ServiceNow · Ticketing workflow

ServiceNow Telegram MCP

Connect multiple personal Telegram accounts to ServiceNow through Entergram MCP and an orchestrator such as Claude, n8n, Make or your own worker. Preserve the source account while safely coordinating incidents, requests, users and work notes.

MCP server URL https://mcp.entergram.com/mcp

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The realistic integration is a two-system bridge. Entergram MCP provides controlled Telegram access; ServiceNow remains separately authorized through ServiceNow Table API. Your orchestrator carries stable IDs, state and approval rules between them so a helpful summary never becomes a duplicate ticket or an accidental customer reply. This guide is written for enterprise IT service-management teams.

Paste-ready configuration

https://mcp.entergram.com/mcp

Connect Telegram MCP to ServiceNow in 3 steps

Keep Telegram and ServiceNow permissions separate, then let one workflow call both.

01
Connect every Telegram support identity
Connect each personal Telegram account in Entergram. Start every run with entergram_list_accounts and retain account_id, chat ID and source-message IDs throughout the workflow.
02
Authorize ServiceNow separately
Connect ServiceNow through ServiceNow Table API, a supported automation connector or another MCP server. Start with read access plus draft creation; add reply or status-write scopes only after the routing rules are tested.
03
Test identity, deduplication and reply safety
Match customers only through a verified caller identity or stored ServiceNow sys_id. Search for an existing open item and an idempotency marker before creating. Save the final ServiceNow ID as a private Entergram comment so the next run updates instead of duplicates.

ServiceNow Telegram MCP prompts for real support work

Each prompt assumes the agent can call Entergram MCP and ServiceNow Table API, and that human approval protects external replies.

Quick win - “Across every Telegram support account, summarize new unresolved requests from the last hour. Keep accounts separate and make no ticket changes.”
Ticket intake - “Match the customer through a verified caller identity or stored ServiceNow sys_id. Search ServiceNow first; if no open item or Entergram marker exists, open a governed incident from Telegram, preserve assignment and impact rules, and report the resulting incident number back.”
Reply loop - “Find new public ServiceNow replies linked to Telegram. Preview each answer, send it through the originating account after approval and store both message IDs.”
Weekly review - “Every Monday, report new, resolved and at-risk Telegram support work by account. Send decisions and exceptions to Slack, not raw private transcripts.”

What the ServiceNow Telegram MCP bridge can do

-Monitor bounded message windows across multiple personal Telegram accounts
-Match Telegram customers to ServiceNow incidents, requests, users and work notes
-Create or update one deduplicated support item with source links and ownership
-Return approved public agent replies through the original Telegram account
-Escalate SLA risks and send weekly support summaries to Slack
-Store destination IDs and sync markers as private Entergram comments

ServiceNow Telegram MCP FAQ

Is this a native ServiceNow Telegram integration?

It is a bridge: Entergram exposes Telegram through MCP, while your agent or automation connects separately to ServiceNow through ServiceNow Table API, another MCP server or a native connector.

Can it support several personal Telegram accounts?

Yes. The routine lists accounts first and preserves account_id, per-account cursors and the originating identity through every ticket and reply.

Can agent replies be sent back to Telegram?

Yes when both systems grant write access. Restrict the workflow to known public replies, require approval where appropriate, send from the source account and store both message IDs.

Can it run every 10 minutes and report weekly?

Yes. A scheduler invokes the intake and reply loop every 10 minutes, while a separate weekly run aggregates counts and exceptions. The MCP endpoint itself does not poll while idle.

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