"A platform to consolidate all messaging apps in one place" matching MCP tools:

• add_to_cart

  PuroAir

  Add a product to a cart and return its checkout URL. IMPORTANT: this does NOT charge or place an order. It returns a ``cart_url`` /``checkout_url`` the shopper opens to review the pre-filled cart and pay themselves. Use for "add X to my cart" / "I want to buy X". For multiple items in one cart, use create_checkout. Verify availability with check_stock first — adding an out-of-stock item wastes the shopper's click-through. Args: sku: Product SKU (from list_products / search_products). quantity: How many (default 1).

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• axint.templates.list

  Axint

  List all 26 bundled reference templates in the Axint SDK. Returns a JSON array of { id, name, description } objects — one per template. Templates cover messaging, productivity, health, finance, commerce, media, navigation, smart-home, and entity/query patterns. No input... Use: use to discover valid template ids before templates.get. Effects: read-only template metadata; writes no files and uses no network.

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• send_message

  Dock

  Send a direct message to another agent or human in the messaging substrate. Wires through cue.dock.svc, the same path the /live UI uses, so the recipient sees this message in their drawer (and, once they have a Dock-connected agent worker running, their agent harness's inbox). Address format is `<agent_slug>@<user_slug>`: `flint@socrates` targets the `flint` agent owned by user `socrates`; `self@<user_slug>` targets a human's synthetic self-agent (use this to message a human directly when you don't know which of their agents to ping). Use this when an agent legitimately needs to ask a teammate (human or agent) for help, hand off work, or follow up async; don't use it as a chat-ops side-channel for things that belong in workspace events. Sender identity follows the caller: agent callers send AS themselves, user callers send AS their self-agent (`self@<their_slug>`). Body cap is 32,000 chars. Returns `{ messageId, threadId, to }` on success. The recipient is resolved against the substrate's identity space, NOT against your accessible workspace set, this is messaging, not workspace write access. Pre-cue.dock.svc-deploy environments return `cue_not_configured` (caller treats as 'messaging not deployed yet').

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• dispatch_social_listening_researcher_async

  Heista

  Dispatch to the SOCIAL LISTENING RESEARCHER — multi-platform community-signal interpretation. Use for: "what are practitioners saying about X across platforms / what jargon is emerging in field Y / what is the cross-platform discourse around brand/topic Z". Treats T3 community sources as primary data, distinguishes cross-platform patterns from single-platform noise. ≥3 platforms sampled per brief. Returns: Signal map (Signal / Platforms / Volume / Sentiment + recency) + Per-platform evidence trail + Cross-platform vs single-platform classification + Confidence flag + Sources. NOT for: single-source thematic work (use dispatch_qualitative_researcher) / numerical sentiment effect sizes (use dispatch_quantitative_researcher). ASYNC version: returns { job_id } immediately, the specialist runs durably on a Vercel Workflow (no 300s timeout). Use this version when the specialist is expected to take >90s. Call get_dispatch_result(job_id) periodically (respect wait_ms_hint in the response) until status === 'completed' or 'failed'. Idempotent: same brief + same org reuses the same job_id, so retries don't fan out duplicate runs.

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• dero_durl_to_scid

  DERO MCP Server

  Composite: resolve a TELA dURL (e.g. "vault.tela") to its on-chain SCID(s) by discovering TELA apps directly from chain — no external Gnomon indexer required. TELA apps advertise a human-readable dURL; this finds the contract(s) that claim it. When to call: when a user asks "what's the SCID for <something>.tela", "find the TELA app called X", or gives a dURL and wants the contract. IMPORTANT routing: for a registered DERO NAME like "quickbrownfox" (no dot, not a dURL), use dero_name_to_address instead — that is a name to address lookup, not a TELA app. This tool is only for TELA dURLs (they contain a dot / .tela / a dero:// prefix). Input Requirements: - `durl` is REQUIRED. A TELA dURL such as "vault.tela", "feed.tela", or "dero://cipherchess.tela". Case- and prefix-insensitive. Output: `{ query, normalized, found, match_count, scid, primary, collision, other_candidates[], narrative, related_docs }` on a hit; `{ query, normalized, found:false, match_count:0, hint }` on a miss. dURLs are NOT unique — when multiple contracts claim one, the NEWEST is returned as `scid`/`primary` and the rest are disclosed in `other_candidates` with `collision:true`. The first call triggers a ~10s one-time discovery scan of the newest chain contracts (cached afterward). Feed the returned scid to tela_inspect to view the app.

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• add_to_cart

  Agentic Shelf

  Add a product to a cart and return its checkout URL. IMPORTANT: this does NOT charge or place an order. It returns a ``cart_url`` /``checkout_url`` the shopper opens to review the pre-filled cart and pay themselves. Use for "add X to my cart" / "I want to buy X". For multiple items in one cart, use create_checkout. Verify availability with check_stock first — adding an out-of-stock item wastes the shopper's click-through. Args: sku: Product SKU (from list_products / search_products). quantity: How many (default 1).

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• get_connected_account

  PocketLedger MCP

  Return the PocketLedger account linked to this chat session, including profile details and connected AI apps. Call when the user asks who they are logged in as, which account is connected, or which apps have access.

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• build_menu

  DuckHub QR Menu

  THE bulk tool: create or update the whole menu in one call — categories, ingredients and products (with composition, modifier groups and inline translations), all keyed by YOUR externalId and idempotent (safe to retry; re-running updates in place). For large or first-time payloads call with dryRun:true first — full validation and plan-limit checking with a create/update/skip preview and ZERO writes. CAUTION (replace semantics): when a product includes ingredientExternalIds, modifierGroups or modifierGroupExternalId, that array is treated as the FULL set and REPLACES what exists — anything unlisted is detached. For single-field edits of one product prefer the set_product tool (which never touches those arrays). Changes affect the DRAFT menu only — nothing is guest-visible until publish. Money is in minor units (12.50 → 1250).

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• emem_at

  emem — Earth memory protocol

  One-shot multi-band recall at a place (or lat/lng). Defaults to emem's standard at-a-glance band set; pass `band` / `bands` to override. Polygon-resolved places stay at the centroid by default (`n_cells: 1`) to keep multi-band calls cheap — pass `n_cells: 2..=64` to fan out. When to use: Use when the user names a place and wants the standard situational readout (vegetation + elevation + landcover + recent weather) without picking bands. Polygon-aware: `place` that resolves to a polygon (park, lake, district) lands at the centroid unless `n_cells` widens it. For a single band, use the domain-specific shortcuts (emem_ndvi, emem_air, …) or emem_recall directly.

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• emem_ndvi

  emem — Earth memory protocol

  Recall Sentinel-2 NDVI (indices.ndvi, 10 m native) at a point or place. Composes locate → cell64 → recall in one call; auto-materializes on miss. When to use: Use when the user names a place (or lat/lng) and just wants the NDVI number. Polygon-resolved places default to a 16-cell fan-out aggregated as mean/median. Set `n_cells: 1` for point behaviour. For multi-band batches use emem_recall.

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• emem_state

  emem — Earth memory protocol

  Get one dense numeric fingerprint that summarises everything known about a place — ready to feed into similarity search, a classifier, or clustering. Two views: `encoder` returns a single AI-model embedding (128-D Tessera, 1024-D Clay, 1024-D Prithvi); `cube` returns the full 1792-D vector concatenated across every band, with a per-band coverage manifest. When to use: Call this when the user wants a machine-usable summary of a place rather than individual band readings — e.g. 'give me a feature vector for this location', 'how do I represent this place for ML', or before running similarity / linear-probe / clustering downstream. Also use it to get one rebindable handle (`memory_token` / `state_cid`) that cites the whole place. Default `view=encoder` is the cheap single-recall path; pass `view=cube` for the full attested view (its `coverage[]` lets you tell signed-zero from not-yet-materialised). Then hand the vector to `emem_find_similar` (k-NN), `emem_compare` (two-place cosine), or `emem_verify_receipt` (audit the signature).

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• emem_state_multi

  emem — Earth memory protocol

  Get the place's fingerprint from several AI models at once (`geotessera`, `clay_v1`, `prithvi_eo2`, `galileo`) in one call, returned as a per-model map. Each model is tried independently; any that can't produce a vector here show up under `missing` with a reason instead of failing the whole request. When to use: Call this when the user wants a second (or third) opinion on what a place looks like — 'do the different models agree this is forest / urban / water?', 'which model has the freshest read here?', or when you want all the embeddings concatenated for a stronger downstream classifier. Use the single-model `emem_state` instead when one embedding is enough. Pass `encoders: [...]` to narrow the set.

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• openmeteo_geocode

  open-meteo-mcp-server

  Resolve a place name to ranked coordinate matches with country, region, elevation, timezone, and population. Required prerequisite for name-based queries — all weather tools take latitude/longitude, not place names. Search by a bare place name (city, region, or landmark); never fold a qualifier into it — pass "Baoding", not "Baoding Hebei", and "Paris", not "Paris, France". To disambiguate places that share a name, set the country input (ISO 3166-1 alpha-2, e.g. "US") and/or read the admin1 and country fields on each ranked result — admin1 is a result field for choosing among matches, not a search input. Returns up to 10 matches ranked by population/relevance.

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• schedule

  reassign

  Find conflict-free time and place one or more events — the easiest way to book work without computing slots yourself. (If you already know both an exact start AND end, use write_events create instead.) YOU resolve any relative phrasing ("tomorrow", "next monday", "this afternoon") into the structured fields; this tool does no date parsing. Pass `requests`, each with a `name`, `duration` ("90m", "1h30", "2h"), a `date` (ISO "YYYY-MM-DD"), and EITHER an exact `start` ("HH:MM", 24-hour) to place there, OR an `earliest`/`latest` ("HH:MM") window to search within (map "afternoon" → earliest "13:00", latest "18:00"), OR neither to search the whole working day. For each request: if exactly one conflict-free time fits it is created immediately with an `undoToken`; otherwise you get ranked `options` and a `commitToken` — call confirm_schedule to pick one (or set `autoCommitBest: true` on a flexible request to book the top pick in one shot and skip that round-trip). Requests are placed in order and kept off each other's committed slots. Each request may carry a `request_id` so retries don't double-book. If the user has a Google Calendar connected with a default sync calendar, a scheduled event is also pushed to Google, the same as a dial create. The response reports per-request `results` (each with its 0-based `index`).

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• place

  DC Member API

  GET /places/:placeID — Get place details Fetch full details for one Google Place ID. Useful for verifying a placeID before sending it to `POST /trips` (which only accepts `type: "city"` placeIDs and rejects venues with a 400). Same shape as a single entry from `GET /places/search`.

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• move_to_sprint_tasks

  ProWoDo

  Move one or more tasks (and all their descendants) into a sprint, or back to the product backlog. Pass `task_ids` (non-empty list, all in the same project) and `sprint_id` (null = backlog). Closed sprints are rejected. Returns moved_count and affected_ids.

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• add_to_cart

  Graffeo Coffee Roasting

  Add a product to a cart and return its checkout URL. IMPORTANT: this does NOT charge or place an order. It returns a ``cart_url`` /``checkout_url`` the shopper opens to review the pre-filled cart and pay themselves. Use for "add X to my cart" / "I want to buy X". For multiple items in one cart, use create_checkout. Verify availability with check_stock first — adding an out-of-stock item wastes the shopper's click-through. Args: sku: Product SKU (from list_products / search_products). quantity: How many (default 1).

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• list_organizations

  Dashform MCP Server

  List all organizations the authenticated user belongs to, with their role in each. Use switch_active_org to change which one MCP acts on.

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• maps_place_details

  Google_maps

  "Hours / phone / reviews of [business]" / "Google business info for [place]" / "is [restaurant] open" — full details for a Google Place: address, phone, hours, website, ratings, user reviews. Requires a place ID from `maps_place_search`. Use after search to drill into one specific business.

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• oauth_create_authorization

  WoopSocial Social Media MCP

  Generates a browser authorization URL for connecting a new social account to a project. This endpoint is useful for multi-user integrations where your application lets your own users, clients, or brands connect their social accounts to WoopSocial without giving them access to your WoopSocial account. A common flow is: 1. Create or select a WoopSocial project for your user, client, or brand. 2. Call this endpoint from your backend with that `projectId`, the target `platform`, and a `redirectUrl` in your application. 3. Open the returned `url` in your user's browser. 4. After OAuth completes, WoopSocial redirects the browser back to `redirectUrl` with result query parameters. 5. Use `projectId` and `socialAccountIds` from the redirect, or call `GET /social-accounts?projectId=...`, to store or confirm the connected account in your application. When `redirectUrl` is provided, the browser is redirected back to that URL after the OAuth callback is handled. For Facebook, WoopSocial shows a page-selection screen after authorization because Facebook may return more pages than the user appeared to select in the Facebook dialog in cases where the user has authorized with WoopSocial previously. The selected pages are connected to the single `projectId` from this request, then WoopSocial redirects back to `redirectUrl` when one was provided. When `redirectUrl` is provided, WoopSocial appends these query parameters on success: - `status=success` - `projectId`: the project identifier from the request - `platform`: the connected social platform - `socialAccountIds`: comma-separated connected social account identifiers. This may contain one or more IDs depending on the platform OAuth flow. When `redirectUrl` is provided, WoopSocial appends these query parameters on failure: - `status=error` - `projectId`: the project identifier from the request - `platform`: the requested social platform - `error`: an OAuth callback error code If the OAuth callback state is missing or expired, WoopSocial cannot safely determine the original `redirectUrl`, so the callback returns an HTTP error instead of redirecting. The redirect never includes OAuth tokens or credentials.

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