DevSecOps (Development, Security and Operations) is a specific and strategic platform, wherein the platform of security is tactically incorporated into the DevOps lifecycle.
This in turn makes sure that security measures are consistent, automated and integrated into each phase of the development process. Through the tactical incorporation of security practices into the DevOps platform, organizations can reduce costs and risks and address potential vulnerabilities early on in the development process.
To further optimize the process of the DevSecOps platform, DevSecOps tools are leveraged. In this article, you will get to know about the best DevSecOps automation tools.
What is DevSecOps?
DevSecOps stands for development, security and operations. It’s an approach towards platform design, automation and culture that integrates security as a key shared responsibility that is carried out throughout the whole IT lifecycle. To further optimize the process of DevSecOps, DevSecOps automation tools are leveraged and thus scale DevSecOps as a service.
Following are some of the best DevSecOps automation tools in 2025:
1. Logz.io: This tool observes cloud observability so that developers can quickly secure, troubleshoot and control the product. Developers can combine security into their DevOps pipelines by using Logz.io’s security reports. This includes the data and tools used for operations so that people can know more with agility towards excellent threat detection and without reducing speed. Integrations, rules and built-in reports are also provided.
2. Acunetix: It is an all-in-one web security scanner through which issues at the most advanced stage can be detected by developers. Businesses are supported with a significant web appearance through which web assets are defended against hazards from hackers. It allows integration and automation activities. Digital engineering platforms can also be considered as and when required.
3. XebiaLabs: Complex processes can be simplified by organizations. A full Application Release Orchestration (ARO) is allowed by the XebiaLabs DevOps platform, which includes DevOps knowledge, deployment automation and propaganda orchestration. Teams can practice it in any environment including middleware, mainframes, the cloud and containers.
4. Aqua Security: Container security is provided during the DevSecOps pipeline. Full authority over containerized conditions is offered by Aqua’s cloud-native security platform.
- Users are provided with an API for automation and smooth integration. Full SDLC directions are provided by the Aqua Container Security platform for obtaining containerized applications. It is one of the popular DevSecOps automation tools.
6. GitLab: It is a web-based DevOps program that fully supports collaboration between development, security and operations teams. Security vulnerabilities and deliverables can be properly discussed without minimizing the CI/CD pipeline, through scrutinizing toolchain complexity. DevOps cycle time can be reduced by organizations by connecting platforms and pits and maintaining a centralized workflow. It helps to provide DevSecOps as a service.
7. Bytebase: It is a database DevSecOps platform designed for platform engineering teams, DBA, security and developers. Database security and compliance are enhanced by Bytebase through features like dynamic data masking, fine-grained database permissions and SQL review.
8. Pynt: Security testing best practices can be easily integrated by DevSecOps teams through this tool. Contextual analysis of APIs can be performed by this tool within the specific business logic they operate in. Complex business logic vulnerabilities are easily identified by this tool. Comprehensive code coverage is offered by pynt by scrutinizing response payloads.
9. Bridgecrew: This tool focuses on Infrastructure as Code (IaC) security by automating compliance checks and policy enforcement. When security is directly integrated into the development lifecycle, Bridgecrew makes sure that IaC deployments are in line with security best practices. Security checks are simplified by accelerating deployment readiness and eliminating the need for extensive manual reviews.
Conclusion: The development team should have the necessary skills and expertise to strategically leverage DevSecOps tools and thus increase the effectiveness of the software development life cycle process. For professional assistance and feasible solutions on DevSecOps domain, the team can connect with a professionally renowned digital engineering company.
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