or errors. If the training data is flawed or incomplete, the model may generate configurations that are vulnerable to security attacks or not compliant with regulations. To mitigate these risks, DevOps teams should carefully evaluate the training data, provide additional context or clarification to the model, and validate generated configurations before deployment.
  5. Security risks: ChatGPT models may generate prompts that expose sensitive information or introduce security risks into the cloud infrastructure. For example, a DevOps engineer may prompt ChatGPT to generate a configuration file that contains sensitive access keys or passwords, but the model may not be aware of the potential security risks associated with this information.

Getting Started With ChatGPT

The OpenAI Platform Playground tool is an interactive web-based platform that allows developers and engineers to experiment with OpenAI's language models, including the GPT-3 model. It provides a sandbox environment where users can test out various prompts and receive responses generated by the language model.

For DevOps engineers, the Platform Playground tool can be a valuable resource for several reasons. First, it can assist with generating documentation and code comments. Second, it can help with troubleshooting and resolving issues by offering potential solutions.

The tool can also be used to convert code from one language to another, generate readme files for applications, and even automate some of the DevOps processes, such as provisioning and deployment.

Furthermore, the OpenAI Platform Playground tool is customizable, allowing users to fine-tune the language model to better fit their specific needs and preferences.


In conclusion, ChatGPT is a powerful tool that can greatly enhance the productivity of DevOps engineers. By leveraging the language generation capabilities of ChatGPT, users can automate various DevOps tasks such as generating documentation, troubleshooting issues, and converting code from one language to another. Additionally, the OpenAI Platform Playground and various tools built on top of OpenAI's API provide users with additional resources to further optimize their DevOps workflows.

Whether it's in the context of infrastructure management, deployment automation, or incident management, ChatGPT offers a wide range of use cases that can greatly benefit DevOps teams. By incorporating ChatGPT into their workflows, DevOps engineers can save time and increase efficiency, allowing them to focus on more strategic tasks and ultimately drive business success.

Interested in learning about infrastructure automation, lean and agile transformation, security, monitoring, and other essential DevOps basics? Check out our DevOps learning path.

To learn more about AWS, Azure, and GCP, check out our Cloud Learning Path.