What do you understand by DevSecOps?
Speeding up your software development process without overlooking the security aspect is achievable when adopting DevSecOps tools and practices. This strategy allows you to build security into the entire DevOps pipeline, including design, code, and deployment stages.
DevSecOps bridges gaps between developers and security teams to ensure the swift and safe delivery of code. It merges secure code and speed of delivery into one streamlined process. For a simpler understanding of DevSecOps, view it as an approach to integrating security practices throughout the DevOps process.
Why Adopt A DevSecOps Approach?
A focus on security operations betters your return on investment in security infrastructure and improves operational efficiencies across the board. The inherent safety measures in DevSecOps, if applied will offer the following advantages:
- Improves the speed and agility of security teams
- Allows for greater flexibility to respond to changing development lifecycle needs rapidly.
- Enhances communication and collaboration between the different teams involved
- Detects vulnerabilities in code at an early stage of the process
- Provides opportunities for conducting quality assurance testing as well as automated builds
- Reduces security attacks and downtime
DevSecOps Workflow
By combining development, security, and operations, the DevSecOps framework uses tools to build security into applications instead of an afterthought move. When security is inbuilt into the software delivery lifecycle stages, you experience continuous integration with an improved reliability.
Faster delivery and release of the software with a reduction in compliance costs is achievable. By using the right tools and processes, you can seamlessly integrate security into your DevOps framework like so:
- Developers create codes within your control management system and commit changes therein.
- Another developer who retrieves the same code analyzes the static code for bugs or security defects.
- After deploying an application tool, security configurations can be applied to the system.
- Against the recently deployed application, a test automation suite involving UI, API, and integration is executed.
- When the application passes the test, you can deploy it to a production environment.
- Continuously monitoring the production environment helps identify active security threats in the system.
What Is DevSecOps, And Do You Need It?
Advanced and dynamic applications allow an organization to thrive and grow. DevOps strategies, although ahead in speed, functionality, and scale, lack compliance and robust security. With the introduction of DevSecOps, all three attributes become a part of software development lifecycles.
Hackers are always looking to exploit loopholes, deploy malware, and tarnish a company’s hard-earned reputation. If you fail to identify such malware during the build process, your customers face the consequences.
When your entity is into application development and distribution, security must be uppermost on your mind. Integrating security into your DevOps pipeline addresses this major concern.
At the outset, make security a core component of your software development workflow by adopting DevSecOps best practices which include:
- Embedding automated security tests and controls early on in your development cycle to ensure fast application delivery
- Boosting efficiency by scanning codes to detect security issues as you write them
- Plugging gaps in security controls by undertaking threat modeling exercises
In a collaborative DevOps framework, integrating security from end to end leads to a rewarding DevSecOps strategy. DevSecOps is an extension of the DevOps mindset.
Implementing DevSecOps
There are six vital components needed to introduce DevSecOps measures to your organization. These are:
Code Analysis
When developers deliver codes bit by bit, you can spot vulnerabilities faster.
Change Management
By encouraging team members to submit changes with speed and efficiency, you can evaluate if the corresponding change helps or hinders.
Compliance Monitoring
Always stay compliant, so you are prepared to face an audit whenever it is scheduled.
Threat Investigation
Respond quickly to identifying potential developing threats within code updates.
Vulnerability Assessment
With code analysis, you identify new vulnerabilities, which subsequently establishes the corresponding response or resolution speed.
Security Training
Have consistent guidelines for each routine to guide and train your IT engineers and software developers on this strategy.
If your team wishes to implement DevSecOps, the members must:
- Possess relevant and hands-on experience in the DevOps field
- Understand programming languages
- Have strong teamwork and communication skills
- Be aware of current best practices to counter the latest cybersecurity threats.
- Know about DevOps practices
- Be familiar with threat modeling and risk assessment techniques
Future of DevSecOps
Organizations today are realizing the growing need for security implementations hence, are embracing DevSecOps in a fast pace. Automation in combination with security provisions results in comprehensive project development.
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