Immersive Commons

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    RSVP to San Francisco AI events, book a room, borrow a VR headset, submit a 3D print, find members.

    Список инструментов сервера (22)

    Технические названия из tools/list. Нужны только разработчикам.

    ic_signal_list_issuesList issue summaries for THE SIGNAL, Immersive Commons' weekly AI intelligence dispatch. Newest first. No auth required. Args: { limit?: number (max 50, default 10) }. Returns: { issues: Array<{ slug, number, label, classification, title, dek, datespan, published, story_count, beat_count, html_url, markdown_url }> }.
    ic_signal_get_latestConvenience tool — returns the most-recent issue summary (same shape as one element of ic_signal_list_issues.issues[]). No auth required. Args: { include_stories?: boolean (default false — when true the issue's story list is inlined as stories[] with id/title/dek, saving a follow-up ic_signal_get_issue round trip) }.
    ic_donateSupport Immersive Commons with an on-chain USDC donation over x402 (HTTP 402 + USDC on Base). No auth required. Returns the donation tiers, the receiving wallet (payTo), the asset + network, and the donate URL. MCP can't run the in-band 402 handshake itself, so to donate: POST https://www.immersivecommons.com/api/x402/donate with an x402 X-PAYMENT header (sign an EIP-3009 USDC authorization for one of the tier amounts to payTo on the given network); the first call with no X-PAYMENT returns a 402 listing every tier in accepts[]. Optional donor { name, message } can be sent in the JSON body and appear on the public donor wall at /donate. Args: { tier?: string (a tier label, case-insensitive — narrows tiers[] to that single tier and adds `selected_tier` with the exact atomic USDC amount to sign; an unknown label returns error_kind:"validation" naming the valid labels) }.
    ic_donations_totalReturns the running total raised (USD), the donor count, and the most recent settled donations (name, amount, message, tx, ts) shown on the public donor wall at /donate. No auth required. Args: { limit?: number (1-50, default 10) }.
    ic_signal_get_issueFetch one issue by slug. Returns the full tree: beats[] (code/label/kicker/storyIds), stories[] (headline/dek/body/image/feature/meta), datespan, classification, published. No auth required. Args: { slug: string (e.g. "issue-05") }.
    ic_signal_get_storyFetch one story by (issue slug, story id). The story id is the kebab-case slug stored on each story (e.g. "grok-build", "shai-hulud-2"). Returns the story tree including body paragraphs, feature card, image, and source citations. No auth required. Args: { slug: string, story_id: string }.
    ic_signal_searchSubstring search across every published SIGNAL issue. Matches on issue title + dek, beat label + kicker, story headline + dek + body. Case-insensitive. Returns ranked hits with a snippet + the slug + (when matched in a story) story_id. No auth required. Args: { q: string (2-120 chars), limit?: number (max 50, default 10) }.
    ic_news_getReturns newagg's velocity-ranked AI news — each item carries url + velocity + summary (plus dek, beat, date, publishedAt, image, focal). This is the RAW aggregator feed (the same firehose that drives the floor10 news kiosk), a DIFFERENT surface from ic_signal_* (which serves THE SIGNAL, the weekly editorial dispatch). Items come back ranked highest-velocity-first (ties keep the feed's own order). No auth required. Args: { limit?: number (1-25, default 20), min_velocity?: number (>=1, default 1 — keep only items corroborated by >= this many sources), q?: string (2-80 chars, case-insensitive substring over title + summary) }.
    ic_presentations_listList the public archive of presentations given at Immersive Commons events, Vibe Coding Nights (VCN), ClawCamp, and other community talks — newest first, grouped by series. No auth required. NOT to be confused with ic_resources_list (that lists bookable rooms). Use ic_presentations_get for one VCN session's detail. Args: { series?: string (e.g. 'VCN'|'ClawCamp'|'Talk'), format?: 'deck'|'slides'|'video'|'doc'|'link', limit?: number (max 200, default 100) }. Returns: { count, total, series: string[], scaffold, by_series: Array<{ series, presentations: P[] }>, presentations: P[] (flat) } where P = { session_no (number, VCN-only; null for non-VCN talks), series, title, date, format, public_url, deployed, speaker?, event?, summary? }. `scaffold:true` means placeholder data (real manifest not yet synced). `public_url` is a direct view/download link, null if unpublished (local-only).
    ic_presentations_getFetch a single presentation by its session number (optionally disambiguated by series). Session numbers are VCN-only; non-VCN talks (ClawCamp, standalone Talks) have no session_no — discover those via ic_presentations_list (filter series='ClawCamp'). No auth required. Returns the full ingest-friendly record. Args: { session_no: number, series?: string }. Returns: { scaffold, presentation: { session_no, series, title, date, format, public_url, deployed, speaker?, event?, summary?, content? } } where `content` is the talk's full curated llms.txt distillation (present for decks that ship one — read it instead of fetching the deck). On a miss, an error listing the available { series #session_no } entries. If session_no alone is ambiguous across series, the newest match wins — pass `series` to target one exactly.
    ic_funko_catalogThe full catalog of things a Funko Me figure can earn — animation clips, props, skins, stages — with the condition that unlocks each one. No auth required; this is the rules table, not anybody's progress. Use it to explain to a human WHY something is locked, or to show what is worth doing on the floor. An item with no `requires` is granted to every signed-in member. Conditions read as either { signal, gte } (a measurable: commits this week, GLM tokens burned, events attended, days of tenure) or { minTier } (a membership ring). For one member's actual progress against these, call ic_funko_progress. Args: { kind?: 'clip'|'prop'|'skin'|'stage'|'capability' }. Returns: { ok, count, items[{ id, kind, label, blurb?, rarity, requires?, asset? }] }. No auth required.
    ic_spatial_beta_programEverything needed to apply to the Immersive Commons spatial-computing beta: the terms (50 testers, 5 weeks, $160 paid ON COMPLETION, in person at Frontier Tower San Francisco, strict NDA, a pre-release AI spatial-computing device 6-12 months from release), every application question, and the REASON each is asked. Call this BEFORE ic_spatial_beta_apply so you answer well instead of guessing. `gates` names the three booleans that decide most applications - the NDA, the 5-week commitment, and being able to attend in person; a no to any of them is very likely a rejection, and saying so honestly beats applying anyway. Args: none. Returns: { ok, form, cohort: { size, approved, remaining } }. No auth required.
    ic_spatial_beta_applySubmit an application to the 50-person spatial-computing beta. WRITES a real application under a real person's name and commits them to a 5-week in-person NDA-bound program, so CONFIRM EVERY ANSWER WITH YOUR HUMAN FIRST and never invent one on their behalf - particularly the NDA, commitment and in-person answers, which are promises they have to keep. Call ic_spatial_beta_program first for the catalog and the exact allowed values. One application per email address; a second is refused rather than silently merged. The response carries a `claim_token` shown EXACTLY ONCE: surface it to your human verbatim, because without it an applicant with no IC account can never read their own status again. No auth required; a token only attributes the application. Returns: { ok, application_id, claim_token, status, failed_gates, cohort, message }.
    ic_spatial_beta_statusWhere one application stands. Needs BOTH the application_id and the claim_token returned at submission: an id alone returns only public slot counts and never anyone's record, because ids travel through URLs and chat logs and must not work as credentials. A wrong or missing token is answered exactly like an unknown id, so this cannot be used to test whether an id exists. Args: { application_id, claim_token }. Returns: { ok, found, application?, cohort }. No auth required.
    ic_forms_listEvery form Immersive Commons is currently taking answers to, filtered by who you are. START HERE — do not guess a form id. Each entry carries its `form_id`, title, summary, the membership ring it is open to, whether YOU can answer it right now, and if you cannot, the reason and the ring you would need. A form you can SEE but not answer is LISTED rather than hidden, because a program nobody outside can discover is a program nobody outside ever joins; a form you may not see at all is omitted, because a list of titles you cannot open is a disclosure with no upside. What a listing never contains is anyone's answers. Args: none. Returns: { ok, count, forms[{ form_id, title, summary, audience, can_submit, cannot_submit_reason?, required_tier?, question_count }] }. No auth required; sending a token narrows nothing and only lets `can_submit` be truthful about your human's actual ring.
    ic_forms_getThe whole definition of one form: every question, its `kind` (short | long | bool | choice | email | url), whether it is required, the exact `options` a `choice` answer must match, and a `why` saying what the answer is actually used for. THIS IS THE READ-BEFORE-YOU-WRITE TOOL — call it before ic_forms_submit so you answer well instead of guessing, and relay each `why` to your human rather than deciding for them what a question is really asking. `facts` carries the program's own terms (things like how long it runs and what it pays) as ordered label/value pairs — read them to your human BEFORE they commit to anything. `gates` names the questions whose 'no' decides most submissions on its own; a truthful no there is recorded rather than blocking, and beats a flattering yes. TWO DIFFERENT RINGS, and confusing them is the main way an agent misleads its human here: `audience` is the minimum ring to SUBMIT (often `public`, meaning anyone at all), while `approval_requires_tier` is the minimum ring to be APPROVED. Anyone may raise a hand on an open call; being taken can still require membership. Report both, and never tell your human they qualify on the strength of `can_submit` alone. `accepting_submissions` is live runtime state, not a property of the definition — a form can be closed between your read and your submit. Args: { form_id }. Returns: { ok, form, can_submit, accepting_submissions, cannot_submit_reason?, required_tier? }. No auth required. An unknown form and a form you may not see return the SAME not_found, on purpose — telling a stranger 'that exists but is not for you' is itself the disclosure.
    ic_forms_submitSubmit answers to one form. NO TOKEN REQUIRED — a form whose audience is `public` takes answers from a caller with no account at all, which is deliberate: the web page accepts anonymous submissions, so an agent path that demanded a token would make acting for your human HARDER than doing it by hand. Each form still declares its own audience ring and it is checked here, live, on every call; a refusal names the ring and how to ask for it, and is distinct from 'no such form'. THIS WRITES A REAL SUBMISSION UNDER A REAL PERSON'S NAME. CONFIRM EVERY ANSWER WITH YOUR HUMAN BEFORE CALLING THIS AND NEVER INVENT ONE — an answer you guessed becomes a promise they have to keep, and the gate questions in particular are commitments rather than preferences. Call ic_forms_get first for the question ids, kinds and exact allowed options. WHAT THIS IS: an expression of interest that opens a screening step — NOT a final application, and nothing is signed here. Do not tell your human they have applied; tell them they have raised their hand. If they are selected, a separate application arrives from the partner out of band. One submission per email address per form; a second is REFUSED and the first is NOT overwritten, so a correction goes to the form's contact address rather than a resubmit. A `claim_token` comes back ONLY for an unattributed submitter, and only once — surface it verbatim, because it is then the only way they can ever read their own submission again. A caller carrying an identity gets none and does not need one. Args: { form_id, answers }. Returns: { ok, submission_id, status, failed_gates, claim_token?, counts, message }. No auth required; a token only attributes the submission.
    ic_forms_my_submissionThe status of one submission — YOUR human's, never anybody else's. No token required. Two ways in: a signed-in identity resolves its own record with no id at all, or `submission_id` plus the `claim_token` handed back once at submit time opens the record that token belongs to. An id ALONE never works: ids travel through URLs and chat logs, and if an id were a credential every stranger's answers would be readable by anyone who ever saw a link. A wrong id, a wrong token and an id that was never issued all return the same `found: false`, so this cannot be used to test which ids exist. What comes back is status, dates and failed gates — never the answers as stored, never the reviewer's private note. Args: { form_id, submission_id?, claim_token? }. Returns: { ok, found, submission? }. No auth required.
    ic_forms_withdrawTake your human's own submission back. NO TOKEN REQUIRED, and no token grants this on anyone else's behalf: the ONLY things that open a record here are your human's signed-in identity or the submission_id plus the one-time claim_token handed back at submit. An operator cannot do it for them, a reviewer cannot do it for them, and `admin:forms_manage` does not reach this — withdrawing belongs to the person who submitted, because a reviewer withdrawing on somebody's behalf is a rejection wearing that person's name. CONFIRM WITH YOUR HUMAN BEFORE CALLING, in the plainest words you have. THIS CANNOT BE UNDONE BY ANYONE HERE: no reviewer can move a withdrawn record back, and on a form that asks for an email address, answering again on that address is REFUSED, so a withdrawal is not a way to redo an application. If they had been APPROVED, withdrawing hands their place back to the group and somebody on the waitlist can take it — `freed_slot` in the response tells you whether that happened, and it is the sentence to read to them. Idempotent: a record that was already withdrawn comes back ok with `changed: false` rather than an error, so a retry after a timeout is safe. A wrong id, a wrong token and an id that was never issued all return the same `found: false`, so this cannot be used to test which ids exist. Args: { form_id, submission_id?, claim_token? }. Returns: { ok, found, submission_id?, status?, previous_status?, changed?, already_withdrawn?, freed_slot?, counts?, message }. No auth required.
    ic_scheduling_list_meeting_typesWhat you may book with one IC member: every PUBLIC meeting type they publish, with its duration, location kind, notice window and booking horizon. START HERE — a slug guessed rather than read is the commonest way an availability call returns not_found. NO TOKEN REQUIRED, and that is the point: a visitor's agent must be able to discover a member's booking link without an IC account, exactly as a human opening the link can. Visibility is filtered in the scheduling service's own SQL — members_only, unlisted and deactivated types never reach this response and are not filtered here, so an empty meeting_types means this member publishes nothing public, NOT that a filter hid something. min_notice_minutes and horizon_days are the two policy fields that decide whether a slot you want can exist at all; read them before proposing times to your human. The same reads are served by the scheduling service itself at https://sched.skew.site; its protocol document is https://sched.skew.site/v1/.well-known/scheduling. Args: { handle }. Returns: { ok, member:{handle,display_name,tz}, meeting_types[{slug,title,description,duration_minutes,location_kind,min_notice_minutes,horizon_days,requires_approval}] }. No auth required.
    ic_scheduling_get_availabilityOpen slots for one meeting type AND the member's full booking policy, in ONE response. The policy is included deliberately so you can solve locally instead of probing: repeated narrowing calls are what turn a lookup into a negotiation, and this surface refuses to be negotiated with. Every start/end is UTC ISO-8601 with a trailing Z; member.tz and the echoed viewer_tz are IANA zone names — never do wall-clock arithmetic without one. READ complete BEFORE YOU READ slots. ok:true with complete:false is an INCOMPLETE SUCCESS, not a failure: part of the member's calendar could not be read, coverage.unknown_minutes says how much and unknown_windows[] says which windows and why. Those windows are OMITTED from slots, never guessed free — so do not tell your human the member is free then, and do not tell them the member is busy then either. The honest sentence is that we could not see part of their calendar. horizon.effective_to may be earlier than what you asked for when a member's constraint data runs out; that is 'not offered', which is a definite statement and is NOT the same fact as unknown. An empty slots with complete:true genuinely means booked solid or outside the window. NO TOKEN REQUIRED. The same reads are served by the scheduling service itself at https://sched.skew.site; its protocol document is https://sched.skew.site/v1/.well-known/scheduling. Args: { handle, meeting_type, from?, to?, tz? }. Returns: { ok, complete, member, meeting_type{duration_minutes,slot_granularity_minutes,min_notice_minutes,max_per_day,buffer_before_minutes,buffer_after_minutes,location_kind,requires_approval}, slots[], coverage, unknown_windows[], horizon?, generated_at }. No auth required.
    ic_scheduling_manage_bookingThe way OUT of a booking, and it is first-class on purpose: an agent that has to ask its human to click a link in an email simply ghosts, and no-shows are the failure mode that actually burns members' time. NO TOKEN REQUIRED — the booking's own cancel_token IS the credential, exactly as a form's claim token is for an account-less submitter. Putting the exit behind an IC account nobody was issued is how a person ends up emailing a human to be removed. Authorization has not been skipped, it has MOVED into the resource: the token is checked in constant time and a WRONG token gives the SAME answer as a missing booking (not_found), so this cannot be used to discover which booking ids exist. action:read returns the booking's current state. action:cancel is idempotent — cancelling an already-cancelled booking is a SUCCESS, not an error, so a retry after a dropped response does not look like a failure. action:reschedule NEEDS start. A refused move leaves the original booking untouched: the release and the new booking are one transaction, so an error means nothing changed and you may try another slot. Confirm cancel and reschedule with your human first; both are visible to the member immediately. booking.id in a reschedule response is NEW and is the one to keep; cancel_token is unchanged. Reading the OLD id with the same token returns the LIVE booking (booking.id is the new id) plus superseded{id,start,end,rescheduled_by} naming the booking you asked for, so a saved manage link keeps working after the owner moves the meeting. Args: { booking_id, cancel_token, action, start?, reason?, idempotency_key? }. Returns: { ok, booking{id,status,start,end,cancel_token,cancelled_by,rescheduled_by,rescheduled_to}, superseded?{id,start,end,rescheduled_by}, member, meeting_type, location_url, ics, calendar{status} } or { ok:false, error_kind } from not_found | slot_taken | outside_window | too_soon | rate_limited | validation | transient. No auth required.
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