Guides on code signing workflows, PKI, HSM/cloud key storage, and certificate compliance — from the CodeSignCert.com team.
If you’ve spent any time around a build server, a release pipeline, or a security review, you’ve heard the word “artifact” thrown around constantly. Developers use…
A signed application isn’t automatically a trusted one. I’ve reviewed enough broken release pipelines to know that teams often treat code signing as a checkbox, get…
If you’ve been asked to set up EV code signing and someone on your team said “no more USB tokens,” you’re probably wondering if that’s even…
If you bought a code signing certificate before 2023, you probably remember downloading a .pfx file, dropping it on a build machine, and moving on with…
Code signing has quietly become one of the more scrutinized parts of the software release process. Every CA/Browser Forum policy change over the past few years…
Hardware tokens require physical handling and manual renewal that does not scale at a 460-day certificate cycle, while cloud-based code signing automates rotation and removes the bottleneck entirely.
Teams spend months hardening their VPCs, locking down IAM policies, and enabling GuardDuty — and then store their encryption keys in software-based key stores accessible to anyone with root access.
An authoritative guide for security leaders, architects, and DevSecOps professionals evaluating Trusted Platform Modules (TPM) and Hardware Security Modules (HSM).
In recent years, code injection attacks have become one of the most dangerous cybersecurity threats for websites and web applications. From SQL injection to command injection and JavaScript injecti
Cybersecurity threats are increasing globally, and admin accounts remain the top targets for attackers. To counter this, Microsoft has announced mandatory MFA enforcement for Azure and Microsoft 36
support@codesigncert.com
