Retrieve Nike's autocomplete search suggestions for a partial query. Returns the same 'Top Suggestions' list shown while typing in Nike's search box, as flat suggested phrases—no product data.
MIT
524,225 tools. Updated 2026-09-06 14:34
"Hack The Box" matching MCP tools:
- Retrieve Box Office Mojo release details by ID, path, or URL. Returns normalized release summary fields and domestic daily box office rows in clean JSON for analysis.MIT
- Get a specific Box Office Mojo title record using its IMDb ID, returning lifetime grosses, year history, release groups, and market grosses.MIT
- Compare box office releases by parsing a Box Office Mojo showdown page. Returns normalized metrics for any showdown using its ID, path, or URL.MIT
- Retrieve worldwide yearly box office results for any year from 1977 to 2100, with normalized release-group rows from Box Office Mojo's public chart.MIT
- Find theatrical box-office records from Box Office Mojo charts. Filter by title, year, genre, gross ranges, and rankings to retrieve specific movie performance data.MIT
Matching MCP Servers
- AlicenseBqualityFmaintenanceA Python server that enables interaction with Box files and folders through the Box API, allowing operations like file search, text extraction, and AI-based querying and data extraction.100101MIT
- AlicenseCqualityBmaintenanceEnables interaction with Hack The Box App services including machines, challenges, sherlocks, and more through the HTB API v4.601MIT
Matching MCP Connectors
- BoxOAuth
The Box MCP server is a secure gateway that connects external AI agents to enterprise content stored in Box, enabling agent-based document access, advanced search, and multi-file analysis while preserving Box security policies. It provides capabilities including keyword search, Box AI-powered Q&A across files, metadata extraction, file management, and authentication, all validated against Box's granular permission controls. The server integrates with major AI platforms like Anthropic Claude, Microsoft Copilot Studio, and Mistral Le Chat, and is available both as a Box-hosted remote server and a self-hosted open-source Python project.
Box (enterprise cloud storage) MCP Pack
- Compare box office performance by retrieving normalized showdown data from Box Office Mojo. Get structured rows for direct analysis and reporting.MIT
- Retrieve domestic box office results for any year from 1977 to 2100, with normalized release rows from Box Office Mojo's public yearly chart.MIT
- Get domestic weekend box office data by year and week. Returns normalized rows from Box Office Mojo's public chart, or a typed not-found error if the page is empty.MIT
- Get domestic release schedule changes from Box Office Mojo, with normalized grouped rows for each calendar change.MIT
- Retrieve lifetime box office gross data from Box Office Mojo's chart. Filter by worldwide or domestic area and paginate through results for normalized rows.MIT
- Fetch Box Office Mojo brand chart data and return clean, normalized rows for analysis.MIT
- Find ASINs where a seller loses the buy box, ranked by recoverable revenue at risk, with suggested repricing actions to win back the box.MIT
- Compare product prices across the web, anchored to the Amazon buy-box. Enter an ASIN or title to find cheaper retailers, dropship margins, or wholesale suppliers.MIT
- Scan code for TODO/FIXME/XXX/HACK markers, prioritizing those in files you're currently editing to focus on active work.MIT
- Identify ASINs where your brand lost the buy box to unauthorized sellers, prioritized by estimated revenue at stake, to recover sales.MIT
- Calculate the bounding box of any geometry to find its geographic extent. Works offline without API calls.MIT
- Get the bounding box (extents) of all entities in an AutoCAD drawing to find the drawing's spatial limits.MIT
- Calculate the bounding box of any GeoJSON content, returning coordinates as [minX, minY, maxX, maxY].MIT
- Measure the volume and bounding box dimensions of a specified body in millimeters.Apache 2.0
- Positions the camera to frame a specified node in the scene, automatically calculating distance based on the node's bounding box or using a user-defined distance.MIT