Enterprises that are already leveraging DevOps on various cloud platforms spin up the virtual machines, and deploy the workloads seamlessly. However, security is often missed out in this entire process. To ensure that the mission-critical applications are fortified with military-grade security, it’s the need of the hour for enterprises to shift from DevOps to DevSecOps. DevSecOps not only ensures a secure application delivery, but also a much quicker time to market. By proactively adopting DevSecOps and redefining their operations, engineering and security to work in cohesion, organizations can achieve unparalleled levels of success.

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DevSecOps By Cloud4C

The concept of Security is not accorded a high priority in DevOps implementation and is often viewed as a roadblock to rapid development of customized software and business applications. This makes organizations susceptible to the risk of threats and Vulnerabilities.

DevSecOps incorporate security as a major component of the DevOps practices through continuous monitoring, assessment and analysis, and ensures that all risks are promptly remediated

DevSecOps majorly focuses on tackling DevOps Automation security issues, such as conguration management, composition analysis and others.

Security Engineering, Security Operations, Compliance Operations and Security Science are the four major components infiuencing DevSecOps implementation.

An effective DevSecOps approach includes:

  • Analysis of code: This enables the quick identification of vulnerabilities through the delivery of code in small chunks.

  • Change management: This enables users to not only submit changes which can increase the speed and efficiency, but also determine if the impact of the changes is positive or negative.

  • Monitoring compliance: Organizations should be compliant with regulations such as General Data Protection Regulation (GDPR) and Payment Card Industry Digital Security Standard (PCI DSS) and be prepared for audits any time by the regulators.

  • Investigating threats: Each code update is accompanied by potential emerging threats. It is very important to identify these threats at the earliest and respond immediately.

  • Vulnerability assessment: This involves the analysis of new vulnerabilities and the response to them.

  • Training: Organizations need to involve their software and IT engineers in security-related training and equip them with the guidelines for set routines.

Transition from DevOps to DevSecOps Involves Consideration of Three Key Steps:

Assessment of Current Security Measures: Threat modeling and risk assessments help security teams in analyzing the sensitivity levels of an organization's assets and likely threats.

Merging Security into DevOps: This leads to the examination of the development workflow and ensuring minimal disruptions through incorporation of security practices and automation.

Integrating DevSecOps with Security Operations: Continuous monitoring of any security concerns during development and ensuring a quick response are key for integrating security operations with the DevSecOps approach.

DevSecOps By Cloud4C - Benefits

  • Increased collaboration between the development, security and operations teams

  • Elimination of security threats and Vulnerabilities at an early stage

  • Greater agility and speed

  • Opportunities for quality assurance testing and automated builds

  • Automatic Security of Code

  • Continuous Security Enablement

  • 3500 Enterprises

  • Industry/ Region Compliant ISO Certifications

  • 40+ Security Controls