7 Security Best Practices Every DevSecOps Team Must Adopt Today
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7 Security Best Practices Every DevSecOps Team Must Adopt Today

By Jam Martin

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2 months ago
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According to a DevSecOps survey conducted by SANS, 50% of survey respondents said that they resolved security vulnerabilities and addressed security risk in seven days. Despite this, only 20% of survey respondents were testing for security on the weekly basis. 30% said that they deployed their apps into production on a weekly basis.


The good news is that DevSecOps adoption rate has surged to 61% while 50% adopted continuous integration. There is still a lot of room for improvements when it comes to ensuring continuous deployment. Even though there are eight different codebases found in SANS testing, only 30% of survey respondents said that they have implemented them in 75% of their codebases.


Frank Schugar, CEO of Aerstone summed it up brilliantly when he said, “Remember to “build security in, don’t try to bolt it on. If you do a good requirements process, you must include security requirements, not just the functional ones.”


In this article, you will learn about seven security best practices every DevSecOps team must adopt right now.


Table of Contents


7 Security Best Practices Every DevSecOps Team Must Adopt Today

1. Automate Code Scanning

2. Create and Standardize Data Observability Practices

3. Develop API First Security Strategies

4. Third Party Penetration Testing

5. Use a Web Application Firewall

6. Embrace Cloud Native Application Protection Platform

7. Scan Containers For Security


7 Security Best Practices Every DevSecOps Team Must Adopt Today


Here are seven security best practices every DevSecOps team must follow.


1. Automate Code Scanning


Gone are the days when you had to scan code for vulnerabilities manually. Fast forward to today and we now have access to static application security testing tools and dynamic application security testing tools. This has made it easy for us to identify common mistakes developers make in their code which can lead to security issues.


The best part is that you can integrate code scanning into the application delivery pipelines and identify those security loopholes before they can be exploited by hackers. With the introduction of generative AI and its wider adoption, it is important for businesses to extend your testing to these tools as well.


2. Create and Standardize Data Observability Practices


In the past, developers tended to rely on application logging to gain visibility into data. With the explosion of tools and many data sources, that has literally gone out of the window. These tools can help businesses gain visibility into how applications perform when you put them in production. Developers can easily identify issues and fix them before their app reaches production.


The level of visibility you have in the data and application, the better you can optimize its performance, user experience and reliability. There are two areas you need to focus when it comes to observability. One is security observability and second is DataOps and machine learning.


Security observability encompasses everything from your endpoint protection solutions to security information and event management solutions. Extending observability to DataOps means that you should proactive address any security issue at every stage of the process.


3. Develop API First Security Strategies


A vast majority of development teams create APIs for internal use while others rely on microservices as an API gateway. Most of the data products and business models these days revolve around these application programming interfaces. According to a report, 33% of all API vulnerabilities are linked to authorization, authentication and access control issues. Other common security issues include cross site scripting attacks, malware injections and API data leaks.


All these security issues can be addressed if businesses follow the security best practices during application programming interface development. Even though most businesses follow the best practices, there are still many businesses that don’t embrace shift left cybersecurity. 


The pace at which businesses are developing new application programming interfaces and microservices means that businesses must develop an application programming interface first security strategy in order to secure their application programming interfaces.


4. Third Party Penetration Testing


Most businesses conduct penetration testing but there is a massive difference between conducting penetration yourself and getting it done from a third party vendor. They might look at security vulnerabilities in your apps from a whole new perspective. 


As a result, they are more likely to identify security loopholes that you might have ignored. They might have better and highly trained and skilled professionals for penetration who can do a much better job than you can ever do.


5. Use a Web Application Firewall


As more and more devices connect to your enterprise network, the attack surface continues to expand. This can increase the complexity of your cybersecurity infrastructure, making it extremely difficult to manage for your cybersecurity teams. That is why it is better to use a web application firewall. It can offer complete protection to endpoints and other devices connected to your network and prevents illegitimate traffic from entering your network and accessing your web applications. You can hire DDoS protection services for added security.


6. Embrace Cloud Native Application Protection Platform


With most businesses already on multi cloud infrastructure and putting new apps into production after development, a cloud native application protection platform is a must have. It can not only offer multi cloud protection to your sensitive data but can be a great choice for securing your production environments. In addition to this, it can also help you ensure compliance and governance. It can protect your workloads and boost collaboration between team members.


7. Scan Containers For Security


With the majority of businesses using containers to develop applications, it is important for the businesses to secure them. There is a lot that goes into securing containers. From securing deployments to registries, securing container images to securing container runtime, security teams have their work cut out. 


They can minimize their attack surface by using thin containers. Moreover, they can reduce their workloads by leveraging container security tools and harnessing the power of automation. Lastly, make sure that you constantly monitor your container activity so you can easily detect any suspicious activity taking place on your containers.


Which security best practices do you follow as a DevSecOps team and why? Share it with us in the comments section below.

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CDN DNS DDoS Protection Advanced Malware Protection

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