GitHub
GitHub offers a portfolio covering finding or addressing weaknesses in software and controlling how software obtains and uses credentials. The entries in this catalog include GitHub Advanced Security, GitHub Code Security and GitHub Secret Protection. GitHub Advanced Security focuses on repository security analysis and vulnerability management. GitHub Code Security focuses on code vulnerability and dependency security analysis. GitHub Secret Protection focuses on repository secret detection and push protection. When reviewing GitHub, compare the named products individually: a platform family, a specific module and a managed service can have different scopes and purchasing requirements. Selection should account for supported languages or targets, scan placement, finding quality and how developers validate proposed fixes. Portfolio detail - GitHub Advanced Security: the catalog lists Repository security workflows, Static application security testing, Software composition analysis. - GitHub Code Security: the catalog lists CodeQL code analysis, Static application security testing, Software composition analysis. - GitHub Secret Protection: the catalog lists Secret push protection, Application secret storage, Secret rotation. For procurement, map each required capability to a named offering and confirm the edition, dependencies and delivery responsibility with the vendor. Product-level entries below provide the operational context and evaluation questions for that comparison.
Documented Software Products (3)
GitHub Advanced Security
GitHub Advanced Security from GitHub focuses on repository security analysis and vulnerability management. It is application security technology used for finding or addressing weaknesses in software. Capabilities - Repository security workflows: Places the documented security checks within the repository and development workflows supported by GitHub. - Static application security testing: Analyzes application code without requiring the complete application to be exercised at runtime. - Software composition analysis: Examines third-party components and dependencies for the risks covered by the scanner. - Dependency vulnerability analysis: Brings third-party software components into the vulnerability review process. - Developer workflow integration: Places security findings into the development processes documented by the vendor. - CI/CD integration: Supports running security checks as part of a software delivery pipeline. - Secrets detection: Looks for exposed credentials or secrets within the supported development assets. Use and operational context GitHub Advanced Security is relevant to development and application security teams when the requirement centers on finding or addressing weaknesses in software. Scope the evaluation around the functions listed above and the assets or workflows that need coverage. A useful trial should use representative business conditions so the team can assess the quality of the results and the effort needed to act on them. Deployment and evaluation Before adoption, review supported languages or targets, scan placement, finding quality and how developers validate proposed fixes. Assign an owner for administration, document required permissions and identify how the product or service will fit the existing operating process. Buyer questions - What is the main purpose? GitHub Advanced Security focuses on finding or addressing weaknesses in software. - What should a proof of concept establish? Test the listed capabilities against representative assets and workflows, record useful results and unresolved gaps, and confirm who handles follow-up work. - What should be confirmed before purchase? Ask the vendor which edition or service scope includes the required features, which dependencies must be configured and what licensing or contract terms apply. Pricing has not been verified for this catalog.
GitHub Code Security
GitHub Code Security from GitHub focuses on code vulnerability and dependency security analysis. It is application security technology used for finding or addressing weaknesses in software. Capabilities - CodeQL code analysis: Uses the documented CodeQL approach to identify security issues in supported repository code. - Static application security testing: Analyzes application code without requiring the complete application to be exercised at runtime. - Software composition analysis: Examines third-party components and dependencies for the risks covered by the scanner. - Dependency vulnerability analysis: Brings third-party software components into the vulnerability review process. - Developer workflow integration: Places security findings into the development processes documented by the vendor. - CI/CD integration: Supports running security checks as part of a software delivery pipeline. - Secrets detection: Looks for exposed credentials or secrets within the supported development assets. Use and operational context GitHub Code Security is relevant to development and application security teams when the requirement centers on finding or addressing weaknesses in software. Scope the evaluation around the functions listed above and the assets or workflows that need coverage. A useful trial should use representative business conditions so the team can assess the quality of the results and the effort needed to act on them. Deployment and evaluation Before adoption, review supported languages or targets, scan placement, finding quality and how developers validate proposed fixes. Assign an owner for administration, document required permissions and identify how the product or service will fit the existing operating process. Buyer questions - What is the main purpose? GitHub Code Security focuses on finding or addressing weaknesses in software. - What should a proof of concept establish? Test the listed capabilities against representative assets and workflows, record useful results and unresolved gaps, and confirm who handles follow-up work. - What should be confirmed before purchase? Ask the vendor which edition or service scope includes the required features, which dependencies must be configured and what licensing or contract terms apply. Pricing has not been verified for this catalog.
GitHub Secret Protection
GitHub Secret Protection from GitHub focuses on repository secret detection and push protection. It is application secrets management technology used for controlling how software obtains and uses credentials. Capabilities - Secret push protection: Adds checks intended to stop supported secrets from being introduced through repository pushes. - Application secret storage: Provides a controlled storage and access workflow for application credentials and other secrets. - Secret rotation: Supports changing secrets according to the credential lifecycle controls described by the vendor. - Developer and pipeline integration: Connects secrets access with the development or delivery tools supported by the product. Use and operational context GitHub Secret Protection is relevant to development and infrastructure teams handling nonhuman access when the requirement centers on controlling how software obtains and uses credentials. Scope the evaluation around the functions listed above and the assets or workflows that need coverage. A useful trial should use representative business conditions so the team can assess the quality of the results and the effort needed to act on them. Deployment and evaluation Before adoption, review secret retrieval, access policy, rotation behavior and the consequences of a service or network interruption. Assign an owner for administration, document required permissions and identify how the product or service will fit the existing operating process. Buyer questions - What is the main purpose? GitHub Secret Protection focuses on controlling how software obtains and uses credentials. - What should a proof of concept establish? Test the listed capabilities against representative assets and workflows, record useful results and unresolved gaps, and confirm who handles follow-up work. - What should be confirmed before purchase? Ask the vendor which edition or service scope includes the required features, which dependencies must be configured and what licensing or contract terms apply. Pricing has not been verified for this catalog.