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SELISE Signature MCP Server

by selisesignature Your server? Claim it
answering

SELISE Signature is answering right now. Last checked 15 min ago. It exposes 4 tools.

Prepare and send documents for electronic signature with SELISE Signature.

Uptime history 12 days of history
12 days agonow
100.0%
Uptime 24h
91 of 91 checks
4
Tools
read from the server
236 ms
Response time
average over 24h
open, no key
Access
streamable-http

Nothing serious here today

Today is the operative word: we check SELISE Signature every 15 minutes and re-read its code on every release. Watch it and you find out the day that stops being true.

Three servers free · no card

Connect this server

Endpoint below is the one we actually reach during checks — not the one copied from a README. Last verified 15 min ago.

run in your terminal
claude mcp add signature --transport http https://signaturemcp.selise.biz/mcp
~/Library/Application Support/Claude/claude_desktop_config.json
{
  "mcpServers": {
    "signature": {
      "url": "https://signaturemcp.selise.biz/mcp"
    }
  }
}
~/.codex/config.toml
[mcp_servers.signature]
url = "https://signaturemcp.selise.biz/mcp"
.cursor/mcp.json
{
  "mcpServers": {
    "signature": {
      "url": "https://signaturemcp.selise.biz/mcp"
    }
  }
}
.vscode/mcp.json
{
  "mcpServers": {
    "signature": {
      "url": "https://signaturemcp.selise.biz/mcp"
    }
  }
}

Available tools 4

Read directly from the server with tools/list, grouped by what they act on. If a tool disappears, we record the date.

prepare
prepare_and_send_free_signature_document
Prepare a NEW free-signature document from one PDF, add placements, and send it in one workflow. Accept Base64, a public HTTPS download URL, an existing SELISE storage file ID, a reference from the binary upload endpoint, or a ChatGPT attachment through chatgptFile. Uploads new bytes or reuses the existing storage file. Use only when sending is requested and all participant details and actual PDF placements are known. For an already prepared document, use send_prepared_signature_document instead. This tool does not itself sign the PDF. Provide exactly ONE file source: documentBase64 (raw standard Base64), documentUrl (public HTTPS PDF download URL, including a temporary signed URL), storageFileId (an existing SELISE storage PDF accessible to this server), uploadId (the exact short-lived reference returned by this server's HTTP POST /uploads), or chatgptFile (the host-provided file object for a PDF attached in ChatGPT). In ChatGPT, use chatgptFile via the declared file-input integration for a user attachment; its download_url and file_id are supplied by the host. Do not combine sources, invent file content or IDs, or pass local paths to the server. A bare ChatGPT attachment ID is not a documentUrl or storageFileId. Other clients can continue using the four generic sources. For binary upload, POST multipart/form-data with one file part named file to /uploads on this server's HTTP deployment, then use the returned uploadId before expiresAt; uploading does not prepare or send a document. Raw application/pdf uploads with a fileName query parameter are also accepted. The uploadId is valid for one hour; keep it private. Source PDFs are validated consistently. documentUrl must return PDF bytes without additional authentication headers; the server does not use browser cookies, login pages, or private-network URLs. It follows at most three public HTTPS redirects. Storage files and upload references are reused without a second upload. Supply fileName ending in .pdf and the normal preparation fields for every method. A file reference is not a documentId and does not mean preparation has completed. Maximum actual PDF size for every source on this server: 26214400 bytes, excluding Base64 encoding or multipart overhead. PDFs must be readable, unencrypted, and have supported page geometry. File-source retrieval and validation happen before preparation. Never fabricate file content. ownerEmail must match one of the signatories' emails. Signatory emails must be unique (case-insensitive). Provide a positive integer signingOrder for every signatory or omit it for all; role defaults to signer. Ask for missing participant details; do not invent people or change their intended roles to satisfy validation. Role values and behavior: signer signs the contract; reviewer is a view-only participant who can see the contract but has no action to perform; approver reviews and approves the contract without signing. Map a requested viewer to reviewer, and a requested reviewer who must approve to approver. The literal value viewer is not accepted. If the intended action is unclear, ask before choosing a role. Set coordinateSystem to page_percent. ALL field types use the same page-relative percentages: (0,0) is the top-left of the visible page, x increases rightward, y increases downward; 100 is the full page width or height, not 1. pageNumber is zero-based (0 is the first page). x/width are percentages of page width; y/height are percentages of page height. Positions must be >= 0, sizes > 0, x + width <= 100 and y + height <= 100. Example: x=10,y=80,width=30,height=10 starts 10% from the left and 80% from the top, covering 30% of page width and 10% of its height. The server reads each PDF page and handles backend units and field-specific conversions. Do not supply pixels, PDF points, or backend coordinates, or guess a placement from an unrelated image. Use the actual visible page and the user's intended field location. Unrepresentable placements, unreadable PDFs, 180-degree rotated placement pages, and text fields on rotated/cropped pages are rejected before sending; provide a flattened PDF if requested by the error. Provide at least one signatureCoordinates entry; optional coordinate arrays default to empty. Every coordinate's signatoryEmail must identify a participant in this document. Every signatory with role signer (including the default role) must have at least one signatureCoordinates entry, and every signature coordinate email must appear in signatories. The reviewer (view-only) and approver (approval without signing) roles do not sign and are not subject to this MCP signer-coverage check; do not invent signature placements for them. Every coordinate array applies to the selected source PDF. If placements are missing, obtain them; use prepare_free_signature_document only when preparation alone is intended. Returns sent when rollout succeeds, or pending when accepted but unconfirmed. sent does not mean completed signing. A failed combined workflow may already have uploaded or prepared a document; inspect its status before choosing a follow-up action. Keep returned documentId, fileId, operationId, and trackingId when present. pending means accepted but completion is unconfirmed: check get_signature_document_status with documentId instead of resubmitting. UNKNOWN_OUTCOME, a timeout, or a lost response may follow a successful submission; do not automatically repeat a preparation or send call. Inspect status when an ID is available; an empty status list does not make a retry safe. INVALID_REQUEST means inputs need correction; REQUEST_FAILED gives a referenceId for diagnosis. If the cause is unclear, ask for clarification or use the referenceId rather than guessing. Repeating a preparation can create another document. Use only the declared fields. Ask for missing facts instead of inventing values. Service credentials are configured on the server and must not be included in tool arguments.
prepare_free_signature_document
Prepare a NEW free-signature document from one PDF without sending it. Accept Base64, a public HTTPS download URL, an existing SELISE storage file ID, a reference from the binary upload endpoint, or a ChatGPT attachment through chatgptFile. New bytes are uploaded; existing storage/upload references are reused. Use when preparation is requested or placements are not ready; do not call again for an existing or pending document. Provide exactly ONE file source: documentBase64 (raw standard Base64), documentUrl (public HTTPS PDF download URL, including a temporary signed URL), storageFileId (an existing SELISE storage PDF accessible to this server), uploadId (the exact short-lived reference returned by this server's HTTP POST /uploads), or chatgptFile (the host-provided file object for a PDF attached in ChatGPT). In ChatGPT, use chatgptFile via the declared file-input integration for a user attachment; its download_url and file_id are supplied by the host. Do not combine sources, invent file content or IDs, or pass local paths to the server. A bare ChatGPT attachment ID is not a documentUrl or storageFileId. Other clients can continue using the four generic sources. For binary upload, POST multipart/form-data with one file part named file to /uploads on this server's HTTP deployment, then use the returned uploadId before expiresAt; uploading does not prepare or send a document. Raw application/pdf uploads with a fileName query parameter are also accepted. The uploadId is valid for one hour; keep it private. Source PDFs are validated consistently. documentUrl must return PDF bytes without additional authentication headers; the server does not use browser cookies, login pages, or private-network URLs. It follows at most three public HTTPS redirects. Storage files and upload references are reused without a second upload. Supply fileName ending in .pdf and the normal preparation fields for every method. A file reference is not a documentId and does not mean preparation has completed. Maximum actual PDF size for every source on this server: 26214400 bytes, excluding Base64 encoding or multipart overhead. PDFs must be readable, unencrypted, and have supported page geometry. File-source retrieval and validation happen before preparation. Never fabricate file content. ownerEmail must match one of the signatories' emails. Signatory emails must be unique (case-insensitive). Provide a positive integer signingOrder for every signatory or omit it for all; role defaults to signer. Ask for missing participant details; do not invent people or change their intended roles to satisfy validation. Role values and behavior: signer signs the contract; reviewer is a view-only participant who can see the contract but has no action to perform; approver reviews and approves the contract without signing. Map a requested viewer to reviewer, and a requested reviewer who must approve to approver. The literal value viewer is not accepted. If the intended action is unclear, ask before choosing a role. No coordinates are needed for this tool. Returns prepared only after preparation is confirmed, or pending after acceptance without confirmation. prepared does not mean sent or signed. Once prepared (or preparation_success is observed), use send_prepared_signature_document with the returned documentId/fileId and verified placements when sending is requested. Keep returned documentId, fileId, operationId, and trackingId when present. pending means accepted but completion is unconfirmed: check get_signature_document_status with documentId instead of resubmitting. UNKNOWN_OUTCOME, a timeout, or a lost response may follow a successful submission; do not automatically repeat a preparation or send call. Inspect status when an ID is available; an empty status list does not make a retry safe. INVALID_REQUEST means inputs need correction; REQUEST_FAILED gives a referenceId for diagnosis. If the cause is unclear, ask for clarification or use the referenceId rather than guessing. Repeating a preparation can create another document. Use only the declared fields. Ask for missing facts instead of inventing values. Service credentials are configured on the server and must not be included in tool arguments.
send
send_prepared_signature_document
Add field placements to an EXISTING prepared free-signature document and send it to its participants. This tool does not upload, prepare, or itself sign a document. Use only when sending is requested and preparation is confirmed; for a pending preparation, check status first. Reuse the matching documentId and fileId from preparation. All coordinate arrays apply to that single PDF and must refer to its existing participants. The server downloads the current PDF to read page dimensions for conversion; it does not discover intended field locations or retrieve participants. Obtain the participants and intended placements before calling. This tool uses only the prepared document's fileId, not documentBase64, documentUrl, storageFileId, uploadId, or chatgptFile. Maximum downloaded PDF size: 26214400 bytes. To start a new document from any of the five file sources, use a preparation tool instead. Set coordinateSystem to page_percent. ALL field types use the same page-relative percentages: (0,0) is the top-left of the visible page, x increases rightward, y increases downward; 100 is the full page width or height, not 1. pageNumber is zero-based (0 is the first page). x/width are percentages of page width; y/height are percentages of page height. Positions must be >= 0, sizes > 0, x + width <= 100 and y + height <= 100. Example: x=10,y=80,width=30,height=10 starts 10% from the left and 80% from the top, covering 30% of page width and 10% of its height. The server reads each PDF page and handles backend units and field-specific conversions. Do not supply pixels, PDF points, or backend coordinates, or guess a placement from an unrelated image. Use the actual visible page and the user's intended field location. Unrepresentable placements, unreadable PDFs, 180-degree rotated placement pages, and text fields on rotated/cropped pages are rejected before sending; provide a flattened PDF if requested by the error. Provide at least one signatureCoordinates entry; optional coordinate arrays default to empty. Every coordinate's signatoryEmail must identify a participant in this document. Role values and behavior: signer signs the contract; reviewer is a view-only participant who can see the contract but has no action to perform; approver reviews and approves the contract without signing. Map a requested viewer to reviewer, and a requested reviewer who must approve to approver. The literal value viewer is not accepted. If the intended action is unclear, ask before choosing a role. Returns sent when rollout succeeds, or pending when accepted but unconfirmed. sent means dispatched for signing, not that all participants have signed; use the status tool for completed. Do not send again after sending_success or completed, or while a previous send is pending. Keep returned documentId, fileId, operationId, and trackingId when present. pending means accepted but completion is unconfirmed: check get_signature_document_status with documentId instead of resubmitting. UNKNOWN_OUTCOME, a timeout, or a lost response may follow a successful submission; do not automatically repeat a preparation or send call. Inspect status when an ID is available; an empty status list does not make a retry safe. INVALID_REQUEST means inputs need correction; REQUEST_FAILED gives a referenceId for diagnosis. If the cause is unclear, ask for clarification or use the referenceId rather than guessing. Repeating a preparation can create another document. Use only the declared fields. Ask for missing facts instead of inventing values. Service credentials are configured on the server and must not be included in tool arguments.
signature
get_signature_document_status
Read document status events once using an actual documentId UUID. Use to check progress after preparation/sending, especially pending or UNKNOWN_OUTCOME. Does not upload, prepare, send, sign, or continuously poll. Returns {statuses: [...]} containing only distinct observed values: preparation_success (preparation succeeded), preparation_failed (preparation failed), sending_success (dispatch succeeded, not completed signing), sending_failed (dispatch failed), completed (document completion recorded). These are historical observations, not one current state. Success and failure can both appear; array order does not establish chronology. An empty list means no recognized events were returned: it does not prove existence, failure, completion, or that resubmission is safe. Other events, including cancellation, expiration, and individual-signer progress, are omitted; this is not a complete lifecycle report. Returns no timestamps, signer details, download URLs, or signing links. Request/authentication failures return an error, not an empty status list. If polling is needed, space checks by at least 3 seconds and avoid concurrent polling of the same document. A status check does not authorize retrying a state-changing tool. Use only the declared fields. Ask for missing facts instead of inventing values. Service credentials are configured on the server and must not be included in tool arguments.

Endpoints

URLTransportStateLatencyChecked
https://signaturemcp.selise.biz/mcp streamable-http answering 233 ms 15 min ago

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SELISE Signature — questions

Answers built from our own checks of this server.

What can SELISE Signature do?
It exposes 4 tools, read directly from the server on our last check. Among them: get_signature_document_status, prepare_and_send_free_signature_document, prepare_free_signature_document, send_prepared_signature_document. The full list with descriptions is on this page — we take it from the server itself via tools/list, not from a README. How MCP servers expose tools in the first place →
Is SELISE Signature working right now?
We send a real MCP handshake every 15 minutes. Over the last 24 hours 91 of 91 checks got a reply (100.0%), average response time 236 ms. The bar chart above shows every period we have measured.
How do I connect SELISE Signature?
Copy the ready config from this page — we generate it for Claude Code, Claude Desktop, Codex, Cursor and VS Code, each with the file path that client actually reads. It is a remote server, so there is nothing to install — the client connects to the address.
Does SELISE Signature need an API key?
No. SELISE Signature completed a full MCP handshake with us as an anonymous client and listed its tools without asking for anything. All 4 of them are readable on this page. This is what we observed, not what the docs claim.
How fast is SELISE Signature?
It answers our handshake in 236 ms on average, which is faster than 57% of all working MCP servers we measure. The comparison comes from our own checks across the whole registry, every 15 minutes.