eiliana-free-payment-withtrans eiliana-free-payment-withtrans

Why Organizations Hire DevOps Developers to Eliminate Performance Silos

DevOps developers play a critical role in supporting the product development and maintenance teams by providing the required technologies, resources, and support. The increasing demand for DevOps developers, commonly called DevOps engineers, denote the increasing dependency of software development companies on DevOps. DevOps, the optimized combination of advanced tools and practices, effectively increases an organization’s capabilities to deliver performance-oriented applications and dependable services faster than the traditional practices for software development. DevOps removes all the silos between teams, development, and operations.

Benefits of Hiring DevOps for Software Development

There are four pillars of the project development team- front-end developers, back-end developers, full-stack developers, and DevOps developers. Out of these, DevOps developer is relatively a new role dedicated to assisting the rest of the three. DevOps is the unification and automation of software development processes; and DevOps developers are instrumental to combine code, application management, application maintenance. The top benefits that encourage businesses to hire DevOps developers are-

  • Circle ArrowIncreased agility in software development
  • Circle ArrowFaster speed of development & deployment processes
  • Circle ArrowImproved coordination of operations teams and development teams
  • Circle ArrowBetter balance in development for new features, advanced technologies, and stability
  • Circle ArrowImproved reliability of services
  • Circle ArrowEnhanced customer satisfaction
  • Circle ArrowAutomated continuous integration
  • Circle ArrowAI driven continuous delivery
  • Circle ArrowFewer bottlenecks
  • Circle ArrowContinuous innovation for quality improvement

Benefits of Hiring DevOps for Software Development

There are four pillars of the project development team- front-end developers, back-end developers, full-stack developers, and DevOps developers. Out of these, DevOps developer is relatively a new role dedicated to assisting the rest of the three. DevOps is the unification and automation of software development processes; and DevOps developers are instrumental to combine code, application management, application maintenance. The top benefits that encourage businesses to hire DevOps developers are-

  • Circle ArrowIncreased agility in software development
  • Circle ArrowFaster speed of development & deployment processes
  • Circle ArrowImproved coordination of operations teams and development teams
  • Circle ArrowBetter balance in development for new features, advanced technologies, and stability
  • Circle ArrowImproved reliability of services
  • Circle ArrowEnhanced customer satisfaction
  • Circle ArrowAutomated continuous integration
  • Circle ArrowAI driven continuous delivery
  • Circle ArrowFewer bottlenecks
  • Circle ArrowContinuous innovation for quality improvement

Roles of DevOps Developers

The role of DevOps developers is critical to a project’s success right from strategic planning to supporting primary KPI for productivity and customer satisfaction. The enterprises hire DevOps developers for an essential role of integrating the resources and functions all across the product development life cycle covering planning, building, testing, deployment, monitoring, and support. DevOps developers are expected to be conversant with all the advanced IT operations aspects. The key roles of DevOps developers are-

  • Triangle ArrowUnderstanding project KPIs in line with customer’s requirements
  • Triangle ArrowImplementing development, testing, and automation tools
  • Triangle ArrowDeployment of required IT infrastructure
  • Triangle ArrowPlanning and managing the team structure, activities, and project development activities
  • Triangle ArrowManaging external interfaces and stakeholders
  • Triangle ArrowChoosing and implementing the best tools for overall success in project development
  • Triangle ArrowManaging the development, testing, release, update, & support processes for DevOps teams
  • Triangle ArrowReviewing, verifying, and validating the software codes
  • Triangle ArrowTroubleshooting and fixing code bugs
  • Triangle ArrowMonitoring and managing the entire lifecycle process ensuring minimum wastage
  • Triangle ArrowDeveloping automated processes to speed up the progress
  • Triangle ArrowDeploying the robust cybersecurity measures as per vulnerability/risk assessment reports
  • Triangle ArrowIncidence management, proactive action, and root cause analysis
  • Triangle ArrowCoordination and communication with all the stakeholders
  • Triangle ArrowDeployment of rightly chosen CI/CD tools
  • Triangle ArrowManaging and improving CI/CD pipeline
  • Triangle ArrowMentoring the team members
  • Triangle ArrowScaling customer experience & monitoring KPIs for further improvement
  • Triangle ArrowManaging scheduled reporting about the project progress

Roles of DevOps Developers

The role of DevOps developers is critical to a project’s success right from strategic planning to supporting primary KPI for productivity and customer satisfaction. The enterprises hire DevOps developers for an essential role of integrating the resources and functions all across the product development life cycle covering planning, building, testing, deployment, monitoring, and support. DevOps developers are expected to be conversant with all the advanced IT operations aspects. The key roles of DevOps developers are-

  • Triangle ArrowUnderstanding project KPIs in line with customer’s requirements
  • Triangle ArrowImplementing development, testing, and automation tools
  • Triangle ArrowDeployment of required IT infrastructure
  • Triangle ArrowPlanning and managing the team structure, activities, and project development activities
  • Triangle ArrowManaging external interfaces and stakeholders
  • Triangle ArrowChoosing and implementing the best tools for overall success in project development
  • Triangle ArrowManaging the development, testing, release, update, & support processes for DevOps teams
  • Triangle ArrowReviewing, verifying, and validating the software codes
  • Triangle ArrowTroubleshooting and fixing code bugs
  • Triangle ArrowMonitoring and managing the entire lifecycle process ensuring minimum wastage
  • Triangle ArrowDeveloping automated processes to speed up the progress
  • Triangle ArrowDeploying the robust cybersecurity measures as per vulnerability/risk assessment reports
  • Triangle ArrowIncidence management, proactive action, and root cause analysis
  • Triangle ArrowCoordination and communication with all the stakeholders
  • Triangle ArrowDeployment of rightly chosen CI/CD tools
  • Triangle ArrowManaging and improving CI/CD pipeline
  • Triangle ArrowMentoring the team members
  • Triangle ArrowScaling customer experience & monitoring KPIs for further improvement
  • Triangle ArrowManaging scheduled reporting about the project progress

DevOps Principles & Methodologies DevOps Engineers Follow

DevOps is a mindset for effective collaboration, sharing, openness, communication with a holistic approach for software development. The success of DevOps engineers depends upon adopting the nine principles of DevOps-

  • Circle ArrowIncremental Releases
  • Circle ArrowEncouragement to Automation
  • Circle ArrowDevOps Pipeline (Write code, build to check errors, run QA test, deploy)
  • Circle ArrowContinuous Integration (CI) to make sure that that source code follows standards
  • Circle ArrowContinuous Delivery (CD) when continuous integration is not enough
  • Circle ArrowContinuous Monitoring
  • Circle ArrowFeedback Sharing
  • Circle ArrowVersion control (Source control)
  • Circle ArrowCollaboration

DevOps methodology gained the large-scale attention of developers almost a decade back. Today, almost all software development companies and full stack developers adopt DevOps methodologies for successful product development and deployment. DevOps model comprises planning, building, products testing, product deployment, product release, and performance monitoring through active collaboration between team members. Commonly followed methodologies for DevOps are-

  • Circle ArrowDevOps developers demonstrate a long-term vision for product development and team culture.
  • Circle ArrowIn DevOps culture, products are developed to support the modular process of independent testing and release.
  • Circle ArrowA software version management (SVM) system is adopted to managing all the code image changes.
  • Circle ArrowCI builds are fast to complete the incremental builds in minimum time.
  • Circle ArrowNew units and functional regression tests are run together
  • Circle ArrowA standard test script is used to standardize test script creation.
  • Circle ArrowBlue/green A/B testing methods are followed for deployment verification in a staging environment prior to making an environment live.
  • Circle ArrowThe system configuration inventory is stored in a configuration management database (CMDB).
  • Circle ArrowInfrastructure changes are automated by using advanced configuration management tools.

DevOps Principles & Methodologies DevOps Engineers Follow

DevOps is a mindset for effective collaboration, sharing, openness, communication with a holistic approach for software development. The success of DevOps engineers depends upon adopting the nine principles of DevOps-

  • Circle ArrowIncremental Releases
  • Circle ArrowEncouragement to Automation
  • Circle ArrowDevOps Pipeline (Write code, build to check errors, run QA test, deploy)
  • Circle ArrowContinuous Integration (CI) to make sure that that source code follows standards
  • Circle ArrowContinuous Delivery (CD) when continuous integration is not enough
  • Circle ArrowContinuous Monitoring
  • Circle ArrowFeedback Sharing
  • Circle ArrowVersion control (Source control)
  • Circle ArrowCollaboration

DevOps methodology gained the large-scale attention of developers almost a decade back. Today, almost all software development companies and full stack developers adopt DevOps methodologies for successful product development and deployment. DevOps model comprises planning, building, products testing, product deployment, product release, and performance monitoring through active collaboration between team members. Commonly followed methodologies for DevOps are-

  • Circle ArrowDevOps developers demonstrate a long-term vision for product development and team culture.
  • Circle ArrowIn DevOps culture, products are developed to support the modular process of independent testing and release.
  • Circle ArrowA software version management (SVM) system is adopted to managing all the code image changes.
  • Circle ArrowCI builds are fast to complete the incremental builds in minimum time.
  • Circle ArrowNew units and functional regression tests are run together
  • Circle ArrowA standard test script is used to standardize test script creation.
  • Circle ArrowBlue/green A/B testing methods are followed for deployment verification in a staging environment prior to making an environment live.
  • Circle ArrowThe system configuration inventory is stored in a configuration management database (CMDB).
  • Circle ArrowInfrastructure changes are automated by using advanced configuration management tools.

DevOps Technology Stack

Organizations willing to modernize software development processes and delivery platforms to create a future-promising DevOps culture, adopting objective-oriented advanced tools, associated with concerned productivity gains, is crucial. Here, I list five tool types most integrated by DevOps specialists into DevOps technology stack:

  • Distributed version control with technologies like Git, Atlassian Bitbucket, GitHub, AWS CodeCommit, GitLab

AWS CodeCommit, a secure, scalable, and managed source control service, hosts the private Git repositories. CodeCommit eliminates the need to manage source control system to scaling infrastructure.

  • Continuous integration servers supported with tool and technologies like JetBrains TeamCity, CloudBees Core, Atlassian Bamboo, Shippable, Concourse CI

Concourse, expressive, versatile, and safe, remains intuitive with the increasing complexity of project. It is a simple mechanism of tasks, jobs, and resources.

  • Container and container orchestration tools like Docker, The LXC Linux Container, Apache Mesos, Containerd, rkt, etc

The widely used Linux container runtime consists of tools, libraries, templates, and language bindings. LXC provides basic functionality used by LXD.

  • Configuration management technology like Ansible, Puppet, SaltStack, Fabric, CA Unified Infrastructure Management
  • JSON and NoSQL servers tools and technologies like Apache Cassandra, MongoDB, Redis, Couchbase, ArangoDB, etc 

JavaScript Object Notation (JSON) is a lightweight data-interchange management format. Based on JavaScript Programming Language subset, JSON is used to transmit data in web applications

DevOps Technology Stack

Organizations willing to modernize software development processes and delivery platforms to create a future-promising DevOps culture, adopting objective-oriented advanced tools, associated with concerned productivity gains, is crucial. Here, I list five tool types most integrated by DevOps specialists into DevOps technology stack:

  • Distributed version control with technologies like Git, Atlassian Bitbucket, GitHub, AWS CodeCommit, GitLab

AWS CodeCommit, a secure, scalable, and managed source control service, hosts the private Git repositories. CodeCommit eliminates the need to manage source control system to scaling infrastructure.

  • Continuous integration servers supported with tool and technologies like JetBrains TeamCity, CloudBees Core, Atlassian Bamboo, Shippable, Concourse CI

Concourse, expressive, versatile, and safe, remains intuitive with the increasing complexity of project. It is a simple mechanism of tasks, jobs, and resources.

  • Container and container orchestration tools like Docker, The LXC Linux Container, Apache Mesos, Containerd, rkt, etc

The widely used Linux container runtime consists of tools, libraries, templates, and language bindings. LXC provides basic functionality used by LXD.

  • Configuration management technology like Ansible, Puppet, SaltStack, Fabric, CA Unified Infrastructure Management
  • JSON and NoSQL servers tools and technologies like Apache Cassandra, MongoDB, Redis, Couchbase, ArangoDB, etc 

JavaScript Object Notation (JSON) is a lightweight data-interchange management format. Based on JavaScript Programming Language subset, JSON is used to transmit data in web applications

Concluding Note:

DevOps is a powerful approach for product development that drives in multiple benefits for enterprises. Achieving high performance efficiency for product development and deployment depends on adopting the best DevOps practices and following the standard methodologies with an agile mindset. DevOps developers and full stack developers use different DevOps tools to perform the best for 100% end-user satisfaction. The top DevOps technologies you can rely on beyond the year 2022 are SolarWinds DevOps, Datadog, Embold, Vagrant, PagerDuty, Prometheus, etc.

New Freelancers & Projects Are Waiting for You

Sign up now to take your business or career to the next level.

blog-girl

Turn Your Innovative Ideas into Successful Reality

Build and scale with the world’s most skilled and seasoned tech remote talent. Thousands of startups, small businesses, and enterprises use our one-of-a-kind work marketplace to get their job done. Post your projects at Eiliana. Collaborate seamlessly with world-class individual experts to convert your best idea into reality.

  • Post a job for free and only pay for work you’re satisfied with.
  • Access global talent for tech projects of any size and budget
  • Find freelancers in the most demanded skills of the future
  • Access to interesting features like easy payments, the scope of work, dispute assistance, multiple pricing models, and more.
  • 24*7 support is always available to assist you, anytime, anywhere.