AI Gateway control plane
The AI Gateway control plane lets you create and manage gateways, agents, and phantom tokens — and read cost/usage — over the public Management API atapi.knoxcall.com/v1. These are the same resources you configure in the dashboard, exposed as API-key-authenticated REST endpoints so you can provision them from code, CI, or the KnoxCall SDKs.
This is the control plane — it configures the gateway. To actually send AI traffic through an agent, call the data plane described in Execute AI Request. The data plane lives on your tenant proxy subdomain and authenticates with a phantom token, not an API key.
/admin/ai-gateway host. The /v1/ai-gateway endpoints below are the public, API-key equivalent and are what the KnoxCall SDKs call.
Base URL
All control-plane endpoints are served under/v1/ai-gateway.
Production
tk_live_… or AKE…).Sandbox
tk_test_…).Authentication
Authenticate exactly as you do for the rest of the Management API — either a long-lived API key or an OAuth 2.1 access token. See the Authentication guide for the full picture.Required scope
Every endpoint is gated on theai_gateway scope. The action determines the capability your key must hold:
A key that lacks the required capability receives
403 with error type forbidden. No other scope grants access to these endpoints.
Response envelope
Every response uses the standard Management API envelope. Single resource —{ data, meta }:
{ data: [...], meta } with pagination fields:
{ error }:
Pagination
List endpoints acceptpage and per_page query parameters and slice the full tenant result set.
The
meta object returns total, page, per_page, and total_pages.
Sandbox and phantom-token environments
Gateways and agents are not environment-partitioned — the same gateway and agent objects are visible whether you authenticate with a live or a test key. The live/test distinction lives in the phantom token: a token minted with a test key is a test-environment token (kc_test_…), and a token minted with a live key is a live token (kc_live_…). There is no environment parameter on any request — the server derives it from the key you used to mint.
Idempotency
Mutating requests (POST, PATCH, DELETE) honour the router-level X-Idempotency-Key header. Send the same key to retry a request safely without creating duplicates.