GitLab Security Dashboard - Detailed Review
Developer Tools
GitLab Security Dashboard - Product Overview
The GitLab Security Dashboard
The GitLab Security Dashboard is a powerful tool within the GitLab platform, specifically aimed at enhancing the security posture of applications. Here’s a brief overview of its primary function, target audience, and key features:
Primary Function
The GitLab Security Dashboard is designed to assess and manage the security of your applications. It provides a centralized platform to view and analyze vulnerabilities detected by security scanners run on your projects. This helps in identifying and addressing security issues efficiently.
Target Audience
The primary target audience for the GitLab Security Dashboard includes application security engineers, developers, and project managers who are responsible for ensuring the security of their applications. This tool is particularly useful for those in the DevSecOps field who need to integrate security into their development workflows.
Key Features
Vulnerability Metrics
The dashboard offers detailed vulnerability metrics, including trends over 30, 60, or 90-day time frames for all projects in a group. It also displays the total number of vulnerabilities detected within the last 365 days, categorized by their severity.
Security Ratings
Each project is assigned a letter grade (A to F) based on the severity of its highest open vulnerability. This grading system helps in quickly identifying projects that need immediate attention.
Historical Data
The dashboard retains vulnerability data for up to 365 days, allowing users to analyze when significant vulnerabilities were introduced and perform root-cause analyses to improve security policies.
Drill-Down Capabilities
Users can drill down into each vulnerability to get additional information, such as how to resolve the issue, how it was handled by the developer, and if a work ticket or GitLab issue has been opened for remediation.
Auditing
The dashboard enables auditing capabilities, allowing users to track which vulnerabilities have been dismissed, by whom, and the reasons for dismissal. This helps in ensuring secure coding practices and monitoring for any malicious activities.
Group and Project Views
The dashboard provides both group-level and project-level views. The group Security Dashboard gives an overview of vulnerabilities across all projects in a group and its subgroups, while the project Security Dashboard focuses on the vulnerabilities within a specific project.
Integration with CI/CD Pipelines
The Security Dashboard integrates with GitLab’s CI/CD pipelines, allowing security scans to be performed automatically as part of the development workflow. This ensures that vulnerabilities are identified and addressed early in the development cycle.
By leveraging these features, the GitLab Security Dashboard helps teams to efficiently manage and improve the security of their applications.
GitLab Security Dashboard - User Interface and Experience
Overview and Organization
The Security Dashboard provides a high-level overview of all detected vulnerabilities, organized by groups, projects, and pipelines. This centralized view allows AppSec engineers and developers to quickly assess the security posture of their applications in one place.
Drill-Down Capabilities
Users can drill down into each vulnerability to obtain detailed information. This includes the location of the vulnerability, how to resolve it, how it was handled by the developer, and any associated work tickets or issues. Each vulnerability is assigned a severity level and a report type, making it easy to identify and prioritize critical issues.
Integration with Scanners
The dashboard supports integrations with third-party security scanners, such as WhiteSource. This allows scan results to be added and managed directly within the Security Dashboard, enhancing the ease of use and reducing the need to switch between different tools.
Auditing and Tracking
The dashboard includes auditing capabilities, enabling users to track which vulnerabilities have been dismissed, by whom, and the reasons for dismissal. This feature helps ensure that the development team is practicing secure coding and that no malicious actors are dismissing issues. Users can also create and manage confidential issues and merge requests to address vulnerabilities without alerting potential malicious actors.
Group and Project Views
The Security Dashboard offers both group-level and project-level views. At the group level, users can see all vulnerabilities detected within a group and its subgroups, along with historical data on vulnerability trends. For projects, the dashboard displays the total number of vulnerabilities over time, with options to zoom in on specific date ranges and download vulnerability charts.
User Experience
The interface is designed to be intuitive and easy to use. Users can sort vulnerabilities by severity, report type, or specific projects, and they can choose to display or hide dismissed vulnerabilities. The ability to create issues directly from the dashboard and link them to vulnerabilities streamlines the workflow between developers and security teams.
Accessibility and Permissions
Access to the Security Dashboard is role-based, ensuring that only authorized users can view and manage security information. Confidential issues and merge requests are also permission-controlled, adding an extra layer of security to the process.
Overall, the GitLab Security Dashboard provides a clear, organized, and highly functional interface that makes it easy for developers and AppSec engineers to manage and address security vulnerabilities efficiently. Its ease of use and comprehensive features enhance the overall user experience, facilitating better collaboration and more effective security management.
GitLab Security Dashboard - Key Features and Functionality
The GitLab Security Dashboard
The GitLab Security Dashboard is a comprehensive tool within the GitLab platform that helps developers and security teams manage and mitigate security vulnerabilities efficiently. Here are the main features and how they work, including any relevant AI integrations:
Security Dashboards
The Security Dashboard provides an overview of the security status of your projects, groups, and personal Security Center. For projects, it displays a chart showing the total number of vulnerabilities over time, with up to 365 days of historical data. This chart can be filtered by vulnerability severity, and you can zoom in on specific date ranges or download the vulnerabilities chart.
Vulnerability Reports
The dashboard includes detailed vulnerability reports for the Security Center, groups, projects, or pipelines. These reports allow you to triage and manage vulnerabilities, including confirming, dismissing, or resolving them. You can also create issues or generate merge requests to fix vulnerabilities directly from the report.
Security Center
The Security Center is a personalized space where you can manage vulnerabilities across all your projects. It includes features from the group security dashboard, a vulnerability report, and a settings area to configure which projects to display. This centralizes vulnerability management, making it easier to monitor and address security issues across multiple projects.
Vulnerability Details and Management
Each vulnerability can be drilled down into for extra information, such as the project it originates from, related files, and metadata to analyze the risk. You can also track the status of vulnerabilities, see if a work ticket has been opened, and view how the developer handled the vulnerability.
Filtering and Visualization
The vulnerabilities chart can be filtered by severity, and you can display vulnerability trends over specific time frames (30, 60, or 90 days). This helps in tracking the evolution of vulnerabilities over time and identifying patterns or spikes in security issues.
AI-Driven Capabilities
While the core features of the Security Dashboard do not explicitly integrate AI, GitLab has introduced AI-driven capabilities in other aspects of its platform. For instance, GitLab Duo Enterprise, an end-to-end AI add-on, helps organizations proactively detect and fix security vulnerabilities using AI-powered root cause analysis. However, this AI integration is not specifically within the Security Dashboard but rather as part of broader DevSecOps enhancements.
Integration with Security Scanners
To fully utilize the Security Dashboard, you need to configure one of the security scanners (such as SAST, DAST, Dependency Scanning, etc.). These scanners integrate with the CI/CD pipeline to provide detailed vulnerability reports directly within the GitLab security interface. This integration, such as with Bearer CLI, makes it easier for teams to collaborate and triage findings directly within the tools they use.
Conclusion
In summary, the GitLab Security Dashboard is a powerful tool for managing vulnerabilities, but as of the current documentation, it does not directly integrate AI within its core features. However, GitLab’s broader platform is enhancing security capabilities with AI-driven tools, which can indirectly benefit the overall security management process.
GitLab Security Dashboard - Performance and Accuracy
Performance
The performance of the GitLab Security Dashboard can be impacted by several factors:
Data Refresh and Job Scheduling
The dashboard relies on daily scheduled jobs to refresh the data. This process begins at 01:15 UTC, and any vulnerabilities opened after the job has run for the day will not be reflected until the next day’s refresh job.
Query Performance and Timeouts
There have been issues reported where query timeout exceptions can occur, particularly in the Vulnerabilities::Statistics::ScheduleWorker. These timeouts can lead to gaps in the historical vulnerability statistics, resulting in incorrect aggregate counts for groups.
Scalability and Limits
While the dashboard can handle a significant amount of data, there are limits to the number of projects that can be displayed in certain views. For example, the Security Center can display up to 1,000 projects, but the project filter in the Vulnerability Report is limited to 100 projects.
Accuracy
The accuracy of the GitLab Security Dashboard is generally reliable but can be affected by a few factors:
Data Consistency
There have been reports of discrepancies between the vulnerability counts shown on the group level and the project level. This issue arises because the aggregate method may not account for missing historical statistic entries, leading to incorrect totals.
Permission and Access Issues
Users need specific permissions (such as developer, maintainer, or owner roles) to view security issues. If these permissions are not clearly documented, it can lead to confusion and inaccuracies in who can access and interpret the data.
Historical Data Integrity
The dashboard retains data for up to 365 days, but if there are gaps in the data due to job failures or other issues, the historical statistics may not be entirely accurate.
Areas for Improvement
Documentation and Permissions
The documentation should explicitly state the required permissions for viewing security issues to avoid user frustration and ensure that only authorized personnel can access the data.
Query Optimization
Improving the performance of the queries used to generate historical statistics can help prevent timeouts and ensure more accurate aggregate counts.
Data Consistency Checks
Implementing checks to ensure that historical statistic entries are complete and consistent across all projects can help maintain the accuracy of the dashboard.
In summary, while the GitLab Security Dashboard provides valuable insights into vulnerability trends and security posture, it is important to address the potential performance and accuracy issues related to data refresh, query timeouts, and permission documentation to ensure the dashboard functions optimally.
GitLab Security Dashboard - Pricing and Plans
Understanding GitLab Security Dashboard Pricing
To understand the pricing structure and plans related to the GitLab Security Dashboard, it’s important to look at the broader pricing tiers of GitLab, as the Security Dashboard is a feature integrated within these tiers.Pricing Tiers
GitLab offers several pricing tiers, each with different sets of features.Free Tier
The free tier, often referred to as the “Free” or “Community” plan, does not include the advanced security features such as the Security Dashboard. This tier is more suited for basic source control and collaboration needs.Premium Tier
Ultimate Tier
Security Dashboard Features by Tier
GitLab Security Dashboard - Integration and Compatibility
The GitLab Security Dashboard
The GitLab Security Dashboard is a powerful tool that integrates seamlessly with various security scanners and other tools to provide a comprehensive security overview. Here’s how it integrates with other tools and its compatibility across different platforms:
Integration with Security Scanners
The GitLab Security Dashboard supports integration with multiple security scanners, including Static Application Security Testing (SAST), Dynamic Application Security Testing (DAST), Dependency Scanning, and Container Scanning. To use these features, you need to configure at least one security scanner in your project and set up the corresponding CI/CD jobs using the reports syntax.
CI/CD Integration
The dashboard integrates well with GitLab’s CI/CD pipelines. You can add security scanning jobs to your .gitlab-ci.yml file, which allows the scanner to run as part of your CI/CD process. The results are then automatically presented in the Security Dashboard, Pipeline view, and merge request widget.
Third-Party Tool Integration
GitLab allows for the integration of third-party security tools through APIs. For instance, the Bearer CLI can be integrated with GitLab’s SAST security scanner, enabling detailed vulnerability reports to be viewed directly within the GitLab security interface. This integration is particularly useful for teams already using these tools, as it streamlines the process of identifying and resolving vulnerabilities.
API for Additional Content
GitLab is working on exposing an API that allows partners and users to add additional content to the Security Dashboard. This API will enable the display of custom scanner results, logos, and arbitrary text, making it easier for teams to incorporate various scanning tools into their security workflow. This feature ensures that all security-related information is centralized and easily accessible.
Platform Compatibility
The Security Dashboard is available for users with a GitLab Ultimate plan. It works across projects, groups, and the Security Center, providing a unified view of security trends and vulnerabilities. The feature requires GitLab Runner 11.5 or later, which is automatically ensured if you are using the shared runners on GitLab.com.
User Roles and Permissions
Access to the Security Dashboard and its features is role-based. Users need to have the correct role for the project or group to view the security dashboards and vulnerability reports. Additionally, GitLab admin users are required to enable or disable integrations added via the API, ensuring that only authorized users can manage these integrations.
Conclusion
In summary, the GitLab Security Dashboard offers extensive integration capabilities with various security tools and CI/CD pipelines, ensuring that security teams can manage vulnerabilities efficiently within a centralized interface. Its compatibility with different platforms and tools makes it a versatile solution for security management.
GitLab Security Dashboard - Customer Support and Resources
Using the GitLab Security Dashboard
When using the GitLab Security Dashboard, several customer support options and additional resources are available to help you manage and improve your application’s security posture.Accessing Support
For issues related to the Security Dashboard or any security incidents, GitLab provides multiple channels of support. If you are a paying GitLab.com SaaS customer on Premium or Ultimate plans, you can reach out to GitLab Support and Customer Success Managers (CSMs) for assistance. They will help with investigations and provide additional information surrounding security events.Security Incident Response
In the event of a security incident, GitLab’s Security Incident Response Team can handle complex and extensive requests. All communication with the customer is channeled through GitLab Support or the dedicated CSM to ensure efficient and timely responses.Security Center and Dashboards
The Security Center and Security Dashboards themselves serve as valuable resources for managing vulnerabilities. Here, you can view trends about vulnerabilities detected by security scanners across your projects, groups, and the Security Center. These dashboards provide metrics such as vulnerability trends over 30, 60, or 90-day time frames, letter grade ratings based on vulnerability severity, and the total number of vulnerabilities detected within the last 365 days.Configuring and Using the Dashboards
To fully utilize the Security Dashboards, you need to configure at least one security scanner in your project, set up jobs using the `reports` syntax, and ensure you are using GitLab Runner 11.5 or later. The dashboards are accessible through the project’s home page by going to Security & Compliance > Security Dashboard or through the group and Security Center levels.Additional Features
The Security Dashboards allow you to filter vulnerability charts by severity, view detailed vulnerability reports, and perform root-cause analyses by examining code changes on specific days when vulnerabilities were introduced. You can also confirm, dismiss, or resolve vulnerabilities, create issues for them, and generate merge requests to fix the vulnerabilities.Documentation and Guides
GitLab provides comprehensive documentation and guides on how to use the Security Dashboards and Security Center. These resources are available on the GitLab documentation site and include step-by-step instructions on configuring and using the security features. By leveraging these support options and resources, you can effectively manage and improve the security of your applications within the GitLab ecosystem. GitLab Security Dashboard - Pros and Cons
Advantages of GitLab Security Dashboard
The GitLab Security Dashboard offers several significant advantages for application security engineers and developers:Unified View and Organization
The Security Dashboard provides a centralized and organized view of vulnerabilities across projects, groups, and the Security Center. This allows AppSec engineers to keep track of all vulnerabilities in one place, making it easier to manage and prioritize them.Automated and Continuous Assessment
The dashboard enables accurate, automated, and continuous assessment of the security of applications and services. This automation helps in identifying vulnerabilities promptly and consistently, which is crucial for maintaining a strong security posture.Detailed Vulnerability Metrics
The dashboard offers a range of metrics, including vulnerability trends over 30, 60, or 90-day time frames, letter grade ratings based on vulnerability severity, and the total number of vulnerabilities detected within the last 365 days. These metrics help in analyzing the security posture and making informed decisions to improve it.Drill-Down Capabilities
AppSec engineers can drill down into each vulnerability to obtain additional information, such as how to resolve the vulnerability, how it was handled by the developer, and if a work ticket (or GitLab issue) has been opened for remediation. This detailed view aids in effective triage and remediation.Auditing and Compliance
The Security Dashboard allows for auditing projects or groups based on the vulnerabilities revealed in various tests. It shows which vulnerabilities have been dismissed, the developer who dismissed them, and the reasons why. This feature helps in ensuring secure coding practices and tracking unresolved vulnerabilities.Customization and Integration
The dashboard can be customized to include projects of interest, and it supports integration with custom security scanners, extending the DevSecOps capabilities. This flexibility allows teams to adapt the dashboard to their specific security needs.Accessibility and User-Friendly Interface
The Security Dashboard is accessible at the project, group, and Security Center levels, making it easy for different stakeholders to view and analyze the security data relevant to their roles. The interface allows for filtering, searching, and downloading vulnerability charts, which enhances usability.Disadvantages of GitLab Security Dashboard
While the GitLab Security Dashboard is a powerful tool, there are some limitations and potential drawbacks:Requirement for Configuration
To use the Security Dashboard, at least one security scanner must be configured in a project, and jobs must be set up to use the `reports` syntax. This requires some initial setup and configuration, which can be time-consuming.Role and Permission Requirements
Users need to have the correct role for the project or group to access and use the Security Dashboard. This can limit accessibility for team members without the appropriate permissions.Limited Display in Security Center
The Security Center can display a maximum of 100 projects, even though up to 1,000 projects can be added. This limitation might require frequent adjustments and searches to manage a large number of projects.Dependency on GitLab Version
The Security Dashboard requires GitLab Runner 11.5 or later, which might be a constraint for teams using older versions of GitLab.Potential Information Overload
With the extensive amount of data provided, there is a risk of information overload. AppSec engineers need to carefully filter and analyze the data to extract meaningful insights and avoid being overwhelmed by the volume of information. In summary, the GitLab Security Dashboard is a valuable tool for managing and improving application security, but it does require some setup, has role-based access limitations, and can present challenges related to data management and version dependencies. GitLab Security Dashboard - Comparison with Competitors
Unique Features of GitLab Security Dashboard
- Comprehensive Dashboards: GitLab offers security dashboards at the project, group, and Security Center levels, providing a detailed overview of the security posture across different scopes. These dashboards include charts showing vulnerability trends over 30, 60, or 90-day time frames, and up to 365 days of historical data.
- Vulnerability Management: Users can drill down into vulnerabilities, confirm, dismiss, or resolve them, create issues, and generate merge requests to fix the vulnerabilities directly from the dashboard.
- Letter Grade Ratings: The group Security Dashboard assigns letter grades (A-F) to projects based on their highest-severity open vulnerabilities, helping in quick assessments and prioritization.
- Integration with Development Workflows: GitLab’s security features integrate seamlessly with CI/CD pipelines, IDEs, and issue management tools, making it easier to manage security within existing workflows.
Potential Alternatives and Comparisons
Checkmarx
- AI-Powered Scanning: Checkmarx offers adaptive vulnerability scanning with up to 90% faster results and 80% lower false positives. It also includes AI Security Champion for auto-remediation suggestions and supports over 35 programming languages and 80 frameworks.
- Difference: While Checkmarx focuses on quick scans and auto-remediation, GitLab’s dashboard provides a broader view of security trends and integrates more closely with development workflows.
Snyk
- Hybrid AI Approach: Snyk combines machine learning, generative AI, and natural language processing for thorough analysis. It also offers DeepCode AI integration for immediate vulnerability fixes within the IDE.
- Difference: Snyk’s focus is on immediate fixes and developer analytics, whereas GitLab’s dashboard is more about overall security posture and trend analysis.
Appknox
- Advanced Vulnerability Detection: Appknox provides detailed SAST, DAST, and API vulnerability testing, along with intelligent risk management and CVSS-based vulnerability prioritization.
- Difference: Appknox is more specialized in mobile application security with a focus on real-device testing, whereas GitLab’s security dashboard is more generalized and applicable across various types of projects.
Veracode
- Static Analysis: Veracode analyzes compiled code instead of source code, allowing for scans on third-party integrations without source code access. It also supports continuous workflow integration with popular IDEs.
- Difference: Veracode’s unique approach to static analysis sets it apart, but it does not offer the same level of dashboard-based trend analysis and integration with development workflows as GitLab.
Conclusion
GitLab Security Dashboard stands out for its comprehensive and integrated approach to security management, offering detailed dashboards and seamless integration with development workflows. While alternatives like Checkmarx, Snyk, Appknox, and Veracode provide advanced AI-driven security features, they often specialize in specific areas such as quick scanning, immediate fixes, mobile security, or static analysis. Depending on the specific needs of your development team, GitLab’s Security Dashboard could be an excellent choice for a holistic view of security posture and trend analysis. GitLab Security Dashboard - Frequently Asked Questions
Frequently Asked Questions about the GitLab Security Dashboard
What is the GitLab Security Dashboard?
The GitLab Security Dashboard is a tool that provides an overview of the security posture of your applications. It displays metrics, ratings, and charts for vulnerabilities detected by security scanners run on your project. This dashboard helps in assessing and managing the security of your applications across projects and groups.How do I access the Security Dashboard in GitLab?
To access the Security Dashboard, you need to go to the relevant section depending on the scope you are interested in. For a project, go to Security & Compliance > Security Dashboard from the project’s home page. For a group, select your group and then go to Security > Security Dashboard.What types of data does the Security Dashboard provide?
The Security Dashboard provides several types of data, including:- Vulnerability trends over 30, 60, or 90-day time frames.
- A letter grade rating for each project based on the highest-severity open vulnerability (A-F grading scale).
- The total number of vulnerabilities detected within the last 365 days, including their severity.
- Detailed lists of all vulnerabilities for the project or group.
- Historical data up to 365 days, which can be accessed via the VulnerabilitiesCountByDay GraphQL API.
How does the grading system work in the Security Dashboard?
The grading system assigns a letter grade (A-F) to each project based on its highest-severity open vulnerability:- A: Zero vulnerabilities
- B: One or more low vulnerabilities
- C: One or more medium vulnerabilities
- D: One or more high or unknown vulnerabilities
- F: One or more critical vulnerabilities.
Can I filter and customize the data displayed on the Security Dashboard?
Yes, you can filter the vulnerabilities chart by vulnerability severity. For example, you can select the corresponding legend name to show statistics only for vulnerabilities of a specific severity. Additionally, you can zoom in on a date range and download the vulnerabilities chart.How does the Security Dashboard integrate with other GitLab features?
The Security Dashboard integrates closely with other GitLab features such as CI/CD pipelines, merge requests, and the Security Center. Security scans are embedded into the development workflow, allowing developers to identify and fix vulnerabilities in real-time. The dashboard also allows for direct access to the code and creation of issues or merge requests to fix vulnerabilities.What is the Security Center in GitLab, and how does it relate to the Security Dashboard?
The Security Center is a dedicated area for personalized vulnerability management. It includes features from the group security dashboard, a vulnerability report, and settings to configure which projects to display. The Security Center provides a comprehensive view of vulnerabilities across all your projects, making it easier to manage and triage vulnerabilities.Can I use the Security Dashboard to track vulnerabilities across multiple projects and groups?
Yes, the Group Security Dashboard provides an overview of vulnerabilities found in the default branches of all projects in a group and its subgroups. This allows you to track and manage vulnerabilities at a group level, in addition to individual project-level tracking.How often is the data on the Security Dashboard updated?
The data on the Security Dashboard is refreshed daily at 1:15 AM GMT. This ensures that you have up-to-date information on the security status of your projects and groups.What security scanning capabilities are integrated into the Security Dashboard?
GitLab’s Security Dashboard is supported by various security scanning capabilities, including Static Application Security Testing (SAST), Dynamic Application Security Testing (DAST), dependency scanning, secret detection, and container scanning. These scans are automatically performed within the CI/CD pipeline to identify potential vulnerabilities and weaknesses.How does the Security Dashboard facilitate collaboration between developers and security teams?
The Security Dashboard allows security professionals to drill down into each vulnerability, view the code, and make comments. This streamlines collaboration with developers by providing a centralized platform where security issues can be reviewed, triaged, and managed in real-time. GitLab Security Dashboard - Conclusion and Recommendation
The GitLab Security Dashboard Overview
The GitLab Security Dashboard is a comprehensive tool within the GitLab platform that offers a detailed and integrated approach to managing and improving the security posture of applications. Here’s a final assessment of its value and who would benefit most from using it:
Key Features and Benefits
- The Security Dashboard provides a clear overview of vulnerabilities detected by various security scanners, including static application security testing (SAST), dynamic application security testing (DAST), dependency scanning, container scanning, and license management.
- It offers vulnerability trends over 30, 60, or 90-day time frames, and historical data up to 365 days, which helps in identifying patterns and performing root-cause analyses.
- The dashboard assigns a letter grade (A-F) to each project based on the severity of its vulnerabilities, making it easier to prioritize and address high-risk projects.
- Users can drill down into each vulnerability to view detailed information, such as the affected code, related files, and metadata. This facilitates quick remediation and collaboration between security teams and developers.
Who Would Benefit Most
- Security Teams: The Security Dashboard is particularly beneficial for security professionals who need to monitor and manage vulnerabilities across multiple projects and groups. It provides a centralized view of the security status, enabling quicker identification and remediation of vulnerabilities.
- Developers: Developers can also benefit significantly as the dashboard integrates security checks into the CI/CD pipeline, allowing them to identify and fix vulnerabilities in real-time without leaving their workflow.
- DevSecOps Teams: Teams adopting DevSecOps practices will find the Security Dashboard invaluable as it combines development, security, and operations into a single, unified workflow, enhancing collaboration and efficiency.
Overall Recommendation
The GitLab Security Dashboard is an essential tool for any organization serious about integrating security into their software development lifecycle. Its ability to provide real-time vulnerability data, trend analysis, and a clear grading system makes it an excellent resource for both security teams and developers.
Given its comprehensive features and seamless integration with the CI/CD pipeline, the GitLab Security Dashboard is highly recommended for organizations looking to strengthen their security posture and streamline their DevSecOps practices. It is particularly suited for those using GitLab Ultimate, as it leverages the full capabilities of the platform to ensure end-to-end security visibility and management.