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Minimizing Misconfiguration Risks Using DevOps Approach

Misconfigurations in technology systems can pose significant threats to system reliability, security and performance. These risks no matter where they are, in faulty infrastructure setups, application configurations or deployment processes can result in costly downtime, data breaches and consequently customer dissatisfaction. DevOps adoption has emerged as a saviour to these complications, providing a holistic approach for regulating misconfigurations throughout the software development lifecycle.

In this blog, we’ll closely look at some of the key DevOps Techniques that can help in combating the risks brought by misconfigurations. Here, we’ll discuss different ways in which DevOps solutions can help overcome these problems by continuous monitoring, introducing automation and DevOps configuration management techniques and much more.

Misconfiguration Risks Using DevOps Approach

DevOps Techniques to Minimize Misconfiguration Risks

These DevOps principles would quickly eliminate security misconfiguration vulnerabilities by enabling the synergy between collaboration, automation and continuous monitoring through all the phases of the software development life cycle. Here’s how DevOps can reduce misconfiguration errors.

  • Infrastructure as Code (IaC)
    DevOps operations involve the usage of Infrastructure as Code (IaC) tools such as Terraform, Ansible or Chef for specifying and deploying infrastructure in a seamless and automated manner. With the help of the coding process, teams can easily trace the infrastructure configurations and replicate these in new environments automatically. Thus this results in the elimination of the manual configuration mistakes.
  • Automation
    DevOps applies automation as one of its principles. Automated CI/CD pipelines, which conduct various build, test, and deploy steps, lead to fewer human error possibilities in those processes in comparison to manual jobs. Automated testing which especially includes configuring tests and security & compliance checks, enables the detection of security misconfigurations at the early stage of the development lifecycle.
  • Version Control
    DevOps also paves the way for continuous integration and delivery by coding the application as well as the infrastructure in version control. Version control systems like Git equip teams with the means to follow changes and go back to older versions of the files, to work together efficiently. The configuration of the latest code changes and all modifications is tracked to ensure that reviews happen before deployment. This ensures error-free deployments.
  • Configuration Management
    Tools like Puppet, Chef and Ansible help to achieve compliance with the regulations of software configuration management. However, configuration drift, which makes configurations depart from the desired state for some time, is reduced by using automatic configuration practices.  
  • Continuous Monitoring
    The DevOps principle places extreme importance on continuous monitoring of both applications and infrastructure to detect and resolve errors & vulnerabilities long before they occur. Monitoring tools give visibility to the deviations in configuration and alert team members when any deviation occurs in configurations. This reduces the chances of misconfigurations to take place or the security of the system getting hampered.
  • Security Practices
    Among DevOps security practices are security measures incorporated through the development life cycle including configuration security. Automated security scans and compliance checks are integrated into the CI/CD pipeline to identify misconfigurations & vulnerabilities in the beginning stages of SDLC. Furthermore, security audits and control checks are continuously done to keep configurations in compliance with industry standards and best practices.
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