7 DevSecOps trends you must know for end-to-end security!


Businesses are looking forward to balancing speed and excellence during the software development cycle with top-notch development, flawless operations, and powerful protection to safeguard their future of software development.

Cybersecurity is an important aspect of modern business, which is why DevSecOps is quickly becoming a popular development strategy utilized by a wide range of organizations, from start-ups to multinationals.

As per IDC, 90 percent of new applications will be built or published on demand by 2023, with policy-driven privacy and compliance assessments in the sales pipeline.

It is not sufficient to find vulnerabilities and non-compliance with standards early in the development phase, but it is also necessary to fix them automatically.

We anticipate that as secured tools continue to grow in popularity, DevSecOps usage will hasten even more.

Continue reading to learn about 2023’s expected developments in DevOps security!

Infrastructure as a Code(IAC) 

Software intelligence as code, often known as IAC, maintains and codifies IT infrastructure in software as opposed to hardware. As a consequence, rather than being required to manually configure one device after another, programmers and operations teams may automatically handle, analyze, and deploy IT resources through software code.

According to a Gartner estimate, 60% of enterprises will use infrastructure DevOps automation tools as a component of their DevOps toolchains by 2023, boosting the effectiveness of application deployment by 25%.

By establishing repeatable, predictable software-driven procedures, infrastructure in code provides a basis for automating and testing for effective DevSecOps. IAC also lessens human mistakes, which is a significant advantage. DevOps security teams can institutionalize these procedures in code using IAC, resulting in procedures that are repeatable, safe, automated, and effective.

Cloud Native development 

The cloud-native methodology focuses on creating software specifically for cloud settings from scratch. Microservices are frequently used to execute cloud-native software in a container-based context.

As a result, it can benefit from the scalability, resilience, and speed of cloud-based infrastructures. A cloud native strategy is being adopted by many DevSecOps teams since it speeds up digital transformation.

It could autonomously expand containers and microservices to add or remove resources as needed, making cloud-native applications highly scalable. Additionally, it is particularly resilient because a single container or microservice failure won’t bring down the entire node.

Cloud-native development is agile since microservices apps are constructed composable, allowing for the rapid and incremental deployments required for DevSecOps.

Integrated DevOps security 

DevSecOps adoption will be driven by the requirement for integrated security measures even in 2023. 

The threat level is now greater than it has ever been because of how quickly the epidemic pushed cloud usage. While the DevOps cycle includes testing, software development teams often just pay attention to unit and functional testing.

But in 2023, as integrated Devops security testing takes traction, we can anticipate more security tests to be included in the testing suite, which will include testing for injections, demand frauds, and other vulnerabilities.

Today, integrated security testing is being chosen by an increasing number of enterprises. It shows that before releasing apps into production, DevOps companies must find and fix vulnerabilities. Due to the fact that end users won’t have to deal with issues or potential outages, this strategy will contribute to increasing brand value.


AIOps is a way of running software that combines AI algorithms and data analytics to automate critical procedures and provide precise answers to common IT issues like unforeseen downtime or unauthorized data access.

AIOps don’t need data training, in contrast to ML-based approaches. When employing AIOps, algorithms monitor events in their context. IT staff are freed up to focus on more mission-critical problems because of their reliability and independence, which enhances customer experience and protection. It even provides ongoing management and monitoring duties.

Additionally, AIOps provides targeted answers to issues that have been identified, which just pinpoint correlations between an issue and probable solutions as quickly as possible.

Lookout for flaws in third-party libraries. 

Many firms employ third-party code and software frameworks in creating new digital services. Any flaws in this code make their apps vulnerable to online attacks.

Organizations must keep an eye on the third-party programs they employ so they can fix any vulnerabilities that are found to prevent this.

As the phrase goes, prudent developers use existing frameworks and/or libraries rather than inventing the wheel. In that situation, you should thoroughly evaluate the tool and determine whether or not it is appropriate for your organization.

Organizations should implement observability platforms that can offer comprehensive and in-depth insights into their applications to immediately discover any code that has been marked as susceptible in order to increase DevOps security.

Trying out remediation workflows 

To guarantee that security does not impede development, we must incorporate remediation methods into the workflow. There should be stated security measures, and whenever a violation occurs, a code for fixing it ought to be automatically generated.

They should inform the development team of the new code modifications in a pull request so they may review and incorporate the changes.

To ensure that the code operates properly and that past functionality has not been impacted, an automated testing mechanism must be in place. By using this approach, the secure code will replace the risky code, reducing the risks before enabling the cloud infrastructure.

Properly leveraging Configuration-as-code(GitOps)

Configuration-as-code (GitOps) or Git pull requests are now widely recognized as a foundation of best practices for system configuration management and verification in code.

It entails treating configuration data, such as YAML, XML, JSON, etc., as application code by codifying it. GitOps have grown in popularity because it makes cloud-native development simpler and gives developers more freedom to set up and manage their apps in various settings.

They may lessen their reliance on servers thanks to GitOps, which turns Git into a single source of truth. They can handle Kubernetes and execute continuous delivery pipelines more effectively thanks to this operational style, which is developer-centric.

To wrap it up! 

With the growing numbers and acceptance of this robust technology, DevSecOps will continue to grow in 2023 as well. 

DevOps companies need modern, automated systems to reduce friction in the software development process, enable team collaboration, and automate business processes that maintain quality control to traverse these DevSecOps trends and adapt more rapidly without sacrificing the safety and quality of products.

Finding the appropriate security partners and solutions to consolidate and streamline security activities as you continue to expand and evolve is arguably the most crucial piece of advice.

So, if you’re interested in employing DevOps security to achieve seamless automation and strong security, get in touch with us and hire the leading DevOps company to fulfill your requirements!

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