Synopsys Security Training Integrations

As code is being developed, you can address security and quality issues. Coverity®, a fast, accurate and highly scalable static analytics (SAST) tool that assists development and security teams to address security and quality issues early in the software development cycle (SDLC), track risks across the application portfolio, manage them, and ensure compliance with security standards and coding standards. Coverity is compatible with the Code Sight™, an IDE plugin that allows developers to identify and fix security and quality issues as they code. To minimize disruption, Coverity runs an incremental analysis in the background, giving developers real-time results. This includes CWE information and remediation guidance.

Black Duck has been helping security, legal, and development teams around the world for over 15 years to manage the open source risks. Built on the Black Duck KnowledgeBase™--the most comprehensive database of open source component, vulnerability, and license information--Black Duck software composition analysis solutions and open source audits give you the insight you need to track the open source in your code, mitigate security and license compliance risks, and automatically enforce open source policies using your existing DevOps tools and processes. Black Duck offers a comprehensive software composition analysis (SCA), which helps you manage security, quality, and compliance risks that can be caused by third-party and open source code in containers and applications. Black Duck provides unparalleled visibility into third-party codes, allowing you to manage it throughout your software supply chain as well as the entire application life cycle.

Secure Code Warrior is a trusted suite of secure coding tools. They are all contained in one powerful platform that shifts the focus from reactive to prevention. The platform trains and equips developers to think and act with security mindsets as they build and verify skills, get real-time advice, and monitor skill development. This allows them to ship secure code with confidence. Secure Code Warrior "starts left" within the Software Development Life Cycle. This means that the Developer is the first line of defense and prevents coding vulnerabilities from ever happening. Most modern application security tools focus on "shifting left" in the SDLC. This is an approach that supports detection as well as reaction. It detects vulnerabilities in written code and then reacts to correct them. According to the National Institute of Standards and Technology it costs 30 times more to fix and prevent vulnerabilities in committed code.

Industry's first IAST solution that combines active verification and sensitive data tracking for web-based applications. Automatically retests vulnerabilities and validates that they can be exploited. This is more accurate than traditional dynamic testing. It provides a real-time overview of the top security holes. Sensitive data tracking allows you to see where your most important information is stored without adequate encryption. This helps ensure compliance with industry standards and regulations such as PCI DSS or GDPR. Seeker is easy-to-implement and scale in your CI/CD workflows. Native integrations, web APIs and plugins allow seamless integration with your tools for container-based, cloud-based and microservices-based development. Without any configuration, tuning, or custom services, you'll get precise results right out of the box.

Defensics, a versatile, automated blackbox fuzzer, allows organizations to quickly and effectively identify and fix security flaws in software. Identify flaws and zero-day vulnerabilities in protocols and services. The generational fuzzer uses an intelligent, targeted approach for negative testing. Advanced protocol template and file fuzzers allow users to create their own test cases. The SDK allows experts to use the Defensics framework for their own test cases. Defensics can be run without the need for source code because it is a black-box fuzzer. Defensics allows users to secure their cyber supply chain and ensure interoperability, robustness and security of software and devices, before introducing them into IT and lab environments. Fuzzing techniques that are properly executed can be a cost-effective and efficient way to find vulnerabilities. They can cover more code paths and iterations than manual analysis.