MCP SERVER
https://app.inside.ad/api/mcpSUMMARY
Inside Ads is an MCP server that provides a Telegram ad exchange. It allows users to estimate the reach and cost of advertising a product to Telegram audiences without requiring an account, and then create and run campaigns. The server exposes three tools: estimate_campaign, create_campaign_draft, and get_draft_status. The estimate_campaign tool provides estimates for impressions, clicks, cost per click, and daily reach based on product description, URL, budget, and optional geo/language filters. The create_campaign_draft tool generates a ready-to-launch campaign draft with a checkout link, without requiring prior registration. The get_draft_status tool allows polling the status of a draft to see if the user has opened the link, signed in, and paid. The server uses streamable HTTP and was verified as healthy with protocol version 2025-06-18.
CAPABILITIES
Evidence-backed capability profile
TOOLS IN THIS MCP SERVER
create_campaign_draftCreate Campaign DraftBuild a ready-to-launch ad campaign for a product WITHOUT the user having an account yet. Parses the landing page, generates ad creatives, and returns a single checkout link. Give that link to the user: they sign in there, the campaign moves to their account, they pay, and it starts. Use this after estimate_campaign, once the user agreed to advertise. Do NOT ask them to register first.
estimate_campaignEstimate CampaignEstimate reach, clicks and cost of advertising a product to Telegram audiences — no account or authorization required. Call this FIRST, before asking the user to connect an account: it tells you whether inside.ad has relevant inventory for this product and what a given budget would buy. Describe the product yourself (you know it better than any crawler); the URL alone is a weak signal.
get_draft_statusGet Draft StatusCheck what happened to a campaign draft you created with create_campaign_draft: whether the user opened the link, signed in and paid. Poll this instead of asking the user to report back.
MACHINE-READABLE ENDPOINTS
ACCESS
USAGE OBSERVATIONS