Over the past few years, organizations have been utilizing DevOps as their essential part of business infrastructure. Securing software development and deployment channels against cyberattacks has become more concerning point than ever. While attackers are becoming desperate to get into your systems, at that time, securing sensitive data with a high-end approach could be the best option. Expanding security to enterprise functions such as artifacts, workloads, and development environments may seem an insurmountable task today.
Having several tools to secure the entire enterprise IT infrastructure, brings businesses one step closer to their resilience, which is by understanding the concept of DevSecOps and its factors.
As per the study of Uber Security Breach in 2017, it is found that during that, attackers disclosed personal data of 57 million customers and 600,000+ drivers, which cost around USD 100,00 of loss to the company. The reason behind that attack is the failure of engineers because they lacked in updating their GitHub’s credentials. In 2018, Tesla’s cloud security (Specifically, Kubernetes Cluster) was compromised by attackers, and they mined Tesla’s cryptocurrency data. Same way, at FedEx, one cyber-attack disclosed around 119,000 individuals' data at a certain level.
According to the survey of Logz.io on DevOps Pulse in 2020, they found that only 3% of global organizations are using DevSecOps in their business infrastructure alongside the rise of DevSecOps adoption at a slow pace.
This article contains all information about the DevSecOps platform, such as importance, tools, lifecycle, and best practices.
Understanding DevSecOps and Its Challenges:
DevOps and DevSecOps are two different entities, while first one focus on reducing the product’s time-to-market, another one adds a security layer across the SDLC. DevSecOps pipeline can be utilized through the following security checklist, measures, controls, tools, and approaches across the DevOps pipeline.
DevSecOps is an evolution and a value, which secures the Software Development Life Cycle as the priority. It takes software development privacy concern as every developer’s responsibility in keeping security at each implementation step.
For developers to implement the lifecycle of observing, analyzing, and monitoring code with a presumed checklist for identifying and tackling errors at the initial stages is quite a challenging task. But that can be made easy by implementing DevSecOps over DevOps.
Importance of DevSecOps:
In the standard DevOps platform, there was no such thing as security operations. After DevSecOps's introduction, the arising DevOps security challenges have been solved. It enables a continuous testing process for the DevOps team while keeping security measures in mind to quickly deliver more applications without compromising in cybersecurity.
6 Best Practices for DevSecOps:
Use A Shift Left Software Testing Approach:
It provides security across each stage of the software development process. It ensures the quality, testing process, and security controls are kept as it is till the completion of software production.
Integrating Threat Modeling Approach:
This model help developers and security professionals to identify security loopholes and write code considering best protection policies from the hacker’s perspective. A threat modelling mechanism is a DevSecOps best practice for reviewing each security code written by developers.
Developer Training Program:
It is essential to implement developers’ training programs for any organization and help developers learn and follow DevOps security best practices. This program improves the knowledge of developers in the area of security best practices.
Utilizing Security Vulnerability Tools:
Vulnerabilities in the system reside in many forms, such as flaws in code, applications, libraries, and operating systems related licensing. In the market, various application security tools available that can find security-related bugs and vulnerabilities resided in the software development pipeline. Many tools can automate bug finding processes and save developers and test engineers' time.
Leverage Bug Bounty Programs:
This program encourages security experts to perform challenging testing processes to fetch extreme bugs and security loopholes.
Write Security-as-Code:
This practice implements security measures first and then starts developing other features. Security-as-code help developers to find code vulnerabilities at the initial stages. They can also add security measures to manage further security flaws or irregularities.
Conclusion:
In a traditional DevOps process, all testing work is done after the completion of particular feature development. On the other hand, DevSecOps allows organizations to embed security checkpoints before functions’ implementation and saves a lot of developers’ time in finding small to major bugs.
After reading this, you must be thinking to implement DevSecOps for your business IT infrastructure. CloudStakes Technology provides the best managed it services in India. Contact us today to know more about our DevOps services & solutions.
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