DevOps Methodology: The Ultimate Guide

This article will tell you everything you need to know about DevOps.

No time to read it all? No worries, here are the links to each section.

First of all, What is DevOps?

DevOps is an IT mindset that encourages communication, collaboration, integration, and automation among software developers and IT operations teams with the overall goal of enhancing the speed and quality of delivering software.

DevOps teams standardize development environments and automate continuous delivery processes to enhance delivery predictability, efficiency, security, and maintainability. The DevOps culture and ideals give developers more control of the assembly environment and a stronger understanding of the assembly infrastructure. In addition, DevOps practices encourage empowering teams with the autonomy to create, validate, deliver, and support their own applications.

What Are the DevOps Benefits?

The DevOps methodology improves the collaboration between all stakeholders from planning through continuous delivery and automation of the delivery process with the following benefits:

  • Adaptability: With shorter development cycles, software engineers can change the product at many later stages of the process than traditional methods. And through continuous testing and verification, progress can be deployed earlier.
  • Collaboration: Through agile methods (e.g., Scrum), developers are forced to work together more closely since they report to the Scrum Master and Product Owner every 24 hours. This leads to lower communication barriers and better, more frequent knowledge exchange.
  • Transparency: In the waterfall method, customers only get to see the product once it’s finished. Through agile methods, customers can engage in the process and share feedback after every new development cycle. Additionally, the Scrum-Master has a higher knowledge of the project status since update meetings happen frequently.
  • Efficiency: DevOps enables development teams to figure out existing problems much earlier since the new feature is implemented shortly after their creation. 

Other big benefits you could find:

  • Improve deployment frequency
  • Process improvements
  • Achieve faster time to deploy
  • Lower failure rate of releases
  • Shorten the time interval between the discovery of a bug and the deployment of the fix
  • Improve time to recovery
  • Improved collaboration

DevOps is achieved through development cycles, tools, processes, and automation. However, even more important is the change in organizational culture. DevOps environment requires common goals, strong teams, communication, and transparency between departments. Everyone needs to be involved throughout the software creation process; therefore, everyone gains a stake of ownership in the ultimate product.

How Do DevOps Methodologies Work?

DevOps is based on agile methodologies such as Scrum, Kanban, or XP to improve developing and deploying code. Agile methods allow rapid prototyping, frequent releases, and short feedback cycles. These characteristics make it ideal for rapidly evolving business environments. It also includes adopting new technologies like containers, microservices, cloud-native architecture, and modern programming languages like Go, Python, Ruby, Java, JavaScript, etc.

DevOps brings a holistic approach to the whole software delivery pipeline. DevOps’ common stages are collaboration, automation, continuous integration, delivery, testing, monitoring, and rapid remediation.

DevOps leverages cross-functional teams. These teams comprise developers, designers, operations, testers, and support professionals. Before acting on a software project development process, the team plans the software delivery from design to deployment.

  • A cross-functional team plans the software project at all stages.
  • The design team provides planning.
  • The DevOps engineers’ team develops new code daily.
  • The code is automatically tested. After successful testing, the code is deployed for a small group of users (Staging or Testing environment).
  • If the code is stable, it’s deployed for the remaining users. If bugs are found, they’re quickly rectified.

Most of the steps during this process are done automatically.

The DevOps process in one graphic
The DevOps process in one graphic

DevOps vs. Agile

What Is Agile Development?

Agile software development methodology refers to software development life cycle methodologies based on iterative development, where requirements and solutions evolve through collaboration between self-organizing and cross-functional groups.

Agile methods or Agile processes usually promise a disciplined project management process that encourages frequent review and adaptation, a leadership philosophy that encourages cooperation and accountability, a group of engineering best practices meant to permit for the rapid delivery of high-quality software, and a business approach that aligns development with the customer requirements and business goals.

Agile development refers to any development method aligned with the Agile declaration’s ideas.

Is DevOps Used for Agile Methodology Only?

DevOps is an extension of Agile methodologies. DevOps addresses more topics than only your software development lifecycle (SDLC).

The implementation of DevOps processes without Agile methodologies will be harder. However, agile certainly compliments DevOps initiatives with its iterative processes over other SDLCs (i.e., the Waterfall model). Of course, you’ll still be able to succeed without following Agile methods, but software development projects typically realize more success with Agile practices.

In Which Industries Can You Find DevOps Practices?

DevOps has disrupted practically every industry that depends on software releases and delivery. Think about the different application delivery endpoints, including diverse devices, web, and mobile services. All of them can be developed using a DevOps approach.

What Are The Problems for Development Teams When Implementing DevOps Security?

Development teams adopting DevOps Security must overcome challenges mainly because of their existing business environments. Often, organizational siloed teams exist, which are a significant impediment to the success of DevOps. The largest problem is prioritizing the importance of products, projects, and applications. The monitoring and deployment tasks have to be performed at multiple ends.

Another big issue is the rework that needs to be done on existing applications. So often, companies gradually transition existing (or legacy) applications to the DevOps approach.

For the most important applications, teams can quickly implement DevOps, as many resources are available to implement the new processes. However, some applications might never be transitioned to DevOps. Therefore, their value might be lower than the cost of transitioning to DevOps.

In the end, DevOps streamlines automation processes to attain business agility and faster time to market. This helps deliver a product with total commitment and achieve better quality standards.

How Does DevOps Increase System Security in An Organization?

Here are 5 examples of how DevOps increases system security in any organization:

  • DevOps maximizes communications and the team’s visibility into the software lifecycle. This allows the team to spot security flaws and errors before the code is released into production.
  • DevOps maximizes task automation in the development environment, which drives consistency, quality assurance, and predictability. This leads to fewer human errors than in a manual process, which could impede security.
  • DevOps enables faster development and software delivery, which suggests faster debugging and fixing of security bugs (i.e., continuous development)
  • DevOps enables the utilization of standardized automation tools and frameworks. This helps quickly adopt any safer and more reliable tool for each step in the software lifecycle processes. This also helps not to be locked into outdated and non-secure tools and frameworks.
  • DevOps favors agile development with microservices and containers, which help isolate and secure applications from external attacks and human errors (in most cases). However, since these technologies break applications down into smaller components, it becomes more challenging to compromise the workflow or application in security attacks or errors.
Ebook about the prevention of the OWASP Top 10 threats

Prevention Guide

Big fat growing cybersecurity ebook

This ebook shows best practices and prevention techniques for keeping vulnerabilities away and securing your web apps.


FAQ: DevOps

What Is DevSecOps?

DevOps brings together Development and operations. DevSecOps adds security teams to the cross-functional teams. It aims to bring operations and development together, ensuring security during all the event process stages. Not to be mistaken with SecDevOps, where security is embedded in the software development process. 

The practice tries to automate core security tasks. These security controls and processes can be incorporated early within the DevOps workflow instead of attaching them at the end.

DevSecOps brings automation to security tasks from the beginning of the application delivery cycle. Therefore, it reduces the possibilities of inappropriate administration and mistakes, resulting in downtime or attacks. Automation also reduces the manual configuration of security consoles. Get insights and best practices on how to get started on DevSecOps, and what results to expect in the DevSecOps guide for business.

Below is a picture of the different measures of DevSecOps:

DevSecOps process explained with a diagram
DevSecOps process explained with a diagram

What Is CI/CD in DevOps?

CI/CD stands for Continuous Integration / Continuous Deployment. DevOps security, it is often used as a synonym for automating the software development lifecycle.

What Is Continuous Integration?

Continuous Integration (CI) automates the build and continuous code testing when a team member commits changes to version control. CI encourages developers to share their code and unit tests by merging their changes into a shared version control repository after every small task completion. Committing code triggers an automatic build system to grab the newest code from the shared repository and create, test, and validate the complete master branch (referred to as the trunk or main).

CI emerged as a best practice because software developers often work in isolation, so they must integrate their changes with the remainder of the team’s codebase. However, waiting days or weeks to integrate code creates many merge conflicts, finding bugs, diverging code strategies, and duplicated efforts. To avoid these problems, CI enables the team’s code to be merged continuously to a shared version control branch.

What Are Microservices?

Microservice design, or just microservices, is a distinctive methodology for developing software in small packages. These packages contain single-function modules with well-defined interfaces and operations. The trend is growing as enterprises seek to become more agile and move towards DevOps principles and continuous testing.

What Are Containers?

Containers create an abstraction layer between the IT infrastructure and the software. This enables developers and DevOps engineers to describe the software environment independent of the infrastructure used. In addition, this abstraction makes it very easy to move software between different environments.

What are the skills required for DevOps engineers?

A DevOps engineer must possess several core competencies. First, they must be familiar with various coding languages, including C, Java, PHP, JavaScript, Perl, Python, and Ruby. They must also have experience with databases and web servers.

Second, they must be comfortable with version control systems like Git, Subversion, Mercurial, and Perforce. Third, they need to be familiar with CI/CD tools like Jenkins, TeamCity, Bamboo, and CircleCI. Finally, they must know networking protocols like TCP/IP, UDP, ICMP, and IPsec.

Get a quick security report for your website for free now

We are analyzing
Scanning target
Scan status: In progress
Scan target:
Date: 30/11/2023
Crashtest Security Suite will be checking for:
Information disclosure Known vulnerabilities SSL misconfiguration Open ports
Complete your scan request
Please fill in your details receive the
quick security audit by email.
Security specialist is analyzing your scan report.
То verify your identity please provide your phone/mobile:
Thank you.
We have received your request.
As soon as your security audit is ready, we will notify you.