18 DevSecOps Tools to Know in 2025

What Are DevSecOps Tools? 

DevSecOps tools integrate security into the DevOps lifecycle, ensuring security measures are automated, consistent, and integrated into every phase of the development process. These tools aim to bridge the gap between development, security, and operations teams. 

By embedding security practices into DevOps practices, organizations can address potential vulnerabilities early, reducing risks and costs associated with post-deployment security fixes.

Focusing on security from the outset allows for rapid development without compromising security. DevSecOps tools typically include features like security scanning, monitoring, and compliance checks. They help shorten the feedback loop between code changes and vulnerability detection, ensuring that applications remain secure throughout their lifecycle.

Key Features of DevSecOps Tools 

Integration with CI/CD Pipelines

Integrating DevSecOps tools with continuous integration/continuous deployment (CI/CD) pipelines ensures security checks are automated and continuous. This integration allows for immediate security validation whenever code is committed, enabling developers to detect and remediate vulnerabilities almost instantaneously. 

By embedding these tools into CI/CD workflows, organizations can ensure that security measures are consistently applied, minimizing the chances of deployment of unsecured code. CI/CD integration enables real-time feedback, which is essential for maintaining agile development practices. It ensures security is an integral part of the process, not an afterthought.

Automation of Security Checks

By automating routine security tasks, organizations can alleviate the burden on security teams, allowing them to focus on complex issues that require human intervention. This automation reduces human error and improves overall security posture by ensuring no critical security step is overlooked during rapid development cycles.

Automation also aids in maintaining compliance with industry standards by ensuring that all code is routinely scrutinized against current security best practices. It enables organizations to scale their security efforts efficiently, ensuring consistent application of security policies across all development activities.

Scalability for Large Environments

DevSecOps tools must efficiently manage security requirements as an organization scales its operations, particularly when handling large volumes of code and varied infrastructure. Scalable DevSecOps solutions can adapt to increased workloads without sacrificing performance or security standards, ensuring consistent protection across expanding environments.

As organizations grow, the need for scalable security solutions becomes more apparent. DevSecOps tools that scale with infrastructure changes prevent bottlenecks and maintain a consistent security posture. Scalable tools support large development teams and diverse projects, ensuring security measures are ubiquitously applied, regardless of scale.

Compatibility with Multi-Cloud Environments

Many organizations leverage multiple cloud providers to meet diverse operational needs. DevSecOps tools must ensure compatibility with these multi-cloud environments, providing security management across varied platforms. Tools that support multi-cloud environments simplify security operations by providing a unified interface for managing security policies across all cloud services in use.

This compatibility is vital for organizations that aim to maintain flexibility while ensuring reliable security measures. By choosing tools that work in multi-cloud setups, companies can optimize their cloud strategies, maintain simplified operations, and ensure consistent security policies across differing cloud providers.

Reporting and Analytics

Reporting and analytics features enable organizations to monitor security health, track changes, and identify patterns that might indicate potential threats. Effective reporting tools visualize data in a way that is understandable and actionable, allowing security teams to prioritize and address critical vulnerabilities expediently.

Analytics capabilities allow for predictive insights into security trends, helping organizations proactively address potential issues before they escalate. By leveraging these insights, companies can make informed decisions about security investments and strategies, bolstering their overall security readiness and response capabilities with accurate data-driven insights.

Tzvika Shneider

CEO, Pynt

Tzvika Shneider is a 20-year software Security industry leader with a robust background in product and software management.

Tips from the expert

• Implement policy-as-code for automated compliance: Choose tools that support policy-as-code frameworks to automate compliance checks. This ensures security policies are consistently applied across the pipeline, reducing manual errors and simplifying audits.
• Prioritize tools with shift-left security capabilities: Select tools that integrate early in the software development lifecycle (SDLC) to identify vulnerabilities during coding or build phases. Early detection minimizes costs and time spent on fixes.
• Evaluate tool interoperability across hybrid environments: Ensure selected tools can operate seamlessly across on-premises, cloud, and hybrid environments. This flexibility ensures consistent security coverage irrespective of infrastructure changes.
• Focus on real-time collaboration features: Look for tools that allow developers, security teams, and operations to collaborate in real time. Features such as shared dashboards, alerting, and in-context recommendations streamline issue resolution.
• Leverage AI and machine learning-enhanced tools: Invest in tools that use AI/ML for advanced threat detection and prioritization. These capabilities help reduce noise from false positives and highlight critical vulnerabilities effectively.

Security Testing Tools 

1. Pynt

Pynt is a an API security testing solution, seamlessly integrated into the early stages of SDLC, enabling DevSecOps teams to integrate security testing best practices without a hassle.

Main features include: 

• Contextual Analysis for Business Logic Vulnerabilities: One of Pynt's key strengths is its ability to perform contextual analysis of APIs within the specific business logic they operate in. Unlike DAST, which often lacks the depth to understand API-specific nuances, Pynt excels in identifying complex business logic vulnerabilities that may not manifest in straightforward operational scenarios. By harnessing the power of the existing functional tests Pynt dynamic security engine comprehends the underlying logic and ensures the security of APIs within their intended business context.
• Early Integration in SDLC: Pynt promotes a "shift left" approach to API security, integrating seamlessly into the early stages of the Software Development Life Cycle (SDLC). This early integration reduces development delays and associated costs. By identifying security weaknesses at the outset, Pynt empowers developers to address vulnerabilities more efficiently, ensuring cost-effective security.
• Comprehensive Code Coverage: Pynt offers comprehensive code coverage by analyzing response payloads. It goes beyond the limitations of DAST, which lacks access to source code. Pynt's ability to review the entire application ensures that even modules not executed at runtime or indirectly linked to the user interface are thoroughly examined.
• Integration with Development and CI/CD Tools: Pynt seamlessly integrates with existing development and CI/CD tools, making it a valuable addition to the DevSecOps pipeline. This integration ensures that security becomes an integral part of the development process, enhancing overall efficiency and reliability.

Pynt's specialization in API security testing bridges the gap between security and engineering teams, offering contextual analysis, early integration, comprehensive coverage, and seamless integration. Pynt is tailored to meet the evolving challenges of API security in modern development environments. It differentiates itself by providing a holistic approach that addresses not just general vulnerabilities but also severe business context issues within which APIs operate.

2. Zed Attack Proxy (ZAP)

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License: Apache-2.0

Repo: https://github.com/zaproxy/zaproxy

GitHub stars: 12K+

Contributors: 200+

Zed Attack Proxy (ZAP) is an open-source web application security scanner maintained by the Open Web Application Security Project (OWASP). ZAP provides vulnerability scanning capabilities and supports developers in identifying security flaws before applications are deployed. With its scanning features, ZAP helps perform both passive and active security tests on web applications, ensuring reliable security checks.

ZAP's plugin architecture allows for customization and scalability, catering to diverse security needs. Its interface, coupled with a broad community of contributors, ensures continual updates and improvements. The simplicity of integration and a strong focus on web application security makes ZAP a reliable tool for developers to fortify their web applications against cyber threats.

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3. Burp Suite

‍License: Commercial

Burp Suite offers a platform for security testing of web applications, providing a suite of tools for identifying and diagnosing web vulnerabilities. It is particularly popular for penetration testing, employed by security professionals to evaluate the robustness of web applications. Burp Suite enables detailed analysis of security loopholes and automates numerous security tasks, improving testing efficacy.

The suite's extensibility is bolstered by its customizability, allowing users to tailor security tests to application needs. Its range of tools for active and passive reconnaissance, along with the capability to analyze application responses, makes Burp Suite suitable for thorough security testing in the web development industry.

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Container Security Tools

4. Aqua Security

License: Commercial 

Aqua Security provides container security solutions, ensuring secure container environments from development through production. This tool integrates with container orchestration platforms, offering vulnerability scanning, runtime protection, and compliance checks for containers, images, and hosts. Aqua’s end-to-end security approach ensures that containers remain secure throughout their lifecycle without disrupting operations.

Aqua Security’s features, such as image integrity controls and behavioral profiling, enable proactive threat mitigation strategies. It helps organizations maintain visibility and control over containerized applications while adhering to industry compliance standards, providing a framework that guards against emerging threats in containerized environments.

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5. Clair

License: Apache-2.0

Repo: https://github.com/quay/clair

GitHub stars: 10K+

Contributors: 100+

Clair is an open-source project that offers static analysis for vulnerabilities in application containers. It integrates into container lifecycle management workflows, providing real-time assessments of container image security. By identifying known vulnerabilities in container images, Clair helps teams address security concerns before they affect production environments.

As a static vulnerability scanner, Clair performs analyses on various operating system packages, ensuring security assessments are comprehensive. The tool’s API-based architecture makes integration with existing infrastructure straightforward, offering transparency and actionable insights for maintaining secure container images and reducing potential risks.

6. Tigera

‍License: Commercial

Tigera focuses on Kubernetes security by offering a platform that provides network security, observability, and compliance for Kubernetes environments. Featuring zero-trust security models, Tigera enables developers to define security policies that govern Kubernetes network traffic, improving security at both the application and network levels.

Tigera’s ability to provide security controls, including intrusion detection and prevention mechanisms, enables organizations to protect Kubernetes workloads. Through its detailed policies and micro-segmentation capabilities, Tigera provides a security layer that aids in the mitigation of security threats, ensuring seamless operations in dynamic container environments.

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Infrastructure as Code (IaC) Security Tools

7. Terraform Validator

License: Apache-2.0

Repo: https://github.com/GoogleCloudPlatform/terraform-validator

GitHub stars: 400+

Contributors: 50+

Terraform Validator is a security tool to assess Terraform configurations, ensuring they comply with organizational policies and best practices. By scanning infrastructure as code for security lapses, Terraform Validator helps developers identify and rectify potential vulnerabilities before deployment. This proactive approach aids in maintaining a secure infrastructure setup.

The tool's policy-driven approach allows organizations to define criteria based on their security mandates, which are then used to validate Terraform scripts. Integrated within CI/CD pipelines, Terraform Validator provides immediate feedback to developers, ensuring rapid identification and remediation of security flaws.

8. Bridgecrew

License: Apache-2.0

Repo: https://github.com/bridgecrewio/checkov

GitHub stars: 7K+

Contributors: 300+

Bridgecrew offers cloud security solutions focusing on infrastructure as code (IaC) security by automating policy enforcement and compliance checks. By integrating security directly into the development lifecycle, Bridgecrew ensures that IaC deployments align with security best practices. It helps automate the detection and remediation of misconfigurations in infrastructure code, reducing the risk of cloud vulnerabilities.

The tool’s automation capabilities simplify security checks, eliminating the need for extensive manual reviews and accelerating deployment readiness. Bridgecrew’s ability to integrate with popular version control and CI/CD systems ensures that security becomes an intrinsic part of infrastructure code development, improving security postures significantly.

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9. CFN-Nag

License: MIT

Repo: https://github.com/stelligent/cfn_nag

GitHub stars: 1K+

Contributors: 40+

CFN-Nag is a tool focused on static code analysis specifically for AWS CloudFormation templates. It scans templates for common security issues, providing developers with a view of potential vulnerabilities before resources are provisioned. This early detection of security issues aids in maintaining secure cloud infrastructure configurations, minimizing security risks.

Designed for AWS environments, CFN-Nag offers rule sets for compliance with security standards, helping organizations adhere to best practices effortlessly. Its integration capabilities enable efficient checks within CI/CD workflows, allowing teams to incorporate security scans into their cloud infrastructure provisioning processes, improving overall security integrity.

Continuous Monitoring and Incident Response Tools

10. Splunk

License: Commercial

Splunk is a platform for monitoring, searching, and analyzing big data produced by machine-generated sources. Its capabilities extend into security with its Splunk Enterprise Security (ES) offering, which improves incident detection, investigation, and forensics. Splunk ES leverages machine learning to detect threats, reduce false positives, and accelerate response times.

The dashboard provided by Splunk ES enables real-time visualization of security posture and anomalies across an organization’s ecosystem. With its correlation search capabilities, Splunk helps security teams identify sophisticated threats, enabling quicker, more informed responses and improved incident management strategies.

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11. ELK Stack

License: MIT

Repo: https://github.com/deviantony/docker-elk

GitHub stars: 17K+

Contributors: 60+

The ELK Stack (Elasticsearch, Logstash, and Kibana) is a log analysis tool used for monitoring and processing data. Its use in security operations centers (SOCs) helps organizations monitor security data across their IT environments, providing insights into threats and vulnerabilities. ELK Stack’s real-time analytics capabilities support threat detection and response.

Leveraging its scalability and open-source nature, the ELK Stack offers insights into log data, aiding in the identification of security incidents efficiently. Customizable dashboards and query capabilities enable security teams to scrutinize data, tailoring insights to organizational needs.

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12. Rapid7 InsightIDR

License: Commercial

Rapid7 InsightIDR is a security information and event management (SIEM) tool that focuses on detecting and responding to threats within IT environments. It combines log management, behavior analytics, and endpoint detection in one platform, enabling efficient threat identification and response. InsightIDR is valued for its ability to reduce noise and highlight genuine security incidents requiring action.

Its interface and machine learning improvements enable faster detection of complex attacks, simplifying the path from identification to resolution. By automating threat intelligence collection and analysis, InsightIDR supports security teams in maintaining reliable, proactive security postures and minimizing potential impacts from security incidents.

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Secrets Management Tools

13. HashiCorp Vault

License: Business Source License

Repo: https://github.com/hashicorp/vault

GitHub stars: 30K+

Contributors: 1K+

HashiCorp Vault is a tool for managing secrets and protecting sensitive data across dynamic environments. It secures access to systems by employing methods such as data encryption and secure access controls. By providing centralized secrets management, Vault ensures that sensitive information is stored securely and access is properly managed, mitigating risks associated with unauthorized data access.

Vault’s extensibility allows for fine-grained access control and auditing capabilities, ensuring organizations can tailor secret management to their security requirements. Its integration options support incorporation into existing systems, providing a versatile platform for maintaining high security standards in secret handling.

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14. CyberArk Conjur

License: GNU GPLv3

Repo: https://github.com/cyberark/conjur

GitHub stars: 700+

Contributors: 80+

CyberArk Conjur is a secrets management solution for securing access to applications, containers, and cloud environments. It protects sensitive information by integrating with CI/CD tools and ensuring security is embedded into automated workflows. Conjur provides centralized policy management for access to secrets, simplifying oversight and improving security operations.

The solution’s auditing and monitoring features enable continuous compliance and security posture management. CyberArk Conjur ensures that only authorized entities can access sensitive information, offering strong protection against unauthorized access and minimizing risks linked with secrets management in diverse IT environments.

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15. AWS Secrets Manager

License: Commercial

AWS Secrets Manager is a service provided by Amazon that enables secure rotation, management, and retrieval of secrets necessary for application operations. Its integration with other AWS services makes it particularly advantageous for organizations leveraging AWS infrastructure. Secrets Manager simplifies secret handling by automating secret rotation, reducing complexity and minimizing the risk of security breaches.

This tool can be integrated with AWS environments, offering management of API keys, database credentials, and other sensitive data. AWS Secrets Manager’s automated features enable organizations to uphold secure best practices, ensuring secure management of secrets while simplifying operational tasks in AWS cloud environments.

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Cloud Security Posture Management (CSPM) Tools

16. Palo Alto Prisma Cloud

‍License: Commercial

Palo Alto Prisma Cloud offers a cloud security posture management solution that spans multiple cloud environments. It provides visibility and security features, including threat detection, compliance monitoring, and risk management. Prisma Cloud leverages machine learning to detect anomalies and potential threats across cloud infrastructures.

The platform’s centralized management capabilities improve security visibility across diverse cloud deployments, ensuring consistent application of security policies. By integrating with cloud-native technologies, Prisma Cloud enables organizations to achieve resilient security postures without impacting cloud performance.

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Source: Palo Alto Networks

17. Trend Micro Cloud One

‍License: Commercial

Trend Micro Cloud One is a security platform for cloud infrastructure, providing services for cloud security posture management. It includes features such as compliance monitoring, threat detection, and configuration audits to ensure security practices in cloud environments. Cloud One offers automated security controls that integrate with leading cloud providers.

The platform’s scalability is useful for dynamic cloud environments, ensuring consistent security practices as infrastructures grow and evolve. Cloud One supports proactive threat prevention and compliance maintenance, allowing organizations to focus on innovation while remaining secure against cloud-specific threats.

Source: Trend Micro 

18. Check Point CloudGuard

‍License: Commercial

Check Point CloudGuard delivers cloud-specific security solutions that support visibility, compliance, threat prevention, and posture management. Designed to protect cloud environments, CloudGuard provides continuous security assessments and real-time threat intelligence to protect against evolving cloud threats. Its capabilities extend across various cloud services, ensuring broad security coverage.

With its adaptive security measures, CloudGuard allows organizations to meet regulatory requirements and secure data across multi-cloud landscapes. The tool’s integration with cloud platforms ensures that security does not hinder cloud operations, enabling flexible, secure, and scalable cloud deployments while maintaining a reliable security framework.

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Criteria for Selecting DevSecOps Tools 

When evaluating DevSecOps tools, organizations should consider the following factors.

Compatibility with Existing Workflows

Choosing DevSecOps tools requires assessing compatibility with current workflows to ensure integration without disrupting existing processes. Tools must align well with established development and operational methodologies, reducing the learning curve and enabling smoother adoption. Effective compatibility ensures tools improve, rather than hinder, the efficiency of DevSecOps practices.

Organizations need to evaluate how easily tools integrate with their existing CI/CD pipelines, development environments, and preferred technologies. Tools offering API-based integration, script support, and compatibility with commonly used platforms can simplify implementation. Ensuring compatibility allows teams to maintain productivity while improving security outcomes.

Open-Source vs. Commercial Options

The decision between open-source and commercial DevSecOps tools depends on organizational needs, including budget constraints, desired features, and support requirements. Open-source tools often provide flexibility and community-driven improvements but may lack support and feature sets compared to commercial options.

Commercial solutions typically offer support, regular updates, and extensive feature sets tailored to enterprise needs, although they come at a cost. Open-source tools offer cost efficiency and customization options, appealing to teams capable of managing technical challenges independently.

Ease of Use and Learning Curve

The user-friendliness of DevSecOps tools significantly influences their adoption and effectiveness in an organization. Tools that are intuitive and offer clear documentation can accelerate onboarding and reduce the time it takes for teams to become proficient. A flat learning curve enables adoption across teams and maximizes the value derived from the tool.

Organizations should assess the ease with which developers and security professionals can integrate these tools into their daily workflows. Tools providing comprehensive tutorials, user-friendly interfaces, and supportive communities can reduce training demands and lead to quicker implementation, enabling teams to focus on leveraging security capabilities effectively.

Community Support and Documentation

Community support and thorough documentation are crucial when selecting DevSecOps tools. Active communities and well-maintained documentation provide essential resources, including troubleshooting tips, best practices, and user-generated improvements. This support can significantly impact the effectiveness and longevity of tool integrations within an organization.

Well-documented tools offer guidance on installation, configuration, and usage. Community support offers a network for sharing experiences and solutions, often aiding in overcoming challenges quickly. Evaluating the availability and quality of community support and documentation ensures that teams have access to the resources for successful tool utilization.

Licensing and Cost Considerations

Licensing and cost are critical factors when selecting DevSecOps tools, influencing the overall investment and operational budget. Organizations must assess licensing terms, potential costs, and the return on investment to understand the long-term financial implications. Cost-effectiveness ensures tools remain sustainable resources within operational plans.

Understanding different licensing models, such as subscription-based, perpetual, or usage-based licenses, is crucial to selecting tools that fit the organization's financial and operational strategies. Balancing initial costs against potential benefits and scalability will ensure organizations choose tools that offer value.

Conclusion

In conclusion, DevSecOps tools play a critical role in integrating security into the software development lifecycle, enabling organizations to build and deploy secure applications efficiently. By selecting tools that align with their workflows, budgets, and security needs, organizations can effectively minimize vulnerabilities, enhance compliance, and maintain a robust security posture. A thoughtful approach to evaluating and implementing DevSecOps tools ensures that security becomes an intrinsic part of development, fostering collaboration between teams and empowering them to innovate without compromising on safety.

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