Understanding BlackDuck Scan: An In-Depth Guide
Intro
Understanding software security in a world increasingly driven by open-source contributions is essential. BlackDuck Scan emerges as a pivotal tool in this landscape, offering integrated solutions for identifying vulnerabilities and ensuring compliance within open-source components. As software development accelerates, so too does the complexity of managing security risks associated with third-party libraries and frameworks. This guide provides an in-depth look at BlackDuck Scan, detailing its features, technical specifications, and user insights.
Software Overview
Software Features
BlackDuck Scan is designed to address key challenges in open-source security. It provides multiple functionalities, including:
- Vulnerability Detection: Scans codebases to identify known vulnerabilities in open-source components.
- License Compliance Management: Ensures that all open-source licenses are adhered to, minimizing legal risks.
- Continuous Monitoring: Offers ongoing assessments of newly discovered vulnerabilities, allowing teams to react promptly.
- Integration Capabilities: Compatible with various development tools and CI/CD workflows, ensuring seamless integration into existing processes.
These features work synergistically to enhance software quality while addressing compliance needs effectively.
Technical Specifications
The technical aspects of BlackDuck Scan are key to its utility. It operates on major platforms, utilizing languages such as Java, Python, and JavaScript. The system requirements depend on the deployment model, either on-premises or cloud-based. Generally, it expects:
- Operating System: Compatible with major OS, including Windows and Linux.
- Memory and Disk Space: Varies according to project size but a minimum of 8GB RAM is recommended.
- Network Requirements: Reliable internet connection for cloud-based features and database updates.
The integration with tools like Jenkins and GitHub enhances its capabilities, allowing users to embed security checks directly into their workflows.
Peer Insights
User Experiences
Feedback from professionals using BlackDuck Scan reveals a spectrum of insights regarding its efficacy and usability. Many appreciate the user interface, noting that it is both intuitive and efficient.
"BlackDuck has become a critical component of our security strategy. The ease of detecting vulnerabilities means we can focus on development while ensuring quality."
While users praise its thorough vulnerability scanning, some highlight the need for more robust reporting features. Additionally, there are mentions of a learning curve associated with its advanced options.
Pros and Cons
This subsection outlines the significant advantages and potential drawbacks associated with using BlackDuck Scan:
Pros:
- Comprehensive vulnerability coverage.
- Strong compliance features.
- Effective integration with existing tools.
- Continuous updates in vulnerability definitions.
Cons:
- Can be resource-intensive during scans.
- Initial setup complexity for new users.
- Reporting functionality could improve for better insights.
Understanding these facets offers a clearer picture of how to leverage BlackDuck Scan effectively in software projects, making it an invaluable resource for IT professionals and businesses alike.
Prelims to BlackDuck Scan
Understanding BlackDuck Scan is essential for modern software development practices, particularly for teams that integrate open-source components. In today’s landscape, where software projects rely heavily on libraries and frameworks, ensuring compliance and security has never been more critical. BlackDuck Scan offers a robust solution for identifying vulnerabilities, managing open-source licenses, and ensuring adherence to compliance regulations.
The importance of BlackDuck Scan lies in its comprehensive approach to risk management. By implementing this tool, organizations can effectively monitor and analyze their software dependencies. This proactive scanning capability helps in reducing the chances of potential breaches or legal complications arising from unlicensed software usage.
The implementation of BlackDuck Scan also speaks to a greater awareness among IT professionals about open-source risks. Instead of treating open-source as secondary, it is now a fundamental part of the development lifecycle. By using BlackDuck Scan, developers enhance code quality while fostering an environment of transparency and accountability regarding software usage.
What is BlackDuck Scan?
BlackDuck Scan is a sophisticated tool designed to provide in-depth analysis of open-source components within software projects. It operates by scanning the codebase to identify any open-source libraries in use, alongside their associated licenses and identified vulnerabilities. The findings from a BlackDuck Scan can influence decision-making and risk management at many levels of an organization.
It stands out for its ability to deliver tailored reports that outline the vulnerability status and compliance requirements of each library. This means that teams can focus their remediation efforts on the most pressing issues, thus optimizing their workflow.
Integration with Black Duck's central hub allows users to continuously monitor changes in dependencies, making the tool an essential asset in a fast-paced development environment. With such capabilities, BlackDuck Scan helps organizations maintain not only security but also the quality of their software products.
History and Evolution of BlackDuck Technology
BlackDuck’s journey started in the early 2000s, evolving rapidly as open-source software gained traction in the industry. The initial focus was on providing a means to manage open-source licenses and compliance. As the landscape of cybersecurity began to change, so too did the functionality of BlackDuck.
Over time, the software evolved to include comprehensive scanning capabilities for vulnerabilities. This evolution reflects a broader trend in the industry, where the integration of security into the development process, often referred to as DevSecOps, has become a necessary standard.
The acquisition of BlackDuck by Synopsys in 2017 marked a significant milestone, enabling further innovations and refinements. With increased resources, BlackDuck has incorporated advanced analytics and machine learning to enhance its scanning process. The tool’s ability to provide immediate insights based on real-time data distinguishes it from other scanning solutions.
Key Features of BlackDuck Scan
BlackDuck Scan serves as an essential tool for managing the complexities associated with open-source software security and compliance. Understanding its key features is foundational for IT and software professionals looking to integrate such technology into their workflow. The following sections delve into significant functionalities that BlackDuck Scan offers, emphasizing their implications and practicality.
Open Source License Identification
Open source software carries different types of licenses, each with its own set of obligations. BlackDuck Scan plays a critical role in identifying these licenses accurately. This feature allows businesses to understand the conditions under which various software components can be used.
The identification process involves scanning the codebase and mapping all included packages against a comprehensive license database. By doing this, organizations can ensure compliance with licensing agreements, thus avoiding potential legal ramifications. Knowing the licenses also helps in planning mitigations for license conflicts, which can arise when integrating multiple open source components.
Vulnerability Detection and Assessment
One of the most pressing concerns in software development is security vulnerabilities. BlackDuck Scan is designed to detect and assess these vulnerabilities effectively. The scanning technology analyzes the codebase and compares it against known vulnerabilities in its extensive database.
When a vulnerability is detected, detailed information is provided, including severity ratings, potential impact, and recommended remediation steps. This proactive identification enables development teams to address vulnerabilities before they can be exploited. Regular scanning is thus vital, as new vulnerabilities are discovered all the time, and keeping software secure demands ongoing vigilance.
Compliance Management
The compliance aspect of BlackDuck Scan is significant for organizations that rely on open source software. It provides tools to manage compliance with regulations such as GDPR, HIPAA, and others effectively.
Integration with compliance management processes allows organizations to generate reports that outline their compliance status. This helps in auditing processes and ensuring that teams stay aligned with legal requirements. Better visibility into compliance issues also fosters a culture of accountability and due diligence among development teams.
Regularly utilizing BlackDuck’s compliance management features contributes to the overall health of software projects, ensuring that they meet required standards.
In summary, the persistent challenges related to open source software necessitate sophisticated solutions. BlackDuck Scan addresses these challenges through its key features, enhancing risk management and facilitating adherence to legal standards in software development.
The Importance of Scanning in Software Development
In today's digital environment, the significance of scanning code for security vulnerabilities and compliance issues is paramount. Scanning tools like BlackDuck Scan offer a thorough analysis of open-source software dependencies, detecting weaknesses that could be exploited. This practice has become essential for software developers and organizations alike, given the fast-paced nature of technology and the increasing sophistication of cyber threats.
Risks of Open Source Usage
Utilizing open-source software brings many advantages such as cost-effectiveness and access to a vast array of tools. However, it also entails risks that must be meticulously managed.
- Vulnerability Exposure: Open-source projects often have unreviewed code that may harbor security flaws. With numerous users worldwide, a discovered vulnerability can quickly escalate into widespread exploitation.
- License Compliance Issues: Different open-source licenses contain unique terms that users must adhere to. Failing to comply can lead to legal repercussions or the expulsion from projects.
- Dependency Conflicts: Open-source projects often rely on other libraries, creating a complex web of dependencies. Risks arise when these dependencies contain vulnerabilities that are not immediately apparent.
Thus, without proper scanning and monitoring tools, the risks associated with open-source usage can outweigh its benefits.
Benefits of Proactive Compliance
Implementing a proactive compliance strategy through regular scanning has numerous advantages:
- Risk Management: Proactive scanning identifies vulnerabilities before they can be exploited. By addressing them early, organizations reduce the potential for data breaches and cyber attacks.
- Enhanced Reputation: Companies that prioritize compliance establish credibility. Stakeholders and customers view these organizations as trustworthy, thereby fostering loyalty.
- Faster Remediation: Regularly scanning software facilitates quicker detection of issues. This efficiency allows teams to respond promptly, decreasing the time between discovery and resolution.
- Informed Decision-Making: Scanning results provide valuable data for development teams. Understanding the security posture of a project enables better planning and allocation of resources.
In sum, the integration of scanning practices in software development fosters a robust security environment. As threats evolve, so must response strategies, making scanning an indelible part of the development lifecycle.
How BlackDuck Scan Works
BlackDuck Scan plays a crucial role in safeguarding software development processes against potential vulnerabilities related to open-source components. Understanding its operation reveals the systematic approach it adopts to identify risks, manage compliance, and enhance overall code quality. This section will detail the scanning process and how BlackDuck integrates into various development frameworks, emphasizing its relevance to IT professionals and businesses of all sizes.
Scanning Process Overview
The scanning process of BlackDuck is designed to be thorough yet efficient. It begins with the submission of code artifacts, which can be in various formats like JAR files, Docker images, or even entire source code repositories. Once the code is submitted, BlackDuck employs a combination of static and dynamic analysis techniques. This means it not only inspects the code but also consider runtime properties that affect its security posture.
Here are the key steps in the scanning process:
- Artifact Identification: BlackDuck scans the submitted code to identify all open-source components, including their versions.
- License Detection: The tool identifies licenses associated with each component, which is critical for compliance management.
- Vulnerability Assessment: The scan checks the identified components against a database of known vulnerabilities, providing a report on any potential risks.
- Reporting: After the scan, a detailed report is generated, outlining vulnerabilities, licensing issues, and recommendations for remediation.
The entire process takes place quickly, allowing teams to integrate security scans seamlessly into their development cycles. It promotes a proactive approach to security, ensuring that vulnerabilities are addressed before they manifest into larger, more complex issues.
Integration with Development Frameworks
BlackDuck Scan can be integrated into various development frameworks, enhancing its usability and effectiveness. This compatibility allows development teams to adopt secure coding practices seamlessly, without disrupting their existing workflows. Some of the frameworks that support integration include:
- Java with Maven: Developers can configure BlackDuck to run scans directly in the Maven build lifecycle, making vulnerability checks a regular part of development.
- Node.js with npm: Integrating BlackDuck with npm ensures that each package added goes through a security check, preserving the integrity of the project.
- Docker: BlackDuck can scan Docker images during the build process, helping teams manage vulnerabilities in containerized applications.
By embedding these scanning functionalities into regular development tasks, organizations reinforce security practices efficiently. They can respond to identified vulnerabilities in real-time, considerably reducing their risk exposure. The ease of integration into various frameworks positions BlackDuck as a versatile tool in any software development environment.
Effective integration with development frameworks transforms BlackDuck Scan from a mere compliance tool into a cornerstone of security in software development.
Implementation of BlackDuck Scan
The significance of implementing BlackDuck Scan cannot be overstated. As organizations increasingly rely on open-source components for faster software development, it becomes crucial to adopt tools that efficiently manage associated risks. BlackDuck Scan stands out for its ability to identify licensing issues, vulnerabilities, and compliance risks within open-source software. By ensuring a solid implementation, organizations can maintain a robust security posture while optimizing their development processes.
Benefits of Implementing BlackDuck Scan
Effective implementation of BlackDuck Scan brings several advantages:
- Risk Mitigation: It helps in proactively identifying security vulnerabilities and compliance gaps that may arise from third-party components.
- Streamlined Processes: Integrating BlackDuck into the workflow reduces the chances of manual oversight, enabling teams to focus on development rather than compliance checks.
- Improved Visibility: Users gain insights regarding the open-source components in use, fostering better decision-making and risk management strategies.
The focus of this section is to explore the precise elements that contribute to a successful implementation of BlackDuck Scan, highlighting necessary considerations and setup steps.
System Requirements and Setup
Setting up BlackDuck Scan requires attention to certain system prerequisites. These ensure that the scanning process flows smoothly and integrates effectively into existing workflows. Recognizing these requirements is crucial for avoiding common pitfalls during setup.
Hardware Requirements
The minimum hardware requirements generally include:
- A modern multi-core processor (dual-core or higher recommended)
- A minimum of 8GB RAM, although 16GB or more is ideal for larger projects
- At least 100GB of free disk space
- Network connectivity for updates and integrations
Software Requirements
BlackDuck Scan typically requires:
- An operating system such as Linux, Windows, or macOS, with specific versions supported
- Java Runtime Environment (JRE)
- Compatibility with development tools like Docker for effective component management
Installation Steps
- Download the latest version of BlackDuck from the official website.
- Follow the installation instructions provided in the installer, ensuring all prerequisite software is installed.
- Configure environmental variables if necessary, for seamless operation.
- Complete system checks to validate installation before proceeding with configuration.
Configuring BlackDuck for Effective Scans
Once installation is complete, configuration is essential for optimizing the scanning capabilities of BlackDuck. Misconfigurations can lead to inefficiencies or overlooked vulnerabilities.
Key Configuration Elements
- User Permissions: Set appropriate roles and permissions for users accessing BlackDuck to ensure data security and proper governance.
- Integration with CI/CD Pipelines: For enhanced efficiency, integrating BlackDuck Scan into Continuous Integration and Continuous Deployment pipelines is recommended. This ensures scans are executed automatically during builds.
- Customizing Scan Policies: Define specific policies according to organizational standards to tailor the scanning process. This may include customizing sensitivity levels for vulnerability detection.
Practical Steps
- Access the BlackDuck user interface and navigate to the configuration panel.
- Set up project profiles that align with your development strategy.
- Input relevant configurations like project name, versioning, and lifecycle management details.
- Test configuration settings using sample projects to verify intended operation before broader deployment.
"The success of BlackDuck Scan implementation is directly correlated with the effectiveness of its configuration."
Adopting a meticulous approach to system requirements and configuration will yield substantial benefits, enhancing the overall security framework within which your software operates.
Analyzing Scan Results
Analyzing scan results is a critical aspect of utilizing BlackDuck Scan effectively. Once the scans are completed, the interpretation of results shapes the response strategies an organization must adopt. Understanding what vulnerabilities exist within the software components and how to prioritize these concerns can significantly affect overall project timelines and security postures.
Understanding Vulnerability Reports
Vulnerability reports generated by BlackDuck Scan provide comprehensive insights into the security state of the code base. Each report typically outlines several key components:
- Vulnerability Overview: This section identifies each vulnerability found, categorized by severity level. Understanding the severity helps prioritize which issues to address first.
- Affected Components: The report specifies which parts of the project are impacted. Knowing the specific libraries or dependencies that contain vulnerabilities allows teams to take targeted action.
- Remediation Advice: BlackDuck includes suggested actions for each identified issue. This guidance is fundamental for effective remediation efforts.
It is also essential for professionals to be cautious about the context in which vulnerabilities occur. Not every detected vulnerability will pose a real-world risk, depending on how the affected component is utilized. Therefore, analyzing whether a vulnerability can be exploited in the current environment is vital.
Best Practices for Remediation
Once vulnerabilities are understood, addressing them is the next step. Employing best practices in remediation ensures that software integrity is maintained while mitigations are implemented:
- Prioritize Vulnerabilities: Focus on addressing critical and high-severity vulnerabilities first. Use the severity ratings from the vulnerability reports as a guide.
- Set a Remediation Timeline: Create a timeline for fixing vulnerabilities. This ensures that issues are addressed promptly and helps manage development cycles without significant disruption.
- Document Changes: Record the adjustments made in response to vulnerabilities. This documentation aids future audits and helps teams track the security improvements over time.
- Test Remediations Thoroughly: After making changes, it is crucial to test the application to verify that the fixes resolve the vulnerabilities without introducing new issues.
- Educate the Team: Providing education on the types of vulnerabilities and general security practices can cultivate a culture of security within development teams.
"Understanding scan results and acting on them is not just a technical necessity; it's an organizational responsibility. Navigating these findings appropriately can uphold not only compliance but also trust."
By following these practices, organizations can enhance their approach to software security, ultimately leading to more resilient and reliable applications.
Challenges and Limitations of BlackDuck Scan
In the realm of software development, it is essential to examine the challenges and limitations of BlackDuck Scan. While this tool provides significant advantages in mitigating risks associated with open-source components, it does not come without its own hurdles. Understanding these limitations is imperative to maximize its effectiveness and to make informed decisions.
Accuracy and False Positives
One notable challenge with BlackDuck Scan is related to accuracy. The scanning process leverages databases that contain known vulnerabilities and license data. However, there are instances where the tool may generate false positives. False positives occur when the scan identifies a vulnerability that does not exist in the actual code or does not represent a real threat. This can lead to unnecessary remediation efforts, consuming time and resources.
Moreover, the evolving nature of open source projects adds complexity. New versions of software may patch vulnerabilities or change licensing terms, but the scan may not always reflect these updates promptly. Thus, users must regularly update the database it references. Here are some strategies to handle false positives effectively:
- Regular Audits: Conduct periodic reviews of scan results to differentiate between legitimate issues and false alarms.
- Team Collaboration: Involve relevant team members in interpreting scan results to foster a deeper understanding of the findings.
- Threshold Settings: Adjust detection settings to minimize unnecessary alerts while still capturing critical vulnerabilities.
Understanding that no scanning tool is perfect helps in mitigating the impact of these inaccuracies. Being proactive in addressing them can lead to more reliable outcomes.
Scalability Concerns
Another significant limitation of BlackDuck Scan is its scalability. As organizations grow, they often adopt more extensive software stacks, which may include numerous open-source components. In larger projects, the sheer volume of code and dependencies can stretch the scanning capabilities of BlackDuck. This leads to slow performance during scans and can hinder integration within a continuous integration/continuous deployment (CI/CD) pipeline.
Here are some considerations to improve scalability:
- Segmented Scans: Break down larger projects into smaller segments to manage scan times and improve processing speed.
- Incremental Scanning: Implement incremental scanning approaches, which focus on new or changed code rather than rescanning entire projects every time.
- Cloud Solutions: Consider using cloud-based solutions that can leverage more robust computing power to handle large-scale scanning tasks efficiently.
Comparative Analysis with Other Scanning Tools
In the realm of software security, having a robust scanning tool is essential. Analyzing various scanning tools allows organizations to make informed decisions tailored to their specific needs. The goal is to evaluate the capabilities, strengths, and weaknesses of these tools against BlackDuck Scan. Such comparisons can guide companies in choosing the best solution for compliance and vulnerability management in their software projects.
BlackDuck vs. Sonatype Nexus
When comparing BlackDuck Scan to Sonatype Nexus, several factors come into consideration. BlackDuck excels in its rich feature set for open-source license identification, vulnerability detection, and compliance management. It ensures not just identification of components but also the comprehensive management of associated risks.
Conversely, Sonatype Nexus is primarily known for its repository management capabilities. Though it detects vulnerabilities, its focus is more on improving the artifact lifecycle than deep-dive compliance checks. Organizations that depend heavily on managing open-source licenses may find BlackDuck Scan more favorable.
Key differences include:
- License Management: BlackDuck offers extensive support for licensing issues, whereas Sonatype's functionalities are less comprehensive in this area.
- Integration: While both tools provide integration with development frameworks, BlackDuck often boasts smoother workflows specifically designed for open-source environments.
"Choosing the right tool means considering what your specific needs are, rather than opting for the most popular one."
Ultimately, the decision between BlackDuck and Sonatype Nexus will hinge on whether the priority is comprehensive open-source compliance or effective artifact management.
BlackDuck vs. WhiteSource
The comparison between BlackDuck Scan and WhiteSource reveals similar objectives but different methodologies. Both platforms focus on securing open-source components, yet their approaches yield different functionalities.
BlackDuck is particularly strong in its deep scanning capabilities and remediation guidance, elaborating on each found vulnerability's details. WhiteSource, on the other hand, operates with a more proactive stance on monitoring and alerts, emphasizing continuous scanning throughout the CI/CD pipeline.
Another critical aspect is user interface. BlackDuck provides a user-friendly interface that can cater to multiple stakeholders in a project. WhiteSource has also made strides in usability but may require more time to learn for some users.
In summary, here are notable distinctions:
- Depth of Scanning: BlackDuck delivers detailed analyses, whereas WhiteSource focuses on rapid detection during the development lifecycle.
- Monitoring: WhiteSource emphasizes real-time monitoring, while BlackDuck's strength lies in post-scan insights and alerts.
When selecting between these tools, the choice will depend on whether the organization prioritizes post-scan analysis and compliance management or continuous monitoring and alerts throughout development.
Future of Open Source Security Scanning
The landscape of open source security scanning is continually evolving. As open source components become an integral part of software development, the need for effective security scanning tools intensifies. This section underscores the importance of understanding the future trends and innovations in this domain, particularly focusing on how organizations can better manage risks associated with open source usage.
Emerging Trends in Software Security
As cyber threats grow in sophistication, emerging trends in software security reveal critical insights for organizations relying on open source. One significant trend is the shift towards automated solutions. Automation enhances the speed of vulnerability detection and remediation while minimizing human error. In addition to automation, a notable emphasis on continuous monitoring is observed. Organizations are increasingly adopting a DevSecOps approach, integrating security throughout the software development lifecycle.
Another important trend involves the rise of machine learning and artificial intelligence techniques. These technologies aid in identifying patterns and predicting potential vulnerabilities in software. AI-driven tools can analyze vast amounts of data at impressive speeds, highlighting threats in real-time.
Moreover, regulatory compliance will continue to shape open source security practices. As governments and regulatory bodies implement stricter data protection laws, organizations will need to ensure compliance with security standards. This regulatory environment necessitates more robust scanning tools that can provide comprehensive insights into open source components and their associated risks.
"As open source security continues to evolve, organizations that stay informed on emerging trends will be better positioned to protect against vulnerabilities.”
Innovations in BlackDuck Technology
BlackDuck Technology is at the forefront of addressing the changing dynamics of open source security. Recent innovations focus on enhancing user experience and improving the capabilities of the scanning tool. One area of advancement is in the integration of advanced analytics. BlackDuck now offers deeper insights into open source components, enabling companies to make informed decisions during the development process.
Additionally, BlackDuck has strengthened its partnerships with other software tools. The seamless integration with popular CI/CD pipelines allows for real-time scanning. This integration ensures that vulnerabilities are identified as developers commit new code, streamlining workflows without compromising security.
Furthermore, the user interface has been refined to facilitate easier navigation and understanding of scan results. Enhanced visualization tools present the data in a more accessible manner, helping teams quickly interpret the information and take necessary actions.
Closure and Recommendations
In the realm of software development, the application of open source components is both commonplace and critical. The BlackDuck Scan serves as a pivotal tool in managing the multifaceted challenges associated with open source usage. It not only aids in identifying vulnerabilities but also plays a vital role in compliance management. This section synthesizes the discussions surrounding the functionality, practical usage, and evolving trends pertaining to BlackDuck Scan, culminating in actionable recommendations for its users.
Final Thoughts on BlackDuck Scan
BlackDuck Scan stands as more than just a scanning tool; it is a strategic asset for organizations committed to ensuring their software's integrity. By systematically identifying open source components and assessing their compliance and security status, BlackDuck Scan enhances organizational awareness of potential risks. The insights derived from its reports can significantly influence decision-making processes related to software development. Given the increasing dependency on open source software, the relevance of BlackDuck Scan has only amplified. Organizations that adopt this tool are equipped to mitigate risks effectively, maintaining both compliance and security throughout their software supply chain.
Recommendations for Users
For individuals and organizations looking to harness the full potential of BlackDuck Scan, several recommendations can enhance their experience:
- Integrate Early: Implement BlackDuck Scan at the beginning of the development cycle. This proactive approach allows for the early identification of compliance issues and vulnerabilities, reducing the costs associated with remediation later.
- Educate Teams: Ensure that all members of the development and compliance teams are trained on how to interpret scan results thoroughly. Understanding these results can drive better decision-making and enhance collaboration across departments.
- Regular Updates: Stay informed about new features and updates provided by Synopsys. The landscape of software vulnerabilities is continually evolving, and utilizing the latest enhancements ensures that your scanning practices remain effective.
- Comprehensive Reporting: Make use of the reporting capabilities of BlackDuck Scan to generate detailed vulnerability assessments for stakeholders. Regular reporting not only demonstrates compliance but also helps in tracking the organization’s progress in risk management.
By adhering to these recommendations, users can not only capitalize on the capabilities of BlackDuck Scan but also foster a culture of security and compliance within their software development practices.
Ultimately, using BlackDuck Scan is not merely a compliance task; it is an investment in the security and quality of software.
