How To Implement DevSecOps In Your Existing DevOps Workflow

How To Implement DevSecOps In
Your Existing DevOps Workflow?
When done correctly, DevOps integration should bring amazing results to any organisation. The
most popular benefits of DevOps implementation include improved collaboration between
teams, faster time to market of newly developed features, enhanced overall productivity and
better customer satisfaction.
However, all these positive outcomes can go in vain if security isn't prioritised for your company.
Focusing on DevOps without considering security can be a dangerous gamble. So what can you
do to integrate security in a DevOps workforce?
Enter DevSecOps!
"Sec" in the DevSecOps stands for the security component in the DevOps workflow. This
security component can be Falcon to your Captain America- a trusty partner providing
consistent backup,
This blog will discuss a detailed overview of the DevSecOps approach to help to create your
own implementation methodology.

What is DevSecOps?
DevSecOps injects security in every stage of the DevOps lifecycle. The primary goal of
DevSecOps is to provide rapid and secure code delivery. It introduces a culture in an
organisation where everyone is responsible for taking care of security components.
Therefore, with DevSecOps, you are not saving the security analysis for the final stages of the
software development lifecycle.
Like DevOps, DevSecOps also leverages Agile methodology and a set of IT management tool
to introduce speed, automation and agility in the entire workflow.
Benefits of implementing DevSecOps in Your SDLC Pipeline
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Swift and economical software delivery
Better collaboration and enhanced security
Accelerated security patching and rapid vulnerability management with vulnerability
scanning.
Automated process reducing error-prone manual interference.
Adaptable process
Security Components In DevSecOps
IDE (Integrated development environment)
It is a security testing application that includes a source code editor, debugger and automation
tools used in software development. Performing tests on IDE leads to developing robust
applications or software with inbuilt security features that align with the unique business
requirements.
Also read: Do You Need Data Compliance For Your Organization
Scanning tools
With scanning tools, you can analyse, detect and discover code vulnerabilities and bugs at
every stage of SDLC. It is a highly beneficial tool recommended for static source code analysis.
With scanning tools, you can integrate highly customised scanners in your DevSecOps workflow
efficiently search and discover predefined vulnerabilities and errors.

Pentesting
Pen testing can be easily integrated into your DevSecOps environment. This component brings
incredible value to different teams working towards software development. Pentesting is ideal
for detecting change exploits and business logic issues. It is a powerful defence tool when it
comes to detecting vulnerabilities that escape automatic checks.
Regression
Regression testing functions as an additional layer of security. With this component, you can
analyse the previously developed or tested application features to ensure their functional
integrity. It helps to understand that the tested features are working in accordance with the
requirements after a change is implemented before releasing a new software version.
Manual code review
Manual code review involves development, security and operation teams reviewing the
codebase line by line. This process can be integrated as an added layer of hygiene checks after
the automated checks are completed.
Implementing DevSecOps In Your Existing DevOps
Workflow
Code Analysis
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When it comes to code analysis, the agile methodology is one of the most popular
approaches. It allows for rapid iteration through a series of short iterations (Sprints),
which can be completed in a few weeks or days.
The agile methodology relies on automated IT management tool to speed up the
process of analysing your code. These tools will allow you to run multiple analyses
simultaneously while also making sure that each analysis is executed as efficiently as
possible.
The goal of using this approach is to make sure that you are always able to detect any
potential issues with your code before they have time to become problems down the
road.

Change Management
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Have a dedicated person on your team who is responsible for coordinating the changes
and their impact on the project. This person should have enough authority to ensure that
everyone else knows what needs to happen when changes are being made so no one
else gets confused about what needs to be done or why it's happening.
Ensure that everyone involved in the software development project knows about the
change management policies before any work begins—this will help them understand
what they're supposed to do when things go wrong (or right!).
This also gives your team an opportunity to ask questions if they don't understand
something or want more information about how something works under another set of
circumstances.
Threat Investigation
DevSecOps is all about building your team's security culture, which means you need to know
how to detect and respond to threats.
If you're not making sure you have the IT management tool in place for threat detection, you're
playing a game of Russian roulette with your security—and that's no fun at all!
Here are some best practices for threat investigation in DevSecOps implementations:
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Use all the data available to you.
Ensure your team is adequately trained for the threat.
Create a clear audit trail that documents every step of your development and
investigation process.
Use an automated system to route all the details in one place instead of being manually
filed away in different places across the organisation (which can lead to confusion).
Vulnerability testing and assessment
Vulnerability testing and assessment are an important part of DevSecOps implementation. It
helps you identify any vulnerabilities within your code and applications, as well as the security
controls that you've put in place to prevent those vulnerabilities from being exploited.
Three testing principles can be implemented in your DevSecOps pipeline:

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Periodic scans- Automated tests that run against your application to check for known
vulnerabilities or malware.
Code reviews- Conducted during vulnerability assessments to verify that changes made
to your code are still secure.
Penetration testing- A form of vulnerability assessment that involves attempting to break
out of security boundaries by attempting various attacks on a system or network using
realistic tools and techniques.
Wrapping Up
Start integrating security in your applications with the DevSecOps implementation. Hire
dedicated IT professionals to help you in your journey.
Contact Us
Company Name: Enov8
Address: Level 2, 447 Broadway New York, NY 10013 USA
Email id: enquiries@enov8.com
Website: https://www.enov8.com/