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Learn More About Zero Trust for Code

Starting as a DoE project that reverse-engineered compiled software, CodeHunter's patented method now governs AI code risk.

Zero Trust for Code analyzes what every artifact can do before it runs, replacing probability scores with a defensible decision.

Identity, device, network, and data have Zero Trust control planes; CodeHunter is the one that's been missing for code execution.

Zero Trust for Code operationalizes EO 14028, analyzing what software can do so agencies can authorize execution, not just catalog it.

EO 14028 asks agencies what's in their software; CodeHunter tells you what compiled code is capable of doing.

SentinelOne detects suspicious activity in real time; CodeHunter tells you what an artifact will do if it runs.

July's incidents, from GhostCommit to a fake Notepad++ plugin, show trusted software still carries no constraint on runtime behavior.

June's FlutterShell and Red Hat npm incidents show a signed or authenticated checkpoint carries no constraint on what happens next.

May's 2FA bypass and Linux CVE incidents show verified code can still execute unintended behavior, exposing a lack of execution control.

Starting as a DoE project that reverse-engineered compiled software, CodeHunter's patented method now governs AI code risk.

Zero Trust for Code analyzes what every artifact can do before it runs, replacing probability scores with a defensible decision.

Identity, device, network, and data have Zero Trust control planes; CodeHunter is the one that's been missing for code execution.

Zero Trust for Code operationalizes EO 14028, analyzing what software can do so agencies can authorize execution, not just catalog it.

EO 14028 asks agencies what's in their software; CodeHunter tells you what compiled code is capable of doing.

SentinelOne detects suspicious activity in real time; CodeHunter tells you what an artifact will do if it runs.

Starting as a DoE project that reverse-engineered compiled software, CodeHunter's patented method now governs AI code risk.

Zero Trust for Code analyzes what every artifact can do before it runs, replacing probability scores with a defensible decision.

Identity, device, network, and data have Zero Trust control planes; CodeHunter is the one that's been missing for code execution.

Zero Trust for Code operationalizes EO 14028, analyzing what software can do so agencies can authorize execution, not just catalog it.

EO 14028 asks agencies what's in their software; CodeHunter tells you what compiled code is capable of doing.

SentinelOne detects suspicious activity in real time; CodeHunter tells you what an artifact will do if it runs.

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