Each control: what the runtime does, and the evidence you can ask for.
The policy engine, the traces and the isolation model are identical in all four. What changes is who operates it and what leaves the network.
Ask for any of these on the call.
We help with the first agent. Then your team owns it. The goal is that the second agent needs no one from Kodeus, because the runtime and the skills carry what was learned from the first one.
The use case, the tools it needs, the identity model and the approval boundary.
Kodeus + your teamFirst agent live in your environment, with your security reviewer watching.
Kodeus + your teamYour team ships the second agent. The skills carry what the first one taught.
Your teamWarren runs on this runtime on live markets with real money. Nash and ARTPARK at IISc Bangalore run on the same core. We did not ship a control layer we had not run under pressure ourselves.
An enterprise AI agent platform is the place an agent runs when a security review is part of shipping, not a meeting you schedule after the demo. It is not a library for composing prompts. It is the runtime: isolated per tenant, an identity on every request, credentials encrypted per user, policy that can refuse, and a trace you can hand to a reviewer without reconstructing the day from logs.
Kodeus is that enterprise AI agent platform. You describe the outcome. Kodeus drafts the application, then runs it in your VPC against your own database, on Kodeus Cloud, or fully airgapped with no outbound dependency. The policy engine is the same one you already exercised locally. Moving the agent does not relax the rules. Models can stay inside the perimeter when the network requires it. Spend caps are enforced in the runtime, per agent and per user.
The controls above are the ones a reviewer asks to see: tenant isolation, the credential vault, human approval, policy at five checkpoints, OpenTelemetry traces, spend limits, and data residency. Each row names the evidence, not a slogan. If you want the infrastructure list without the enterprise framing, read AI agent infrastructure. If you want the record of each call, read AI agent observability. Governance, as a practice rather than a deployment boundary, is AI agent governance.
What this enterprise AI agent platform will not do is host an agent you finished in another framework. There is no import of a LangGraph project or a CrewAI crew. The supported path is describe, then build and run, with your team owning the second agent after the first one is live. Warren runs on this runtime under real load. The same core is what you are evaluating for your own perimeter.
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