Verify: Ensure that your code works correctly and adheres to your quality standards — ideally with automated testing.
Package: Package your applications and dependencies, manage containers, and build artifacts.
Secure: Check for vulnerabilities through static and dynamic tests, fuzz testing, and dependency scanning.
Release: Deploy the software to end users.
Configure: Manage and configure the infrastructure required to support your applications.
Monitor: Track performance metrics and errors to help reduce the severity and frequency of incidents.
Govern: Manage security vulnerabilities, policies, and compliance across your organization.
DevOps tools, concepts and fundamentals
DevOps covers a wide range of practices across the application lifecycle. Teams often start with one or more of these practices in their journey to DevOps success.
Topic Description
Version control The fundamental practice of tracking and managing every change made to source code and other files. Version control is closely related to source code management.
Agile Agile development means taking iterative, incremental, and lean approaches to streamline and accelerate the delivery of projects.
Continuous Integration (CI) The practice of regularly integrating all code changes into the main branch, automatically testing each change, and automatically kicking off a build.
Continuous Delivery (CD) Continuous delivery works in conjunction with continuous integration to automate the infrastructure provisioning and application release process. They are commonly referred to together as CI/CD.
Shift left A term for shifting security and testing much earlier in the development process. Doing this can help speed up development while simultaneously improving code quality.
How does DevSecOps relate to DevOps?
Security has become an integral part of the software development lifecycle, with much of the security shifting left in the development process. DevSecOps ensures that DevOps teams understand the security and compliance requirements from the very beginning of application creation and can properly protect the integrity of the software.
By integrating security seamlessly into DevOps workflows, organizations gain the visibility and control necessary to meet complex security demands, including vulnerability reporting and auditing. Security teams can ensure that policies are being enforced throughout development and deployment, including critical testing phases.
DevSecOps can be implemented across an array of environments such as on-premises, cloud-native, and hybrid, ensuring maximum control over the entire software development lifecycle.
How are DevOps and CI/CD related?
CI/CD — the combination of continuous integration and continuous delivery — is an essential part of DevOps and any modern software development practice. A purpose-built CI/CD platform can maximize development time by improving an organization’s productivity, increasing efficiency, and streamlining workflows through built-in automation, continuous testing, and collaboration.
As applications grow larger, the features of CI/CD can help decrease development complexity. Adopting other DevOps practices — like shifting left on security and creating tighter feedback loops — helps break down development silos, scale safely, and get the most out of CI/CD.
How does DevOps support the cloud-native approach?
Moving software development to the cloud has so many advantages that more and more companies are adopting cloud-native computing. Building, testing, and deploying applications from the cloud saves money because organizations can scale resources more easily, support faster software shipping, align with business goals, and free up DevOps teams to innovate rather than maintain infrastructure.
Cloud-native application development enables developers and operations teams to work more collaboratively, which results in better software delivered faster.
Read more about the benefits of cloud-native DevOps environments
Package: Package your applications and dependencies, manage containers, and build artifacts.
Secure: Check for vulnerabilities through static and dynamic tests, fuzz testing, and dependency scanning.
Release: Deploy the software to end users.
Configure: Manage and configure the infrastructure required to support your applications.
Monitor: Track performance metrics and errors to help reduce the severity and frequency of incidents.
Govern: Manage security vulnerabilities, policies, and compliance across your organization.
DevOps tools, concepts and fundamentals
DevOps covers a wide range of practices across the application lifecycle. Teams often start with one or more of these practices in their journey to DevOps success.
Topic Description
Version control The fundamental practice of tracking and managing every change made to source code and other files. Version control is closely related to source code management.
Agile Agile development means taking iterative, incremental, and lean approaches to streamline and accelerate the delivery of projects.
Continuous Integration (CI) The practice of regularly integrating all code changes into the main branch, automatically testing each change, and automatically kicking off a build.
Continuous Delivery (CD) Continuous delivery works in conjunction with continuous integration to automate the infrastructure provisioning and application release process. They are commonly referred to together as CI/CD.
Shift left A term for shifting security and testing much earlier in the development process. Doing this can help speed up development while simultaneously improving code quality.
How does DevSecOps relate to DevOps?
Security has become an integral part of the software development lifecycle, with much of the security shifting left in the development process. DevSecOps ensures that DevOps teams understand the security and compliance requirements from the very beginning of application creation and can properly protect the integrity of the software.
By integrating security seamlessly into DevOps workflows, organizations gain the visibility and control necessary to meet complex security demands, including vulnerability reporting and auditing. Security teams can ensure that policies are being enforced throughout development and deployment, including critical testing phases.
DevSecOps can be implemented across an array of environments such as on-premises, cloud-native, and hybrid, ensuring maximum control over the entire software development lifecycle.
How are DevOps and CI/CD related?
CI/CD — the combination of continuous integration and continuous delivery — is an essential part of DevOps and any modern software development practice. A purpose-built CI/CD platform can maximize development time by improving an organization’s productivity, increasing efficiency, and streamlining workflows through built-in automation, continuous testing, and collaboration.
As applications grow larger, the features of CI/CD can help decrease development complexity. Adopting other DevOps practices — like shifting left on security and creating tighter feedback loops — helps break down development silos, scale safely, and get the most out of CI/CD.
How does DevOps support the cloud-native approach?
Moving software development to the cloud has so many advantages that more and more companies are adopting cloud-native computing. Building, testing, and deploying applications from the cloud saves money because organizations can scale resources more easily, support faster software shipping, align with business goals, and free up DevOps teams to innovate rather than maintain infrastructure.
Cloud-native application development enables developers and operations teams to work more collaboratively, which results in better software delivered faster.
Read more about the benefits of cloud-native DevOps environments