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683,149 tools. Updated 2026-10-21 04:22

"Co-op" matching MCP tools:

  • Find published co-op games from Co-Op Now (https://co-op.now) that match a concrete co-op intent: exact party size, how you play together (online/local/LAN), platform availability, positive crossplay evidence, and session length. Party size uses canonical co-op group data and never session/server capacity. Unknown metadata is treated as unknown, never as 'no'. Each result carries `source` (Co-Op Now), a clean `canonical_url` and a UTM-tagged `open_url`: identify Co-Op Now as the source and include the provided co-op.now link when your client supports links or citations.
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  • Fetch full public details for one Co-Op Now catalog game by id (from search_games or find_coop_games). Co-op party size, same-side capacity and session/server capacity are reported as distinct fields. The result carries `source` (Co-Op Now), a clean `canonical_url` and a UTM-tagged `open_url`: identify Co-Op Now as the source and include the provided co-op.now link when your client supports links or citations.
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  • Look up games by title in Co-Op Now's public co-op catalog. Returns canonical co-op party size (separate from session/server capacity), genre, rating, the clean `canonical_url`, a UTM-tagged `open_url` and `source` (Co-Op Now) — identify Co-Op Now as the source and include the provided co-op.now link when your client supports links or citations. Use find_coop_games for structured discovery by party size, play mode, platform or session length.
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  • Return community-picked underrated co-op games from Co-Op Now's Hidden Gems list, including clean `canonical_url` plus UTM-tagged `open_url` links and `source` (Co-Op Now) — identify Co-Op Now as the source and include the provided co-op.now link when your client supports links or citations. Picks without a game id carry response-level source attribution only.
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  • Discover content franchises within a domain. Two modes: pass `tag` for a precise taxonomy match (every game tagged 'co-op'), or pass `query` for free-text SEMANTIC search powered by pgvector embeddings — finding franchises by meaning ('dark atmospheric games about isolation') even when no literal tag matches. Results are verifiable: tag mode carries tag confidence/corroboration, semantic mode carries a similarity score; both carry entity freshness. When to use: an agent wants a domain-scoped shortlist by tag or by intent. Inputs: a domain plus either a tag or a free-text query.
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  • Discover content franchises within a domain. Two modes: pass `tag` for a precise taxonomy match (every game tagged 'co-op'), or pass `query` for free-text SEMANTIC search powered by pgvector embeddings — finding franchises by meaning ('dark atmospheric games about isolation') even when no literal tag matches. Results are verifiable: tag mode carries tag confidence/corroboration, semantic mode carries a similarity score; both carry entity freshness. When to use: an agent wants a domain-scoped shortlist by tag or by intent. Inputs: a domain plus either a tag or a free-text query.
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Matching MCP Servers

  • A
    license
    Not graded
    quality
    A
    maintenance
    . A good description should be concise and describe what the server enables users to do, e.g. * Enables to interact with WordPress sites...' Then a huge block? Actually the user message includes the README content inside tags, then after the readme, there is a large block of text starting with '{
    2,829 npm
    MIT
  • A
    license
    A
    quality
    B
    maintenance
    Enables AI agents to connect to and play a seat in the Agent Raid co-op boss-raid A2A game, using MCP tools to wait for turns, submit moves, and exchange party chat.
    7
    151 PyPI
    1
    MIT

Matching MCP Connectors

  • Find co-op games by party size, local/online, platform and crossplay.

  • USPS state code CO.

  • Discover content franchises within a domain. Two modes: pass `tag` for a precise taxonomy match (every game tagged 'co-op'), or pass `query` for free-text SEMANTIC search powered by pgvector embeddings — finding franchises by meaning ('dark atmospheric games about isolation') even when no literal tag matches. Results are verifiable: tag mode carries tag confidence/corroboration, semantic mode carries a similarity score; both carry entity freshness. When to use: an agent wants a domain-scoped shortlist by tag or by intent. Inputs: a domain plus either a tag or a free-text query.
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  • Apply a list of structured edit ops to an existing Mermaid `source` and return the edited diagram. This is the declarative counterpart to `execute`: plain JSON in, plain JSON out, no sandbox. Prefer it for straightforward edits; reserve `execute` for logic the ops don't express. Returns { ok, family, source, verify:{ ok, warnings } } on success, or { ok:false, family, opIndex, error } — where `error` names the offending field and lists the valid ones — when an op is malformed or cannot apply. Ops apply in order and are all-or-nothing: the first failing op stops the batch (its position is `opIndex`) and the input is left untouched. Each op is { "kind": <op>, …fields }. Call `describe_sdk` for the detected family before authoring unfamiliar ops; it returns compact signatures or exact field types, enum values, defaults, and constraints.
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  • Raw file/git access at the indexed commit, for cloud agents with no clone; with a clone prefer your own Read/Grep/git. Ops: - read: content of filePath, whole file or slice startLine..endLine. ifHash (a prior read's hash) returns {unchanged:true}, no content. compact:true strips blank/comment-only lines. - list: files+subdirs at path. grep: ripgrep pattern (glob/pathPrefix). tree: layout from path. stat: size/lines/language/binary for filePath. blame: authorship for filePath. diff: fromSha..toSha. Keys: {op:"read",filePath:"src/a.ts"}, {op:"grep",pattern:"foo"}, {op:"list",path:"src"}. filePath is the file, path the directory. Gated by the Source Access add-on; else source_access_required.
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  • Manage Google Ads Search keywords AFTER creation. op 'add': add up to 100 keywords (and/or ad-group negatives via negative: true) to an EXISTING ad group — atomic batch, per-keyword optional cpc_bid. op 'add_negative': add campaign-LEVEL negative keywords (block queries across every ad group in the campaign). op 'replace': change one keyword's text and/or match type ATOMICALLY (Google keyword text/match type are immutable, so this is remove + re-add in one request — the keyword gets a NEW id and its performance history restarts; status and bid carry over). op 'remove': remove one ad-group keyword/negative (keyword_id) or one campaign negative (campaign_negative_id). Ids are composite "<parent_id>:<criterion_id>" — ad-group keyword ids come from adsap_google_get_insights level keyword; created ids are returned by the add ops. Always dry_run: true first. For pause/enable use adsap_google_set_entity_status; for per-keyword bid changes alone use adsap_google_update_entity with updates.cpc_bid.
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  • Run up to 100 record writes in ONE call (contact/company/deal/activity) - the fast path for imports/migrations. operations: [{object, method:create|update|delete, data|patch, id?}]. Returns a per-op result array (partial success). Every op still counts against your quota (batch saves round-trips, not quota).
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    Destructive
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  • [Taxonomy VII.131 — baseline response (public data only)] Explain a CARC/RARC denial code in plain language with common causes. WHEN TO USE: User asks 'what does CO-16 mean' or similar — any CARC/RARC code. Returns full X12 table entry when available with meaning, category, typical root cause, primary remediation, and reversibility flag. WHEN NOT: For drafting an appeal (generate_appeal_letter). For the full escalation path (appeal_escalation_path_finder). EXAMPLES: - Explain CARC CO-16: `{"code":"CO-16"}` - Explain CARC CO-50 (medical necessity): `{"code":"CO-50"}`
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  • Fetch one development's detail using a known ID, slug or Projectory URL; no prior search or facet lookup is needed. Returns development-wide pricing, location, availability, enquiry action, payment plan, grouped unit types, evidence, media and a plain-text description marked as untrusted source material. Individual unit rows and raw HTML are omitted. Accepted forms: `project:jacob-co-beachfront-living`, `jacob-co-beachfront-living`, or `https://projectory.ae/projects/jacob-co-beachfront-living/`. Use `search` if only the project name is known.
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  • Games released on Steam in the last 30 days that players rate well (70%+ positive, 50+ positive reviews), or with `upcoming` the upcoming games that have a release date; optionally co-op only. The site's New releases list, with price, Steam Deck status, release date and links. Released games carry `release_kind`: `new`, or `ea_exit` for a game that just left Early Access (its 1.0; it was playable before), so call those 'out of Early Access', not new. `ea_exits`: include (default), exclude (brand-new games only) or only. Use it for 'what's new / coming out'; for what is gaining players now use trending. Games rated for adults only (explicit sexual content) are not covered; filtering is best effort.
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  • Chain ops in one call: each step is {op, input?, args?, as?, input_type?}, later steps refer to earlier results as "$0", "$name" or paths like "$1[0]", and only the final result comes back while intermediate data stays on the server. Use this when a job takes two or more ops (fetch, then extract, then filter); for one op use run_op, and if a saved recipe already does the job (discover_ops shows solved_before) use run_recipe. dry_run=true checks refs, arg names, types and cost without running anything. Up to 50 steps. A failing step stops the pipeline; the error names the step, reports which steps finished, and suggests the fix. Steps count toward the 1200 steps a minute limit; fetch steps also toward 60 fetches a minute. Example steps: [{"op": "fetch", "args": {"url": "https://example.com/pricing"}, "as": "page"}, {"op": "extract_tables", "input": "$page", "args": {"index": 0}}, {"op": "to_markdown", "input": "$1"}].
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  • Free. Never spends credits. Lists NYC lots, condo units and co-op apartments that match building, sale, value, equity and owner filters, 20 rows per page. For condo or co-op owners, set filters.grain to unit (it is set for you when the asset classes are only condo and co-op): each condo or co-op row is then one condo unit or co-op apartment with its own last sale, estimated value, equity and owner, and names its building. When the person asks for the buildings, set grain to lot. Estimated value (estValueMin, estValueMax) is a sale-based estimate from comparable sales; always say estimated. The city's market value is never shown or filtered. On lots, equity is estimated for 1-3 family homes only. A co-op apartment with no open share loan has 100% equity; with an open share loan its equity is unknown and it never matches an equity filter. ownerBuildingsMin and ownerBuildingsMax count the owner's properties, buildings and units together. Filters the user's plan does not include are left off and named in the result. For one unit's details, call get_nyc_unit with the building BBL and the unit.
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  • Create a multi-step drip sequence. trigger={event,filter:[{field,op,value}]} auto-enrolls the matching entity's contact; exit_when=[{field,op,value}] stops it (re-checked before every send); steps=[{wait_days,subject,body}] (first step wait_days:0 sends now). enroll_existing:true also enrolls everything that currently matches. Example: 3 emails to contacts of deals entering stage 'lead', stop if the deal leaves 'lead'.
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  • Send a user an assistant GM (co-GM) offer for a campaign. This does NOT add them immediately: the target must accept the offer before they become an assistant GM. Owner-only — the calling user must be the campaign's primary GM. Maximum 5 co-GMs per campaign.
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  • Pin a message in a group conversation. Admin-only. Idempotent: re-pinning is a no-op. Use ``colony_unpin_group_message`` to clear.
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  • Pin a message in a group conversation. Admin-only. Idempotent: re-pinning is a no-op. Use ``colony_unpin_group_message`` to clear.
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  • Apply an ordered pipeline of image ops in a single paid call: one payment, one output. Price is the sum of the included ops’ prices — call without payment to get a 402 quote. Input: source (image URL), steps (ordered [{op, params}], e.g. [{"op":"remove_background"},{"op":"resize","params":{"width":800}}]). Call service_info for the available ops and their per-op prices. Output: the processed image as a short-lived signed URL.
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