Keyfactor Blog

Have you updated your code signing certificates yet? The CA/B Forum’s mandate for shorter lifetimes is spreading across certificate types, and it’s code signing’s turn.

Learn how prompt injection attacks work, why they pose a growing risk to AI systems, and how to detect and prevent them to keep your applications secure.

Secure boot relies on a chain of trust. While cryptography provides the math, infrastructure determines whether that math can be trusted.

Explore this new guide to code signing best practices and learn how to bridge any gaps in Kubernetes security.

Code signing increases container security by ensuring the integrity of the code and protecting it from threats.

Your software supply chain is a target for bad actors to inject malicious code. Keep your software secure with code signing best practices.

Cyberattacks on software supply chains are rising. Strengthen digital trust and comply with the Cyber Resilience Act before it’s too late.

Effective June 1, 2023, a significant change unfolded in the world of code signing certificates. Certificate Authorities (CA’s) took a decisive step by introducing a new requirement for customers seeking a Code Signing certificate.

Macros are a powerful tool to enable automation. Understanding how to digitally sign macros is critical to ensure they are used securely.

Without code signing, users can open themselves up to serious risks by downloading software from a malicious source.

As we enter 2023, code signing will be more important than ever. In today’s zero-trust environment, code signing represents a critical step in protecting the integrity of software and infrastructure.

One way to establish digital trust is through using identities, specifically, code signing, which verifies the authenticity of new releases.