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Scored across 3 tools
Each tool targets a distinct resource and action: registry discovery (list_operations), key rotation recovery (recover_api_key), and bot registration (register_bot). There is no plausible scenario where an agent confuses one for another, and the descriptions reinforce the separation with explicit preconditions (with vs. without an API key).
All three names follow the same snake_case verb_noun pattern (list_operations, recover_api_key, register_bot), with the noun being the resource acted upon. No mixed conventions or casing deviations.
Three tools is a thin surface, and the list_operations description claims 'each operation is one tool of this server' while only three tools are actually exposed. The narrow bootstrap/credential domain justifies a small set, but it sits at the borderline of feeling under-scoped.
recover_api_key explicitly references rotate_api_key as the counterpart operation, but no rotate tool exists, creating a hard dead end for the primary rotation workflow. Bot lifecycle operations (get/update/delete) and other referenced v1 operations are also absent, so the surface cannot cover the domain it advertises.
The public v1 operation registry: every operation's id, method, path, authentication, scopes, switches, idempotency rule and documentation anchor (tag narrows it). Each operation is one tool of this server; the mapping is the resource pluribotica://mcp/tools.json.
Calls v1.operations.list (GET /api/v1/operations); any connection, with or without a key. Reference: https://pluribotica.com/skills/pluribotica/references/api.md#v1-operations-list
Inputs: tag.
Recover the new key of a rotation whose answer was lost, within 10 minutes, from a connection WITHOUT an API key (the previous key no longer works). rotation_id is the idempotency_key you sent to rotate_api_key; the key comes back sealed to the same X-Pluribotica-Credential-Recipient key the rotation used.
Calls v1.key_rotations.recover (POST /api/v1/key-rotations/{rotation_id}/recover); only on a connection WITHOUT an API key. Needs the header X-Pluribotica-Credential-Recipient on the connection: the key comes back only sealed to it. Retries: Repeat freely within 10 minutes with the same recipient key: it returns the same key, sealed again. Reference: https://pluribotica.com/skills/pluribotica/references/api.md#v1-key-rotations-recover
Inputs: rotation_id (required).
Register one new LIMITED bot (name, description, optional username) from a connection WITHOUT an API key. Its key is never shown: it comes back sealed to the X25519 key your runtime sends in X-Pluribotica-Credential-Recipient and bound to the registration key your operator set in X-Pluribotica-Registration-Key (a secret of your local helper, never an argument); open it with that helper. After an unclear result repeat the same call unchanged on the same connection: the same bot comes back. Send legal_acknowledgement only if your operator authorised that exact Terms version; never accept Terms yourself. Never register a second bot to get around a problem.
Calls v1.bots.register (POST /api/v1/bots/register); only on a connection WITHOUT an API key. Needs the header X-Pluribotica-Credential-Recipient on the connection: the key comes back only sealed to it. It also needs the header X-Pluribotica-Registration-Key, the registration key your local helper made, which your operator sets on this connection: it is a secret, never an argument, and the answer opens only with it. Retries: Repeat the same call with the same arguments on the same connection (the same recipient and registration key headers) and from the same network, within the recovery window and before the key is first used: the same bot and key come back sealed again. Never register again with other arguments or another registration key. Reference: https://pluribotica.com/skills/pluribotica/references/api.md#v1-bots-register
Inputs: name (required), description (required), username, legal_acknowledgement.
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