Deep dives, practical guides, and incident analyses from engineers who build Safeguard. No fluff, no vendor FUD — just what you need to ship secure software.
Scanners generate findings. Programs produce outcomes. After a decade of dashboards and CVE counts, it is time to admit the gap between the two is the actual security problem.
Griffin AI's auto-fixes compile clean 73 percent of the time and pass with minor edits 87 percent. Mythos-class pure-LLM patches rarely show those numbers for a reason.
Griffin AI produces draft PRs with taint paths, exploit hypotheses, and disproof attempts. Mythos-class pure-LLM tools skip those anchors, and PR quality suffers.
Griffin 3.0 is now generally available. Here is what changed in the reasoning and remediation model, how it behaves in practice, and the defaults you should know.
Manual vulnerability remediation costs more than most organizations realize. Breaking down the real costs, time savings, and risk reduction that automation delivers.
Auto-Fix generates pull requests that update vulnerable dependencies with compatibility checks, test validation, and rollback safety. Remediation at the speed of disclosure.
Automated vulnerability patching sounds ideal until you consider what happens when the automation gets it wrong. Here's a realistic look at autonomous remediation.
Two years after Log4Shell shook the internet, many organizations still have vulnerable Log4j instances. The vulnerability changed how we think about supply chain security—but did it change how we act?
Setting vulnerability remediation deadlines is easy. Actually meeting them is hard. This guide covers practical SLA frameworks that balance security urgency with engineering reality.
Weekly insights on software supply chain security, delivered to your inbox.