# Linkup

Linkup is a search engine that allows you to search the web for relevant results.

- **Category:** ai web scraping
- **Auth:** API_KEY
- **Composio Managed App Available?** N/A
- **Tools:** 5
- **Triggers:** 0
- **Slug:** `LINKUP`
- **Version:** 20260316_00

## Tools

### Create Response

**Slug:** `LINKUP_CREATE_RESPONSE`

Proxy endpoint for OpenAI-compatible response generation. Used when the OpenAI client's base URL is set to Linkup. Supports 'linkup-standard' for faster results and 'linkup-deep' for more comprehensive results.

### Fetch Webpage

**Slug:** `LINKUP_FETCH_WEBPAGE`

Fetch and retrieve a markdown representation of a webpage from a given URL. Supports optional JavaScript rendering for single-page applications, raw HTML extraction, and image extraction from the webpage content. Use this when you need to extract clean, structured content from web pages.

### Get Natural Language Answer

**Slug:** `LINKUP_GET_ANSWER`

This tool gets a natural language answer to a given question using Linkup's API. It processes the question with provided parameters (query and depth) and returns a structured answer with text and cited sources. Synthesized answers may not reflect the most current or authoritative information — verify exact field names, API details, or CLI flags against the cited source documents. Best suited for direct Q&A; use LINKUP_SEARCH when raw content or lower-level detail is needed.

### Get Credits Balance

**Slug:** `LINKUP_GET_CREDITS_BALANCE`

Tool to retrieve the current credits balance for your Linkup account. Returns the number of credits remaining that can be used for search and fetch operations.

### Search Linkup

**Slug:** `LINKUP_SEARCH`

Search the web and retrieve insights using Linkup's API. This action provides three output modes: natural language answers with sources (sourcedAnswer), raw search context (searchResults), or custom structured JSON (structured). Supports filtering by date range and domains, with optional image results. Standard depth uses 1 credit, deep search uses 10 credits. Only indexes publicly available web content; private repositories and internal endpoints return no results.