Safeguard your entire software supply chain with automated tools for code scanning, signing, and generating Software Bills of Materials (SBOM). This is digital trust in action.
Software supply chain attacks (SSC) are increasing. If your customers rely on the integrity of your software, you can rely on DigiCert to protect your software supply chain. We offer secure software management to safely store your code signing keys with role-based access, minimizing the risk of attackers compromising private keys. Adopt a policy-driven approach for software release: conduct thorough analysis of your software binaries to detect malware and vulnerabilities, then securely sign the application only when it meets your established policies. We provide:
DigiCert® Software Trust Manager enhances software security through automated code-signing and threat detection workflows. Our management tools pinpoint and minimize vulnerabilities, providing comprehensive security and control across your organization’s release process—without disrupting your DevOps pipelines.
Signing keys are securely stored in on-premises or cloud HSMs, safeguarding them from theft or insecure key practices, with detailed access and usage control options.
Granular roles and permissions, coupled with automated workflows, ensure adherence to security policies and maintain compliance.
Modern software consists of code and packages from various sources, including open-source, third-party libraries, and components from both internal and external CI/CD teams. A Software Bill of Materials (SBOM) is a detailed inventory of these components, outlining every piece of code that forms the complete software package. This allows you to track trusted components and efficiently identify and address vulnerabilities or malware.
Set up workflows that provide centralized control over your security policies.
Protect signing keys from unauthorized access and use with secure storage, access controls, and handling procedures.
Prevent malware from being injected to build servers, with verification that code being signed during the release process matches a baseline build.
Powered by ReversingLabs, deep analysis of software binaries for threats, software tampering, and other vulnerabilities:
Gain workflow and process security without slowing down agile development objectives:
Streamline deployment and new feature rollout with a container-based architecture that future-proofs your investment and enables you to stay abreast of industry compliance requirements:
Code signing is a method to confirm that code or other digital binaries have not been altered. This method leverages the Public Key Infrastructure (PKI) framework to attest to the integrity of the code or binaries. Code signing acts like a digital shrink wrap.
The process:
Seamlessly protect and manage everything from published software to deployment environments to firmware, with broad support for file types.