Private AI gateway
A private AI gateway for regulated organizations
Vayon AI is a private AI gateway: one governed path that every organizational AI request passes through — identity, policy, routing and evidence applied before a model runs. It is self-hosted in your own environment, so you decide where requests and data go.
What is a private AI gateway?
<built-in method copy of dict object at 0x7f5ec18e9d80>
What the gateway does on every request
One governed surface
Applications and developers call a single surface; providers and models sit behind it and can change without changing the calling application.
Identity and policy first
Every request is tied to an identity and evaluated against policy before a model is chosen — not after the fact.
Fails closed to the internal model
When policy does not permit an external model, the request fails closed to the internal model rather than silently going out.
Evidence for organizational-knowledge queries
Organizational-knowledge queries produce a reviewable record, so answers can be traced back to their source.
Self-hosted deployment
Runs inside your own environment, including isolated networks, and can serve local models on the same box.
Regulation mapping built in
Controls map to recognized AI-governance frameworks; see the Compliance hub for the framework detail.
Built for organizations that must govern AI
<built-in method copy of dict object at 0x7f5ec1903f80>
Frequently asked questions
What is a private AI gateway?
A private AI gateway is a single, self-hosted control point that every organizational AI request passes through. It applies identity, policy and routing before a model runs, so the organization governs how AI is used from one place instead of many scattered integrations.
Can it run on-premises or in an isolated network?
Yes. Vayon AI is designed to be self-hosted inside the organization’s own environment, including isolated networks, and can serve local models so requests need not leave that environment.
Does switching AI providers require changing our applications?
No. Applications call one surface; changing the provider or model behind the gateway needs no change in the calling application.
Is the routing predictable?
On the live path the routing is deterministic — the same request produces the same routing result every time, so behavior is reviewable rather than opaque.