Most AI vendors answer your security questionnaire after they’ve sold you. The Agent Forge was designed around the questions your security, data, and procurement teams are going to ask — because the answers are the architecture, not a patch applied later.
The questions a serious buyer asks — where does our data go, what stops the agent acting outside its lane, show us evidence and not assurances — are the exact problems this system was built to solve first. We would rather have your security team in the room on day one than discover a blocker at the finish line.
The Agent Forge is self-hosted. The agent, the model it calls, your data, and the audit trail all run on your infrastructure. There is no outbound path for any of it.
We never train on your data — there is no training pipeline pointed at you. There is no third party in the data path: the model runs on your hardware, not someone’s API. Privacy here isn’t a setting that could be misconfigured. There is simply nowhere for the data to go.
How the perimeter holdsThe thing security teams fear about agents — that a “research” agent sends a real request, or a “retrieve” agent starts modifying records — is the thing this architecture forecloses.
Every real-world action passes through one governed channel, matched against an explicit allow-list. The model can request an action; it never writes its own privileged command and never reaches the shell. When it cannot verify a step, it halts with a named reason rather than guessing, and a human holds the final decision.
How actions are governedA certification attests that a process exists somewhere. The audit trail shows the actual work — every decision, model call, and action, recorded as it happened and replayable end to end. That is the output-monitoring evidence a modern AI review asks for, except it is the real thing instead of a policy in a document.
The design maps cleanly onto the controls modern AI-governance frameworks describe — the NIST AI Risk Management Framework and ISO 42001 — so your reviewers can place each guarantee exactly where they expect to find it.
Because the system runs on your infrastructure, it doesn’t depend on our servers staying up. It keeps running on your metal regardless of what happens on our end.
Source code escrow is available as a standard engagement term — a neutral third party holds the source and documentation and releases it to you on defined triggers, so you are never locked out. And every engagement hands over the structural documentation needed to run and maintain the system independently.
The sooner your reviewers see the architecture, the faster this moves. We would rather answer the hard questions on day one than at the finish line.
