{"name":"sh.stipple/openwarrant","slug":"stipple-openwarrant","title":"Stipple — Document Verification & Extraction","description":"Document forensics: tamper/AI checks, fields, tables, identity, screening, tenders, citations.","url":"https://mcp.market/server/stipple-openwarrant","rating":null,"grade":"B","score":73,"certified":false,"status":"active","category":"other","tags":[],"presence":{"score":23,"stars":0,"forks":0,"downloads_week":null,"last_push_at":"2026-08-29T22:59:14.000Z","license":"MIT"},"uptime":{"percent":100,"checks":6,"ok":6,"last_checked_at":"2026-09-21T00:45:51.652Z","last_ok_at":"2026-09-21T00:45:51.652Z","latency_ms":440},"claimed":false,"transport":"remote","callable_via_gateway":true,"default_price_micros":0,"repository":"https://github.com/Sketchjar/stipple-mcp","website":"https://www.stipple.sh/docs/mcp","version":"0.3.1","remotes":[{"type":"streamable-http","url":"https://www.stipple.sh/mcp"}],"packages":[],"tools":[{"name":"buyer_awards","description":"What a buyer has awarded, what is ending, and what they plan. FREE.\n\nUSE THIS WHEN someone asks about a specific buyer before a bid: \"who holds Transport for\nNSW's work\", \"what is ending soon at Queensland Health\", \"what does this agency usually\npay\". Give `buyer` (the organisation name as published) or `buyer_key` (from a tender's\nbuyer, or a previous answer).\n\nReturns `{buyer, expiring[], planned[], recent_awards[], top_suppliers[], open_tenders[],\ncomputed_at, sources}`: the nightly rollup (awards in the window, value quartiles as\npublished, median response window), contracts ending within 12 months with the incumbent,\nplanned procurements with their quarter and spend band, the suppliers who win from them\n(name and share), and open tenders under the same name.\n\nANONYMOUS CALLERS SEE COUNTS, VALUES, DATES AND BUYERS; supplier and incumbent names are\nwithheld and `withheld_reason` says so. Relay that sentence as it is. Values are the\npublished amount and currency, never converted; `computed_at` is the night the figures\nare true for - say it. Coverage is Australia and New Zealand sources named in\n`sources`, each with the attribution its licence requires.\n","write_action":false,"price_micros":0,"input_schema":{"type":"object","properties":{"buyer":{"anyOf":[{"type":"string"},{"type":"null"}],"default":null,"title":"Buyer"},"buyer_key":{"anyOf":[{"type":"string"},{"type":"null"}],"default":null,"title":"Buyer Key"}},"title":"buyer_awardsArguments"}},{"name":"check_document","description":"Cheap cache-check: has this exact document already been inspected? Hash the file\n    yourself (sha256, lowercase hex) and call this before verify_document to skip a redundant\n    (paid) inspection. Returns {cached, warrant_id, permalink}.","write_action":false,"price_micros":0,"input_schema":{"type":"object","properties":{"sha256":{"title":"Sha256","type":"string"}},"required":["sha256"],"title":"check_documentArguments"}},{"name":"check_pack","description":"Check whether a SET of documents satisfies a checklist — completeness, cheaply.\n\n    USE THIS WHEN you have an application / onboarding pack and need \"do we have the required\n    documents, and what's still missing?\" Each document is CLASSIFIED (one cheap page-1 read —\n    never full field extraction or multi-page), then matched against the checklist's required\n    slots. (For \"is a document genuine?\" use verify_document; to identify ONE document use\n    extract_fields with options={\"classify\": true}; for the identity gate use verify_identity.)\n\n    Define the checklist ONE of two ways:\n      - `scheme`: a named preset — \"income_proof\", \"lending_prequal\", \"rental_application\".\n      - `requirements`: an ad-hoc checklist — a list of document-type names like\n        [\"payslip\",\"bank_statement\"], or objects {\"key\":..., \"accepts\":[types], \"optional\":bool}.\n\n    `documents` is a list (up to 12), each ONE of: {\"url\": \"https://...\"} (public link, fetched\n    server-side) or {\"bytes_b64\": \"...\", \"filename\": \"statement.pdf\"} (inline).\n\n    Returns `{complete, slots[] (key, satisfied, matched), missing[], documents[] (filename,\n    classified_type), unmatched_documents[]}`. COVERAGE, not approval — that the right document\n    TYPES are present, NOT that any is genuine (run verify_document) or that an application is\n    approved. Documents are never stored.\n    ","write_action":false,"price_micros":0,"input_schema":{"type":"object","properties":{"documents":{"items":{"additionalProperties":true,"type":"object"},"title":"Documents","type":"array"},"scheme":{"anyOf":[{"type":"string"},{"type":"null"}],"default":null,"title":"Scheme"},"requirements":{"anyOf":[{"items":{},"type":"array"},{"type":"null"}],"default":null,"title":"Requirements"}},"required":["documents"],"title":"check_packArguments"}},{"name":"check_source_overlap","description":"Check whether text OVERLAPS text published on the public web — a plagiarism-style\n    check: does this text appear elsewhere? was this copied? find the source of this text.\n\n    Provide the document ONE way: `text` (pasted prose), `url` (a public http(s) link —\n    fetched server-side; that page and its host are excluded from matches), OR `bytes_b64`\n    (a base64 PDF/.docx/text file, plus `filename` for routing).\n\n    Returns two evidence tiers, never mixed: `matches` are EXACT/near-verbatim overlaps\n    confirmed against the fetched source page — each carries the quoted text from both\n    sides, the source URL, and char spans for highlighting. `possible_paraphrases` are\n    model JUDGEMENTS (reworded overlap), clearly labelled, never quotes, and alone they\n    cap the overlap band at \"low\". `overlap_band` summarises: none | low | notable | high.\n\n    HONEST SCOPE: this searches the PUBLIC WEB within capped queries — it is not an\n    academic-database check, absence of matches is never an originality certificate, and\n    overlap says nothing about who published first or intent. Plagiarism is a judgement\n    this tool never makes. English-language prose only; non-prose and unsupported\n    languages abstain (`applicable: false`). Free within the weekly cap.\n    ","write_action":false,"price_micros":0,"input_schema":{"type":"object","properties":{"text":{"anyOf":[{"type":"string"},{"type":"null"}],"default":null,"title":"Text"},"url":{"anyOf":[{"type":"string"},{"type":"null"}],"default":null,"title":"Url"},"bytes_b64":{"anyOf":[{"type":"string"},{"type":"null"}],"default":null,"title":"Bytes B64"},"filename":{"default":"document.pdf","title":"Filename","type":"string"}},"title":"check_source_overlapArguments"}},{"name":"detect_ai_text","description":"Estimate the PROBABILITY that a document's text was AI-GENERATED (LLM-written prose).\n\n    USE THIS WHEN someone shares prose — an essay, cover letter, article, review, application,\n    or report (or a link to one) — and asks: did an AI / ChatGPT write this? is this\n    human-written? detect AI text.\n\n    Provide the document ONE way: `text` (pasted markdown/plain prose), `url` (a public http(s)\n    link to a page or PDF — fetched server-side, the cheapest call), OR `bytes_b64` (a base64\n    PDF/file, plus `filename` for routing). Returns\n    `{probability, lean, tells, reasoning, applicable}`.\n\n    HONEST SCOPE: the probability is the model's CONFIDENCE, not a calibrated truth — it can\n    false-flag templated/coached or non-native-English writing. It works on PROSE only: for a\n    form/table/numeric document (payslip, statement) it returns `applicable: false` and abstains,\n    because AI-text detection false-positives badly there — use `verify_document` (the\n    authenticity engine) for those, and `verify_references` to check a doc's citations/claims.\n    ","write_action":false,"price_micros":0,"input_schema":{"type":"object","properties":{"text":{"anyOf":[{"type":"string"},{"type":"null"}],"default":null,"title":"Text"},"url":{"anyOf":[{"type":"string"},{"type":"null"}],"default":null,"title":"Url"},"bytes_b64":{"anyOf":[{"type":"string"},{"type":"null"}],"default":null,"title":"Bytes B64"},"filename":{"default":"document.pdf","title":"Filename","type":"string"}},"title":"detect_ai_textArguments"}},{"name":"extract_fields","description":"Extract structured FIELDS from a document (PDF or image) with a vision model.\n\n    USE THIS WHEN you need specific values OUT of a document — a payslip's gross/net, an invoice's\n    total/ABN, a form's checkboxes, a table's cells — rather than a yes/no about the document. (For\n    \"is this genuine?\" use verify_document; \"what kind of document is this?\" is\n    `options={\"classify\": true}` right here.)\n\n    Say WHAT to pull, four ways:\n      - `fields`: an ad-hoc list — names like [\"gross_pay\",\"abn\"], or objects\n        {\"name\":..., \"type\":\"text|amount|date|boolean\", \"description\":...}. THE general case: ask\n        for exactly the fields your task needs. Use type \"boolean\" for a checkbox/tickbox.\n        `\"question\"` works instead of `\"description\"` if you would rather just ask:\n        {\"name\":\"customer_name\", \"question\":\"What is the customer name?\"}.\n      - `template`: a named preset — \"payslip\", \"tax_invoice\", \"bank_statement\", \"receipt\".\n      - NEITHER: AUTO — the document is classified and that type's fields are used.\n      - auto on an unrecognised type: schema-free — every labelled field is returned.\n\n    Provide the document ONE way: `url` (a public http(s) link — fetched server-side, the cheapest\n    call) OR `bytes_b64` (inline base64, plus `filename` for PDF-vs-image routing). `country` is an\n    optional hint; `max_pages` caps how many pages are read (default a few; hard ceiling 10).\n\n    `options` turns on extra capabilities. Every one defaults OFF, and asking for one that this\n    server does not support is an ERROR naming it — never a silent no-op, so you can always tell\n    \"asked wrongly\" from \"nothing found\". Available today:\n      - `{\"grounding\": true}` — every value gains `bbox` (the rectangle it was read from, in PDF\n        points, origin top-left) and `text_layer_match`. Use it to CITE a value back to the page.\n        Born-digital PDFs only for now; a scan returns `bbox: null` and `grounding: \"none\"`.\n      - `{\"flag_below\": 0.7}` — adds `needs_review`, the fields under that confidence, weakest\n        first. Use it to route the doubtful ones to a human instead of checking everything.\n      - `{\"tables\": true}` — adds `tables`: whole tables with their rows. On a PDF these are\n        read from the document's own rules and coordinates (exact cells, merged-cell colspans,\n        no model call and NO CREDIT for the table pass); on a scan the model reads the rows and\n        the table says `source: \"vlm\"` with no cell geometry. `{\"tables\": {\"formats\":\n        [\"json\",\"markdown\",\"html\"], \"borderless\": true, \"cells\": true}}` to tune it.\n      - `{\"classify\": true}` — adds `classification`: the full verdict (type, country,\n        confidence, evidence), not just the routing. Free in auto mode.\n      - `{\"redact\": true}` — adds `pii` (a MASKED inventory) and `redacted_text`, so you can\n        extract and check for personal data in ONE call. A field you NAMED is still returned in\n        full; the inventory never is. Two things to know before turning it on: `redacted_text`\n        is the document's WHOLE text body with detected PII replaced — for a PDF that means\n        every page, not just the ones `max_pages` covers — and redaction is best-effort\n        coverage, so anything it failed to detect stays in that text verbatim. It also costs\n        an extra page-equivalent per page, because it is a second model pass.\n      - `{\"layout\": true}` — adds `layout.blocks`: every text block with its role\n        (heading/body), font, size, column and reading order. Born-digital PDFs only; free.\n      - `{\"links\": true}` — adds `links`: the PDF's own link annotations with uri, anchor\n        text and bbox. Free. A URL merely PRINTED on the page is not an annotation.\n      - `{\"figures\": true}` — adds `figures`: where the embedded images sit (bbox and pixel\n        size), never the bytes. Free.\n      - `{\"chunks\": true}` — adds `chunks`: retrieval-ready pieces that carry provenance a\n        text splitter cannot give you — `heading_path` (where in the document), `bbox` and\n        page range (citable back to the page), tables never sliced. Six strategies via\n        `{\"chunks\": {\"strategy\": \"section|page|chars|recursive|element|hierarchical\",\n        \"max_chars\": 1500, \"min_chars\": 200, \"overlap\": 100, \"include_headings\": true}}`.\n        `hierarchical` adds parent context chunks for small-to-big retrieval. Born-digital\n        PDFs only; free.\n      - `{\"split\": true}` — adds `documents`: the page ranges of the distinct documents in\n        one file (a bundle of 3 stapled PDFs -> 3 entries with types). One classifier call\n        per page, so it costs +1 page-equivalent per page read.\n    `render_scale` (one of 1.0, 1.5, 2.0, 3.0, 4.0; default 2.0) raises rasterisation for small or\n    dense print. Call `GET /v1/extract/capabilities` for the full machine-readable list.\n\n    COST: 1 credit per page read, minimum 1 — with `fields` or a `template` given, a one-page\n    receipt costs 1 and a ten-page statement costs 10; AUTO mode adds 1 for the routing\n    classification. Options that add model reads add page-equivalents (`redact` +pages, `split`\n    +pages replacing the auto/classify +1, `tables` +pages only on a scan); deterministic work\n    is free, and an encrypted PDF is charged the one-page floor only. Pages charged is\n    min(`max_pages`, the document's real length), resolved before the call runs, so you can\n    predict the price. Set `max_pages` to cap your spend on a long document.\n    CAPABILITY-ONLY: `options.classify` and/or `options.redact` with no `fields`, no\n    `template` and no other option skips field extraction entirely — classify-only costs\n    1 credit and redact-only 1 per page, exactly what the retired classify_document and\n    redact_pii tools charged.\n\n    Returns `{mode, document_type, fields{name:{value,confidence,page}}, not_found, pages_read,\n    page_limit, page_count}`. `page_count` is the document's real length, so you can see when\n    `max_pages` truncated it. EXTRACTION, not verification — values are what the document SHOWS,\n    not proof it is genuine. A field that isn't clearly present comes back in `not_found` (it\n    abstains rather than guessing).\n\n    `text_layer_match` is `exact` / `normalised` when the printed value was located on the page,\n    `multiple` when the same string appears more than once (no box — we will not guess which), and\n    `absent` when it is not there. It reports whether the string was FOUND, not that the value is\n    correct. The document is never stored.\n    ","write_action":false,"price_micros":0,"input_schema":{"type":"object","properties":{"url":{"anyOf":[{"type":"string"},{"type":"null"}],"default":null,"title":"Url"},"bytes_b64":{"anyOf":[{"type":"string"},{"type":"null"}],"default":null,"title":"Bytes B64"},"filename":{"default":"document.pdf","title":"Filename","type":"string"},"fields":{"anyOf":[{"items":{},"type":"array"},{"type":"null"}],"default":null,"title":"Fields"},"template":{"anyOf":[{"type":"string"},{"type":"null"}],"default":null,"title":"Template"},"country":{"anyOf":[{"type":"string"},{"type":"null"}],"default":null,"title":"Country"},"max_pages":{"anyOf":[{"type":"integer"},{"type":"null"}],"default":null,"title":"Max Pages"},"options":{"anyOf":[{"additionalProperties":true,"type":"object"},{"type":"null"}],"default":null,"title":"Options"},"render_scale":{"anyOf":[{"type":"number"},{"type":"null"}],"default":null,"title":"Render Scale"}},"title":"extract_fieldsArguments"}},{"name":"find_signals","description":"Signals: what may be tendered before it is. FREE.\n\nUSE THIS WHEN someone asks what is coming: \"which contracts in Queensland end in the next\nsix months\", \"what is planned for ICT next quarter\", \"what is expiring for this buyer\".\n`kind` is one of contract_expiry (a contract ending, with its incumbent),\nplanned_procurement (a buyer's stated plan with its quarter and spend band as published)\nor recurring_tender (derived from our own history, labelled `derived`). `jurisdiction`\nis one of AU, NZ, AU-NSW, AU-VIC, AU-QLD, AU-WA, AU-SA, AU-TAS, AU-ACT, AU-NT. `window_before` is an ISO date: signals whose\nwindow starts on or before it. `q` searches the subject, buyer and incumbent.\n\nReturns `{total, results[], computed_at, sources}`. Each signal carries `confidence`\n(`published` or `derived` - a vocabulary, not a score), its window (never invented: an\nexpiry's window IS the contract's end date; a planned row with no parseable quarter has\nnone), `evidence_ref` and `evidence_url`. ANONYMOUS CALLERS SEE EVERYTHING BUT THE\nINCUMBENT'S NAME; `withheld_reason` says so - relay it as it is.\n","write_action":false,"price_micros":0,"input_schema":{"type":"object","properties":{"kind":{"anyOf":[{"type":"string"},{"type":"null"}],"default":null,"title":"Kind"},"jurisdiction":{"anyOf":[{"type":"string"},{"type":"null"}],"default":null,"title":"Jurisdiction"},"buyer":{"anyOf":[{"type":"string"},{"type":"null"}],"default":null,"title":"Buyer"},"q":{"anyOf":[{"type":"string"},{"type":"null"}],"default":null,"title":"Q"},"window_before":{"anyOf":[{"type":"string"},{"type":"null"}],"default":null,"title":"Window Before"},"limit":{"default":25,"title":"Limit","type":"integer"}},"title":"find_signalsArguments"}},{"name":"find_tenders","description":"Search open tenders across Australia and New Zealand.\nFREE, within the weekly cap.\n\nUSE THIS WHEN someone asks what public-sector work is open: \"any council drainage\ntenders in Victoria\", \"what's closing this month in NSW\", \"show me federal IT\nopportunities\". For \"which of these could MY company actually bid for\", use\nmatch_tenders instead — that reads their website and ranks against it.\n\n`jurisdiction` is one of AU, NZ, AU-NSW, AU-VIC, AU-QLD, AU-WA, AU-SA, AU-TAS, AU-ACT, AU-NT. `tier` is federal, national,\nstate, council, university or health. `closing_before` is an ISO date.\n`first_seen_after` (ISO-8601 instant, strictly newer) answers \"what is new since my last\nlook\" — first_seen is when WE first saw the tender, the honest clock for newness. There\nis deliberately no `location` filter: it is populated on 16% of rows while jurisdiction\nis populated on all of them, so filtering by it would silently hide most of the corpus.\n\nReturns `{total, results[], coverage}`. Each result carries title, buyer, jurisdiction,\nclosing_date, categories, a summary, a link, and source_id/source_tag/source_name/\nsource_url/source_refresh — plus `link_is_listing` when the portal publishes no\nper-tender URL and the link goes to the list it appeared on.\n\n`coverage` names which sources were searched and which returned nothing. Quote it if\nthe result is empty: \"no match in what we searched\" is true, \"there are none\" is not.\n","write_action":false,"price_micros":0,"input_schema":{"type":"object","properties":{"q":{"anyOf":[{"type":"string"},{"type":"null"}],"default":null,"title":"Q"},"jurisdiction":{"anyOf":[{"type":"string"},{"type":"null"}],"default":null,"title":"Jurisdiction"},"tier":{"anyOf":[{"type":"string"},{"type":"null"}],"default":null,"title":"Tier"},"source":{"anyOf":[{"type":"string"},{"type":"null"}],"default":null,"title":"Source"},"category":{"anyOf":[{"type":"string"},{"type":"null"}],"default":null,"title":"Category"},"closing_before":{"anyOf":[{"type":"string"},{"type":"null"}],"default":null,"title":"Closing Before"},"first_seen_after":{"anyOf":[{"type":"string"},{"type":"null"}],"default":null,"title":"First Seen After"},"include_closed":{"default":false,"title":"Include Closed","type":"boolean"},"limit":{"default":25,"title":"Limit","type":"integer"}},"title":"find_tendersArguments"}},{"name":"get_warrant","description":"Retrieve a stored warrant by id (e.g. 'warrant_<hex>') — the full bundle as JSON, or a\n    human-readable Markdown report when as_markdown=True.\n\n    USE THIS WHEN you have a warrant_id from an earlier verify_document / check_document call\n    and need the FULL evidence — every signal that fired, per-page findings, provenance — rather\n    than the summary the original call returned. Use as_markdown=True to get a report you can\n    show a human verbatim.","write_action":false,"price_micros":0,"input_schema":{"type":"object","properties":{"warrant_id":{"title":"Warrant Id","type":"string"},"as_markdown":{"default":false,"title":"As Markdown","type":"boolean"}},"required":["warrant_id"],"title":"get_warrantArguments"}},{"name":"match_tenders","description":"Rank open tenders against what a company actually does. Free, inside the weekly cap.\n\n    USE THIS WHEN someone asks which opportunities suit a specific business: \"what could we\n    bid for\", \"is there anything for a civil contractor in Victoria\", \"find work for\n    acme.com.au\". Give `company_url` — a plain domain is fine, we resolve it — and we read\n    their site, build a capability profile, and score the shortlist against it.\n\n    `example` runs a built-in profile (civil, it, facilities) with no site read, for\n    demonstrating the shape of the answer.\n\n    Returns `{profile, matched, shown, withheld, withheld_reason, matches[], degraded,\n    score_means, coverage}`. Each match has `score`, `band`, `why[]` — the company's own\n    stated capabilities this tender needs — and `gaps[]`, things the tender asks for that\n    their website does not mention. An anonymous call shows the strongest few and says\n    how many were withheld; relay `withheld_reason` as it is.\n\n    TELL THE USER WHAT THE SCORE IS: relative fit within these results, against what their\n    website says. NOT a probability of winning. And `gaps` is what to check before bidding,\n    not a list of everything the tender requires — that is in the tender documents.\n\n    When `degraded` is true, scoring was unavailable and the order is keyword relevance\n    only, with no `why`/`gaps`. Say so rather than presenting it as a judged ranking.\n    ","write_action":false,"price_micros":0,"input_schema":{"type":"object","properties":{"company_url":{"anyOf":[{"type":"string"},{"type":"null"}],"default":null,"title":"Company Url"},"example":{"anyOf":[{"type":"string"},{"type":"null"}],"default":null,"title":"Example"},"jurisdiction":{"anyOf":[{"type":"string"},{"type":"null"}],"default":null,"title":"Jurisdiction"},"closing_before":{"anyOf":[{"type":"string"},{"type":"null"}],"default":null,"title":"Closing Before"}},"title":"match_tendersArguments"}},{"name":"screen_adverse_media","description":"Screen a person or organisation for ADVERSE MEDIA and SANCTIONS exposure (KYC/AML).\n    PEP lists are not screened: `sanctions.flags.pep` is always false and `sanctions.note` says so.\n\n    USE THIS WHEN onboarding or due-diligence asks: does this subject appear in negative news\n    (fraud, money laundering, bribery, sanctions, trafficking, enforcement action), or on a\n    sanctions list? Pairs naturally after verify_identity.\n\n    Identify the subject ONE of two ways: pass `name` (plus any of `dob` as YYYY-MM-DD, `country`,\n    `aliases`, `employer`, `role` — these sharpen matching and cut same-name false positives), OR\n    pass an identity document via `url`/`bytes_b64` (+`filename`) and the subject is read from it.\n\n    Returns `{subject, sanctions{...}, adverse_media{...}, risk_flag, headline, limitations}`:\n    sanctions candidates are corroboration-gated (a name-only hit is `possible`, NEVER confirmed —\n    one common name matches several different people); media hits are entity-disambiguated and\n    classified, with same-name articles surfaced under `excluded`. This is screening COVERAGE, not a\n    determination — a hit means \"review this\", not \"guilty\"; \"nothing found\" is not a clean record.\n    Stateless — nothing is stored.\n    ","write_action":false,"price_micros":0,"input_schema":{"type":"object","properties":{"name":{"anyOf":[{"type":"string"},{"type":"null"}],"default":null,"title":"Name"},"dob":{"anyOf":[{"type":"string"},{"type":"null"}],"default":null,"title":"Dob"},"country":{"anyOf":[{"type":"string"},{"type":"null"}],"default":null,"title":"Country"},"aliases":{"anyOf":[{"items":{"type":"string"},"type":"array"},{"type":"null"}],"default":null,"title":"Aliases"},"employer":{"anyOf":[{"type":"string"},{"type":"null"}],"default":null,"title":"Employer"},"role":{"anyOf":[{"type":"string"},{"type":"null"}],"default":null,"title":"Role"},"url":{"anyOf":[{"type":"string"},{"type":"null"}],"default":null,"title":"Url"},"bytes_b64":{"anyOf":[{"type":"string"},{"type":"null"}],"default":null,"title":"Bytes B64"},"filename":{"default":"document.pdf","title":"Filename","type":"string"}},"title":"screen_adverse_mediaArguments"}},{"name":"submit_feedback","description":"Record thumbs up/down on a warrant's rating (the engine's precision-flywheel label\n    source). verdict must be 'up' or 'down'; note is optional free text.\n\n    USE THIS WHEN the ground truth became known after a verify_document call — e.g. the\n    document was later confirmed genuine or fraudulent — so the engine learns from the\n    outcome. Tell it what happened; it sharpens future inspections for everyone.","write_action":true,"price_micros":0,"input_schema":{"type":"object","properties":{"warrant_id":{"title":"Warrant Id","type":"string"},"verdict":{"title":"Verdict","type":"string"},"note":{"anyOf":[{"type":"string"},{"type":"null"}],"default":null,"title":"Note"}},"required":["warrant_id","verdict"],"title":"submit_feedbackArguments"}},{"name":"tender_sources","description":"Every source we search, what it is allowed to do, and what the last run returned.\n    FREE.\n\n    USE THIS WHEN someone asks where the data comes from, whether a particular portal is\n    covered, or why a search came back empty. It is the honesty surface: it names sources\n    behind login walls, sources whose robots.txt refuses us, and sources that returned\n    nothing on the last run and why.\n\n    Returns `{sources[], coverage}` — per source: id, tag, name, URL, refresh mode,\n    jurisdiction, tier, how it is accessed, what its robots.txt says, how many tenders we\n    hold from it, and its status on the most recent run. Snapshot sources include their\n    observed date and are not presented as nightly feeds.\n    ","write_action":false,"price_micros":0,"input_schema":{"type":"object","properties":{},"title":"tender_sourcesArguments"}},{"name":"verify_document","description":"Forensically inspect a document (PDF or image) for authenticity: tampering signs,\n    AI-generation indicators, arithmetic reconciliation (financial docs), and provenance.\n\n    USE THIS WHEN someone shares a payslip, bank statement, invoice, receipt, ID, certificate,\n    or contract and asks: is this genuine / real / authentic? has it been edited, doctored, or\n    photoshopped? can I trust this file? (For \"did an AI *write* this prose\" use\n    `detect_ai_text`; for \"are this report's citations real\" use `verify_references`. Both are\n    available in this canonical suite.)\n\n    Provide the document ONE way: `url` (a public http(s) link — fetched server-side, the\n    cheapest call: no need to download or encode anything) OR `bytes_b64` (inline base64, plus\n    `filename` so PDF-vs-image routing is right).\n\n    Returns the headline result — `risk_band` (low/medium/high/insufficient/error),\n    `inspection_quality` (coverage, orthogonal to risk), `recommended_action`, a `summary`, the\n    RISK-axis `risk_findings`, and a shareable `permalink`. This is a SIGNAL, not a fraud\n    verdict — a human or agent adjudicates. Use `get_warrant(warrant_id)` for the full evidence\n    bundle. Identical bytes are cached by content hash — `check_document` first skips a\n    redundant, paid inspection.\n    ","write_action":false,"price_micros":0,"input_schema":{"type":"object","properties":{"bytes_b64":{"anyOf":[{"type":"string"},{"type":"null"}],"default":null,"title":"Bytes B64"},"url":{"anyOf":[{"type":"string"},{"type":"null"}],"default":null,"title":"Url"},"filename":{"default":"document.pdf","title":"Filename","type":"string"},"fresh":{"default":false,"title":"Fresh","type":"boolean"}},"title":"verify_documentArguments"}},{"name":"verify_identity","description":"Run an Australian identity check over a SET of identity documents. A vision model reads\n    each document (which ID it is, which fields it shows — name/photo/address/signature — and its\n    issue date); a deterministic engine then tallies them against a scheme and reports whether\n    identity is established, and exactly what's still missing if not.\n\n    USE THIS WHEN someone needs to verify a person's identity from their documents — KYC /\n    onboarding / \"do these documents satisfy the 100-point check?\" Pass ALL the person's\n    documents together (a passport alone is 70 points; the check needs >= 100).\n\n    `documents` is a list, each item ONE of: {\"url\": \"https://...\"} (public link, fetched\n    server-side) or {\"bytes_b64\": \"...\", \"filename\": \"passport.pdf\"} (inline). Up to 10.\n    `scheme`: \"afp_100_point\" (points, default) or \"austrac_safe_harbour\" (category combinations).\n\n    Returns `{established, points/target or satisfied_path, documents[] (per-document: type,\n    fields shown, whether it counted and why-not), reason, accepts, ...}`. This is identity\n    COVERAGE, not a forgery judgment — run verify_document for authenticity. Documents are\n    never stored.\n    ","write_action":true,"price_micros":0,"input_schema":{"type":"object","properties":{"documents":{"items":{"additionalProperties":true,"type":"object"},"title":"Documents","type":"array"},"scheme":{"default":"afp_100_point","title":"Scheme","type":"string"}},"required":["documents"],"title":"verify_identityArguments"}},{"name":"verify_references","description":"Fact-check a document's REFERENCES and CLAIMS — built for AI-generated reports whose\n    citations must be checked before they're trusted.\n\n    USE THIS WHEN someone shares a report, article, whitepaper, or deep-research export (or a\n    link to one) and asks: is this accurate / legit? are these citations real? fact-check this.\n    did the AI make this up? Also use it proactively before relying on any AI-written document.\n\n    Provide the document ONE way: `url` (a public http(s) link to a PDF or web page — fetched\n    server-side, the cheapest call: no need to download or encode anything), `text` (pasted\n    markdown/plain prose), OR `bytes_b64` (a base64 PDF; URLs are read from the PDF's link\n    annotations, so they're exact). Default (fast): provenance (is it a ChatGPT deep-research\n    export?), citation resolution (live / archived / dead, papers matched against arXiv/Crossref\n    to catch 'real ID, wrong paper'), and internal MATH (recompute the doc's own arithmetic).\n    Set `deep=true` to also fetch each cited source and judge whether it SUPPORTS or CONTRADICTS\n    the claim (slower, ~a minute).\n\n    Returns a trust summary, per-item tables, and a shareable `permalink` to the public\n    fact-check record. HONEST BOUNDARY: this reports verification COVERAGE, not truth —\n    'supported' means evidence-backed (not necessarily true) and 'unsupported' means no evidence\n    found (not necessarily false). It tells a reviewer WHERE to look; it does not bless the\n    document, and it never affects the fraud risk band.\n    ","write_action":false,"price_micros":0,"input_schema":{"type":"object","properties":{"text":{"anyOf":[{"type":"string"},{"type":"null"}],"default":null,"title":"Text"},"url":{"anyOf":[{"type":"string"},{"type":"null"}],"default":null,"title":"Url"},"bytes_b64":{"anyOf":[{"type":"string"},{"type":"null"}],"default":null,"title":"Bytes B64"},"filename":{"default":"document.pdf","title":"Filename","type":"string"},"deep":{"default":false,"title":"Deep","type":"boolean"}},"title":"verify_referencesArguments"}}],"scan":{"score":73,"grade":"B","scanned_at":"2026-09-20T20:58:48.148Z","report":{"scannerVersion":"0.1.9","scannedAt":"2026-09-20T20:58:48.031Z","components":{"code":{"score":-1,"max":25,"notes":["remote-only server, no package to scan"]},"reliability":{"score":17,"max":20,"notes":["remote reachable in 2618ms"]},"poisoning":{"score":13,"max":15,"notes":["16 tool descriptions checked"]},"auth":{"score":3,"max":15,"notes":["open endpoint exposes 2 write-action tools with no auth"]},"maintenance":{"score":15,"max":15,"notes":["last push 22 days ago"]},"identity":{"score":7,"max":10,"notes":["namespace and repository owner differ","GitHub account older than a year","website matches verified namespace"]}},"findings":[{"id":"auth.open-write","severity":"high","component":"auth","title":"Write-action tools reachable without authentication"},{"id":"poison.long-description","severity":"low","component":"poisoning","title":"Unusually long tool description (over 2,000 characters)","evidence":"tool extract_fields: …Extract structured FIELDS from a document (PDF or image) with a vision model. USE THIS WHEN you need specific values OUT of a document — a payslip's gross/net, an invoice's total/ABN, a form's checkboxes, a table's cells — rather than a yes/no about the document. (For \"is this genuine?\" use verify_document; \"what kind of document is this?\" is `options={\"classify\": true}` right here.) Say WHAT to pull, four ways: - `fields`: an ad-hoc list — names like [\"gross_pay\",\"abn\"], or objects {\"name\":..., \"type\":\"text|amount|date|boolean\", \"description\":...}. THE general case: ask for exactly the fields your task needs. Use type \"boolean\" for a checkbox/tickbox. `\"question\"` works instead of `\"description\"` if you would rather just ask: {\"name\":\"customer_name\", \"question\":\"What is the customer name?\"}. - `template`: a named preset — \"payslip\", \"tax_invoice\", \"bank_statement\", \"receipt\". - NEITHER: AUTO — the document is classified and that type's fields are used. - auto on an unrecognised type: schema-free — every labelled field is returned. Provide the document ONE way: `url` (a public http(s) link — fetched server-side, the cheapest call) OR `bytes_b64` (inline base64, plus `filename` for PDF-vs-image routing). `country` is an optional hint; `max_pages` caps how many pages are read (default a few; hard ceiling 10). `options` turns on extra capabilities. Every one defaults OFF, and asking for one that this server does not support is an ERROR naming it — never a silent no-op, so you can always tell \"asked wrongly\" from \"nothing found\". Available today: - `{\"grounding\": true}` — every value gains `bbox` (the rectangle it was read from, in PDF points, origin top-left) and `text_layer_match`. Use it to CITE a value back to the page. Born-digital PDFs only for now; a scan returns `bbox: null` and `grounding: \"none\"`. - `{\"flag_below\": 0.7}` — adds `needs_review`, the fields under that confidence, weakest first. Use it to route the doubtful ones to a human instead of checking everything. - `{\"tables\": true}` — adds `tables`: whole tables with their rows. On a PDF these are read from the document's own rules and coordinates (exact cells, merged-cell colspans, no model call and NO CREDIT for the table pass); on a scan the model reads the rows and the table says `source: \"vlm\"` with no cell geometry. `{\"tables\": {\"formats\": [\"json\",\"markdown\",\"html\"], \"borderless\": true, \"cells\": true}}` to tune it. - `{\"classify\": true}` — adds `classification`: the full verdict (type, country, confidence, evidence), not just the routing. Free in auto mode. - `{\"redact\": true}` — adds `pii` (a MASKED inventory) and `redacted_text`, so you can extract and check for personal data in ONE call. A field you NAMED is still returned in full; the inventory never is. Two things to know before turning it on: `redacted_text` is the document's WHOLE text body with detected PII replaced — for a PDF that means every page, not just the ones `max_pages` covers — and redaction is best-effort coverage, so anything it failed to detect stays in that text verbatim. It also costs an extra page-equivalent per page, because it is a second model pass. - `{\"layout\": true}` — adds `layout.blocks`: every text block with its role (heading/body), font, size, column and reading order. Born-digital PDFs only; free. - `{\"links\": true}` — adds `links`: the PDF's own link annotations with uri, anchor text and bbox. Free. A URL merely PRINTED on the page is not an annotation. - `{\"figures\": true}` — adds `figures`: where the embedded images sit (bbox and pixel size), never the bytes. Free. - `{\"chunks\": true}` — adds `chunks`: retrieval-ready pieces that carry provenance a text splitter cannot give you — `heading_path` (where in the document), `bbox` and page range (citable back to the page), tables never sliced. Six strategies via `{\"chunks\": {\"strategy\": \"section|page|chars|recursive|element|hierarchical\", \"max_chars\": 1500, \"min_chars\": 200, \"overlap\": 100, \"include_headings\": true}}`. `hierarchical` adds parent context chunks for small-to-big retrieval. Born-digital PDFs only; free. - `{\"split\": true}` — adds `documents`: the page ranges of the distinct documents in one file (a bundle of 3 stapled PDFs -> 3 entries with types). One classifier call per page, so it costs +1 page-equivalent per page read. `render_scale` (one of 1.0, 1.5, 2.0, 3.0, 4.0; default 2.0) raises rasterisation for small or dense print. Call `GET /v1/extract/capabilities` for the full machine-readable list. COST: 1 credit per page read, minimum 1 — with `fields` or a `template` given, a one-page receipt costs 1 and a ten-page statement costs 10; AUTO mode adds 1 for the routing classification. Options that add model reads add page-equivalents (`redact` +pages, `split` +pages replacing the auto/classify +1, `tables` +pages only on a scan); deterministic work is free, and an encrypted PDF is charged the one-page floor only. Pages charged is min(`max_pages`, the document's real length), resolved before the call runs, so you can predict the price. Set `max_pages` to cap your spend on a long document. CAPABILITY-ONLY: `options.classify` and/or `options.redact` with no `fields`, no `template` and no other option skips field extraction entirely — classify-only costs 1 credit and redact-only 1 per page, exactly what the retired classify_document and redact_pii tools charged. Returns `{mode, document_type, fields{name:{value,confidence,page}}, not_found, pages_read, page_limit, page_count}`. `page_count` is the document's real length, so you can see when `max_pages` truncated it. EXTRACTION, not verification — values are what the document SHOWS, not proof it is genuine. A field that isn't clearly present comes back in `not_found` (it abstains rather than guessing). `text_layer_match` is `exact` / `normalised` when the printed value was located on the page, `multiple` when the same string appears more than once (no box — we will not guess which), and `absent` when it is not there. It reports whether the string was FOUND, not that the value is correct. The document is never stored. …"}],"inputs":{"probes":[{"url":"https://www.stipple.sh/mcp","reachable":true,"authRequired":false,"latencyMs":2618,"serverInfo":{"name":"stipple","version":"1.27.2"}}],"packages":[],"repo":{"found":true,"owner":"Sketchjar","repo":"stipple-mcp","archived":false,"pushedAt":"2026-08-29T22:59:14Z","stars":0,"forks":0,"openIssues":0,"ownerType":"User","ownerAvatarUrl":"https://avatars.githubusercontent.com/u/13993126?v=4","ownerCreatedAt":"2015-08-27T05:33:43Z","license":"MIT"},"icon":{"url":"https://www.stipple.sh/icon.svg?cec6f4232f8cbd47","source":"site"},"presence":{"stars":0,"forks":0,"downloadsWeek":null,"license":"MIT","lastPushAt":"2026-08-29T22:59:14.000Z","score":23}}}},"grade_history":[],"reviews":[]}