InfoLang Inc.

InfoLang Inc. Regimes API

World-phases, and which memories are governed by them — `il-regime`'s applicability algebra pointed at memory. A regime is an exact NAMED context (mission phase, jurisdiction, classification level, retention window); membership is a scope link somebody wrote down, never a timestamp. Ending a regime is not voiding it: an ended phase's memories still applied while it ran, which is retention with a law instead of a TTL field. All three lanes, gated on `coord:read` / `coord:write`; `501` where the upstream kernel verbs are not compiled in.

GitHub OpenAPI

Operations 11

POST /v2/workspaces/{id}/regimes Define a regime #
GET /v2/workspaces/{id}/regimes Resolve regimes by id (NOT an enumeration) #
GET /v2/workspaces/{id}/regimes/{regime} One regime's status #
POST /v2/workspaces/{id}/regimes/{regime}/applicability-map Draw one regime across a page of memories (the overlay) #
POST /v2/workspaces/{id}/regimes/{regime}/start Start a regime #
POST /v2/workspaces/{id}/regimes/{regime}/end End a regime (retention, the Update shape) #
POST /v2/workspaces/{id}/regimes/{regime}/void Void a regime (retroactive, operator-floored) #
POST /v2/workspaces/{id}/regimes/{regime}/conflict Declare two regimes in conflict #
POST /v2/workspaces/{id}/regime-conflicts/{conflict}/adjudicate Rule on a conflict (operator-floored) #
POST /v2/workspaces/{id}/regimes/{regime}/scope Scope an existing memory to a regime #
POST /v2/workspaces/{id}/regime-scopes/{scope}/descope Withdraw one scope link #

Specifications

⚙
OpenAPI
https://artifacts.apis.io/infolang-ai/openapi/infolang-ai-regimes-api-openapi.yml

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OpenAPI Specification

infolang-ai-regimes-api-openapi.yml Raw ↑ 
openapi: 3.2.0
info:
  title: InfoLang Regimes API
  version: 2.0.0
  description: 'The InfoLang gateway. `/v2` is the console + runtime API; the raw Kairos runtime surface stays proxied at `/v1` and `/mcp`, and **Canon** — the coordination layer — at `/coord/v1` where the deployment serves it (`capabilities.canon` on `GET /v2/me`). ## Three credential lanes


    Every `/v2` request carries a bearer token, and its prefix decides the lane:


    | Lane | Credential | For |

    |---|---|---|

    | **session** (`sessionAuth`) | Supabase session JWT | the website / console |

    | **oauth** (`oauthTokenAuth`) | `il_oauth_…` | a HUMAN who connected an MCP client (Claude, an IDE) |

    | **key** (`apiKeyAuth`) | `il_live_…` / `il_test_…` | MACHINES — SDKs, servers, CI |


    The gateway verifies only the session lane, minting a separate Kairos runtime token for upstream calls; the two `il_*` credentials are classified and forwarded verbatim, and Kairos verifies them and enforces the credential↔workspace binding. ## Which lanes a route accepts


    The general rule: **anything scoped to a workspace accepts all three lanes; the routes with no workspace in the path are session-only.** Concretely —


    - **All three lanes:** the runtime ops (`Runtime`), memories and namespaces (`Memories`), `GET /v2/whoami`, the read-only `Usage` and `Activity` views, and — since credential scoping — every `/v2/workspaces/{id}/…` route: keys, members, workspace CRUD, billing, ingest, webhooks, plus `GET /v2/me`. - **Session-only:** `POST /v2/bootstrap`, the workspace collection (`GET`/`POST /v2/workspaces`), the principal-keyed `/v2/billing` routes, and the console''s playground. These answer 403 `lane_not_supported` to an `il_*` credential: with no workspace in the path there is nothing for the gateway to bind the credential to. Each route''s `security` block is authoritative. **Accepting a lane is not granting access** — an `il_*` credential also has to carry the route''s scope (below). ## Scopes


    A credential may carry LESS authority than the principal behind it. Scopes are how you say so, and they are written `resource:action`:


    - `write` on a resource implies `read` on the same resource — `memories:write` covers recall. `workspace:delete` implies nothing else. - The resources are `memories`, `coord`, `compute`, `ingest`, `usage`, `activity`, `keys`, `members`, `workspace`, `billing` and `webhooks`. `compute:read` (encode, similarity) is stateless — it touches no stored data. `coord:read`/`coord:write` cover **Canon**, the coordination layer, and are enforced by Kairos on `/coord/v1/*` rather than by the gateway. - Wildcards (`*`, `:*`, `*:read`) are accepted **when creating** a credential and are resolved right then, into the concrete set. A wildcard will NOT silently widen to cover resources InfoLang adds later; to pick up a new resource, create a new credential. - A credential can be restricted to specific workspaces and given `not_before` and/or `expires_at`. Outside `[not_before, expires_at)` it is rejected with 401 `credential_expired`. - A credential can also be restricted to specific **namespaces** — the resource axis below workspace. See below; it has consequences worth reading before you grant one. - A credential minted before scoping shipped carries no scope record and resolves to a fixed legacy default, so nothing broke when scopes arrived. Each scoped route says below whether that default covers it. ### Two ceilings


    A request is allowed only if **both** hold:


    1. the credential''s scopes permit the operation, **and**

    2. the role of the principal behind the credential permits it on that workspace (Owner > Admin > Member > ReadOnly). **Neither ceiling can raise the other.** A key carrying `keys:write` held by a principal whose role is ReadOnly cannot manage keys; equally, an Owner presenting a key scoped only to `memories:read` cannot manage keys with it.'
servers:
- url: https://api.infolang.ai
  description: Production
tags:


# --- truncated at 32 KB (65 KB total) ---
# Full source: https://artifacts.apis.io/infolang-ai/openapi/infolang-ai-regimes-api-openapi.yml