6 DevOps Best Practices that Will Be Crucial in 2023

Are you familiar with DevOps? It refers to a slew of best practices designed to streamline software development. Would you like to know which methods are the most successful when working with DevOps? Here are the five stages of DevOps:

Discover all the information you require in the text below and find the answers you seek.

DevOps, which stands for Development and Operations, aims to enhance the efficiency and effectiveness of service delivery to customers by integrating and automating processes between the two departments. The DevOps approach leverages automation and integration to minimise manual labour, enhance collaboration, and improve responsiveness to customer demands. Adopting DevOps practices help organisations to save development time, improve product quality and reliability, and elevate customer satisfaction. Overall, DevOps empowers businesses to efficiently deliver services that cater to customer requirements and exceed their expectations.

With the incorporation of DevOps best practices, organisations can swiftly, effortlessly, and accurately launch new software. DevOps streamlines and automates the software development life cycle (SDLC) so that development teams can establish efficient processes that enhance productivity. As a result, companies can accelerate and automate SDLC with DevOps, allowing for the timely delivery of high-quality software.

DevOps has gained widespread application in various industries, including commerce, healthcare, finance, academia, and technology. The implementation of DevOps offers numerous advantages, such as:

  • Facilitating the efficient and dependable delivery of high-quality software.
  • Promoting improved communication and collaboration among the design, operations, and quality assurance departments.
  • Enhanced team planning and time management capabilities.

For developers, having expertise in DevOps is crucial to the success of application development. By embracing DevOps principles and technologies, teams can build successful applications with confidence.

The Top Six DevOps Guidelines

  1. Implementing Agile Project Management

    When studying the successes of major corporations like Google, Microsoft, and Facebook, one may wonder why they are continuously introducing or upgrading their products. The answer lies in the highly competitive nature of the business world, where these corporations must remain technologically advanced to remain relevant. By frequently rolling out new products or updates, they can ensure that customers have access to the latest offerings while maintaining an edge over their competition. In addition, introducing new products or services enables these companies to acquire new customers, increase their market share, and grow their businesses.

    The solution is adopting Agile Project Management. This iterative approach encourages software development teams to be more efficient, collaborative, and adaptable to rapidly evolving market conditions. Through Agile Project Management, teams can enhance productivity, foster better communication, and quickly respond to changes to stay competitive.

    The Waterfall methodology, unlike the Agile approach, is characterised by long release cycles and distinct stages. Agile employs two of its frameworks, Kanban and Scrum, to accomplish tasks. According to research, Agile projects have a success rate that is approximately 1.5 times greater than those completed in a Waterfall environment.

    Implementing Agile Project Management with limited approaches
    • At this stage, it is crucial to provide a comprehensive overview of the entire project, including the customers, product features and advantages, goals, and strategies. It is imperative to have a complete understanding of the project and its implications to ensure success. Identify the customer, the products or services being offered, and their associated benefits. Moreover, it is essential to outline project goals and strategies to provide the team with a clear understanding of the objectives and plans. This information will help create a comprehensive understanding of the project, enabling the team to monitor progress and make necessary adjustments.
    • Developing a software program necessitates the coordination of a team of individuals. To ensure the successful completion of the project, it is vital to establish a process that will guide the team through the various stages of development. A four-step process can be employed, including “To Do,” “In Progress,” “Under Review,” and “Complete.” This process will provide a clear direction for the team to follow throughout the development process, facilitating progress monitoring and adjustments as necessary. By utilising this four-step process, the team can efficiently achieve a successful outcome.
    • Regular team “stand-ups” should be conducted to discuss the team’s work and any issues they are experiencing in implementing it.
    • To enhance productivity and accelerate progress towards goals, breaking them down into smaller, more manageable tasks is recommended. Utilising techniques such as “stories,” “epics,” and “initiatives” can achieve the same objectives in an efficient manner. This approach allows the team to concentrate on the current task and accomplish the objective within a reasonable timeframe.
  2. Implement App-Level Security Measures

    When designing an application, information security should be a top priority, as research has shown that nearly half of businesses surveyed have experienced a data breach. It is crucial that developers ensure security measures are integrated into the development process to safeguard sensitive data and decrease the likelihood of breaches.

    Before DevOps emerged, security considerations were frequently overlooked until the final stages of the development process. However, with a DevOps philosophy, incorporating security measures into application development from the initial stages has become essential.

    The development of DevSecOps was motivated by security vulnerabilities.

    DevSecOps offers limited implementation alternatives.
    • Address any concerns you may have regarding the system’s safety.
    • By automating security operations, you can minimise the risk of human error, system downtime, and security breaches.
    • Review the staging, integration, and live environments for any security vulnerabilities.
    • Enhance the security expertise of your in-house DevOps team by providing training.
  3. Using the Appropriate Tools for Correct Program Building

    To efficiently develop high-quality software, businesses should use the appropriate set of DevOps tools at every stage of the DevOps cycle. The DevOps cycle stages consist of designing, developing, integrating, deploying, monitoring, operating, and giving feedback. By employing the right tools for each stage, businesses can expedite the development process, resulting in top-notch software.

    DevOps is a set of tools and practices that facilitate collaboration between development and operations teams throughout the entire software development life cycle. The toolchain is highly customisable, enabling organisations to tailor it to their specific needs and preferences. The implementation of DevOps enables teams to deliver software that meets customer requirements and adds value to the organisation more quickly and efficiently.

    Instances of Toolchains in Action are Rare
    • By utilising Jira Software, you can divide the work into more manageable chunks, expediting the deployment process. Slack can aid in improving productivity, reducing release cycles, and promptly addressing issues by enabling efficient collaboration between teams across departments.
    • Creating separate development environments for your operations and developers’ teams is crucial for ensuring the success of your development operations. Advanced tools such as Puppet and Chef can be used for the operations team, while Kubernetes and Docker are recommended for the developers’ team. Kubernetes is especially important to DevOps, so reading the accompanying article is highly recommended to gain a better understanding of its significance.
    • Tools such as Jenkins and Bitbucket can assist in automating your code from testing to production.
    • By utilising Bitbucket and AWS CodePipeline, you can have a comprehensive solution for managing your code repository and pipeline. These tools provide a unified interface that allows you to effortlessly monitor all changes, pull requests, and deployment notifications. This integrated approach simplifies tracking the progress of your project and ensuring everything operates smoothly.
    • You can achieve a more streamlined process for collecting and evaluating feedback by integrating your chat application with survey platforms through tools like GetFeedback, Slack, or Pendo. Additionally, connecting your live chat service with social media platforms such as Facebook and Twitter will allow you to receive immediate user feedback.
  4. Implementing Continuous Integration and Continuous Delivery (CI/CD)

    Continuous Integration (CI) is a development process in which developers frequently commit their latest code changes to a shared repository. This process enables regular updates and ensures code is up-to-date. On the other hand, Continuous Delivery (CD) automates the software delivery process by testing the code and ensuring it is bug-free before delivering the integrated code to production on time.

    Implementing a Continuous Integration and Continuous Delivery (CI/CD) pipeline can accelerate the final product’s delivery to clients. CI/CD tools can quickly detect errors through automated testing, providing developers with a comprehensive overview of any issues and faster feedback on the quality and impact of code. The CI/CD implementation process comprises four stages: commit, build, test, and production deployment.

    Tools that can aid in CI/CD include:
    • Jenkins’ numerous capabilities and interfaces can enable the automation of the software development life cycle.
    • Docker offers a robust tool to expedite the testing and release of web applications. By creating test nodes and storing test artefacts in a central repository, it can significantly enhance the process’s efficiency. If you wish to learn how to utilise Docker for testing and releasing web applications, we highly recommend reading this article.
    • Jenkins or Cruise Control can be used to host your own CI/CD application.
  5. Implementing Observability

    Cloud and microservice architecture can be complex for DevOps teams to comprehend. To gain a better understanding of this architecture, DevOps teams should consider establishing observability as a crucial DevOps practice. Implementing observability will enable them to gain a more comprehensive understanding of cloud and microservice architecture.

    Examples of observability implementations include:
    • Choose an observability platform that can satisfy your future setting demands while also fitting within your budgetary constraints.
    • Selecting a platform that is capable of performing multi-dimensional data analysis and providing meaningful insights is crucial for ensuring optimum performance. This platform should also allow for unique metric aggregation, enabling you to promptly identify and resolve any potential performance issues. Implementing such a platform will enable you to maximise your data and ensure that your system is operating at its peak.
    • For your observability platform to operate efficiently, data from all systems and components must be gathered and stored in a single location.
    • Kubernetes observability, Splunk, Dynatrace, Honeycomb, and New Relic are among the most reliable observability technologies available.
  6. Implementing Canary and Feature Flags to Regulate Code Releases and Deployments

    Deployment involves moving a team’s developed code to its ultimate destination, where it can be executed, such as on a server, client, or user device. By implementing feature flags and canary releases, which are DevOps’ recommended best practices, teams can safely and efficiently deploy and release code.

Implementing Feature Flags and Early Releases for Testing Changes

Integrating feature flags into source code enables developers to assess the latest features before making them public. This helps in identifying and resolving issues prior to deployment, resulting in improved problem-solving. Additionally, this development method allows developers to enhance their applications without interrupting their workflow. The use of feature flags can also enhance the codebase’s stability and performance.

Integrating feature flags into code allows developers to send out identical copies of the same code to various environments, which can be accomplished by implementing if/else expressions within the code. To ensure that all feature flags function as intended, custom conditional statements and command scripts can be utilised to monitor and track them.

“Canary Release” is the process of introducing new codes or features to a select group of users to gauge their response and ensure that the updated codes or features are functioning properly. DevOps teams frequently employ this technique to assess the effectiveness of new feature rollouts prior to releasing them for widespread use. If difficulties arise with the new feature, it can be safely disabled without impacting the existing feature. To conduct a successful canary deployment, one can utilise various tools such as load balancers, Amazon Web Services, and Kubernetes. This involves creating a duplicate of the live server and dividing the user base between two copies hosted on different load balancers.


Implementing DevOps is an ongoing process that is an essential component of IT, helping organisations achieve their goals by driving significant technological advancements. DevOps empowers organisations to adjust their operations to the ever-changing technological landscape and remain competitive.

By embracing and implementing the DevOps best practices outlined in this article, Development and Operations teams can enhance the efficiency, performance, and reliability of the software development lifecycle. This would enable better collaboration between the two teams, facilitating more agile and effective work practices.

Are you seeking a cost-effective approach to attract and hire exceptional DevOps professionals? If that’s the case, you’ll be pleased to learn that Works is an excellent choice. We offer a streamlined recruitment process for identifying and engaging remote DevOps engineers with extensive experience. You can assemble your ideal team of remote DevOps engineers in just a few days with Works. Rest assured that your recruitment efforts will be successful with our platform.


  1. Effective DevOps Practices for Enhanced Application Performance

    Discover the top six DevOps practices for enhancing application performance:
    • Get on Board with the Agile Project Management Movement
    • Implement Application-Level Security Measures
    • Ensure the Use of Dependable Methods for Building the Application.
    • Integrate CI/CD Practices into Your Workflow.
    • Establish a Monitoring System.
    • Employ Canary Releases and Feature Flags.
  2. The DevOps community is currently asking a pressing question: what lies ahead?

    DevOps plays a critical role in the software industry and continuously evolves to meet the changing needs of businesses. Therefore, it is essential for organisations to stay informed about the latest DevOps advancements in order to maintain a competitive edge. By keeping up with industry developments, businesses can maximise the benefits of available technology.

    Here are some current trends in DevOps:
    • Serverless Computing
    • Microservices-Based Design
    • No-Code/Low-Code Platforms and Tools
    • DevSecOps
    • Integrating Kubernetes with GitOps
    • Machine Learning and AI

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