1. Shift-Left Security in Development: Safe Ways to Code:

Teach writers safe ways to code, focusing on input validation, parameterized queries, and safe ways to handle user authentication.
During the coding part, use static code analysis tools to find and fix security problems.
Dependence on Looking at:

Add tools that will automatically look for known weaknesses in dependencies. This makes sure that the project doesn’t use tools that are out of date or not safe.
Making threat models:

Do threat modeling exercises early on in the development process to find possible security holes and threats. This proactive approach helps from the start when building security controls.
2. Safety in the CI/CD pipeline:
Testing by Computer:

To do SAST, DAST, and IAST, add automated security testing tools to the CI/CD workflow. This makes sure that security checks are built into the process of continuous release and integration.
Scan of Artifacts:

Before deploying them, check container images and files for security holes. Make sure that only accepted and safe artifacts are sent to production.
Taking care of configurations:

To make sure that security settings are the same in development, testing, and production, use configuration management tools.
3. Security for infrastructure: IaC security rules

To make sure that infrastructure is set up safely, add security rules as code to IaC templates.
Automated checks for compliance:

Add tools that do automatic compliance checks to make sure that the way your technology is set up follows security policies and government rules.
Taking care of secrets:

To keep private data like API keys, passwords, and cryptographic keys safe, use centralized and safe secrets management tools.
4. Watching and responding to incidents:
Monitoring in real time:

Monitor application logs, system logs, and network data in real time to find strange behavior.
Automatic Response to Incidents:

Create automated systems for responding to incidents that can quickly lock down systems that have been hacked, deny access, and send out reports.
Analysis after the event:

After a security incident, you should do an analysis to find out what went wrong and take steps to make sure it doesn’t happen again.
5. Feedback and improvement all the time:
Metrics for security:

Set up and keep track of important security measures, like how long it takes to fix vulnerabilities and how many incidents are found and fixed.
Loops of feedback:

Set up feedback loops between the security, management, and development teams to keep making security better. Use what you’ve learned from security incidents to make your preventative steps stronger.
Automated Record Keeping:

Make and keep security documents like threat models, security controls, and incident reaction plans up to date automatically.
By taking these useful steps, businesses can make sure that security is built into every part of the DevOps process. This will make the infrastructure for web applications stronger and more reliable.

Securing Your Online Presence: DevOps Approaches to Web Security

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