Top Code Signing Risks (and How to Fix Them)
The top code signing risks in enterprise environments are blind signing, key exposure, pipeline compromise, lack of auditability, tool fragmentation, and the absence of a
The top code signing risks in enterprise environments are blind signing, key exposure, pipeline compromise, lack of auditability, tool fragmentation, and the absence of a
Code signing in a CI/CD pipeline is the process of cryptographically signing software artifacts as part of an automated build and release workflow. A traditional
Code signing is a cryptographic process that binds a digital signature to a software artifact using a private key tied to a verified identity. It
Cryptography Is Not the Hard Part When organizations plan PKI deployments, the conversation often begins with cryptographic standards, certificate authorities, and key management practices. While
The Next Cryptographic Migration Will Be Larger Than TLS Over the past two decades, organizations have navigated several significant cryptographic transitions. The migration from SHA-1
Short-Lived Certificates Are Exposing an Architectural Problem The move toward shorter certificate lifecycles is forcing many organizations to revisit how certificate management works across their
Certificate lifecycle management platforms are rarely replaced quickly. In many organizations, CLM deployments are treated as long-term infrastructure investments. Migration projects often stretch for months
The compression of certificate lifecycles from 398 days to 200 days, and ultimately to 47 days, is not just an operational adjustment. It represents a
For nearly two decades, enterprise certificate lifecycle management (CLM) operated under a stable set of assumptions. TLS certificates were long-lived, renewal events were infrequent, and