Kwrds.ai MCP Server Keyword Research & SERP Tools
Discover keyword research, People Also Ask, SERP and other SEO tools on the MCP server for Kwrds.ai to boost rankings and uncover high-value keywords.
npx -y @mkotsollaris/kwrds_ai_mcpOverview
The Kwrds.ai MCP Server implements a Model Context Protocol (MCP) compatible backend that exposes keyword research, People Also Ask (PAA), SERP snapshot and related SEO utilities as machine-friendly endpoints. It is designed to power integrations (chatbots, agents, dashboards) that need programmatic access to search intelligence outputs without embedding scraping logic or SERP processing in the client.
For developers this server is useful because it centralizes SERP parsing, keyword discovery and enrichment into a single service that can be queried by MCP-aware models or standard HTTP clients. That lets you focus on product UX or agent logic while delegating keyword and SERP operations to a repeatable, versioned service.
Features
- Keyword discovery and long-tail suggestion generation
- People Also Ask (PAA) extraction and question clustering
- SERP snapshot: organic results, featured snippets, knowledge panels, and other SERP features
- Competitor keyword overlap and gap analysis helpers
- API-compatible with MCP-style request/response patterns (JSON)
- Docker-friendly and configurable via environment variables
- Designed to be integrated with language models and automation pipelines
Installation / Configuration
Prerequisites:
- Node.js 16+ (or another runtime depending on the repo; examples below use Node)
- Docker (optional)
- API keys for any upstream services you plan to use (Google Custom Search, SerpAPI, OpenAI, etc.)
Quickstart (Git + Node):
# clone
# install
# copy env and edit
# edit .env to add API keys and change PORT (e.g. PORT=3000)
# run dev server
# or production
Docker:
# build
# run (map port and pass environment vars)
Configuration notes:
- .env keys typically include SERP API provider credentials, optional LLM keys for enrichment, and a PORT.
- Look for a config file or environment references in the repo to customize provider selection, request rate limits, and cache options.
Available Tools / Resources
The MCP server exposes a set of logical tools/endpoints useful for SEO workflows. Typical resources include:
| Tool | Purpose |
|---|---|
| keyword_research | Expand a seed keyword into related suggestions, search volumes, difficulty signals |
| people_also_ask | Retrieve PAA questions and metadata for a query |
| serp_snapshot | Return parsed SERP components for a query (rankings, snippets, features) |
| competitor_keywords | Compare keyword sets between domains and surface gaps |
| trends | Surface trending keywords or rising queries for a topic or country |
Endpoints are generally accessed via JSON POSTs shaped for MCP consumers; the server responds with structured JSON that contains both the raw data and an optional natural-language summary for model consumption.
Example request (curl):
Example simplified response:
Use Cases
- Content planning: Generate prioritized topic clusters and long-tail keywords from a seed phrase (e.g., expand “home espresso machine” into blog-topic ideas and average volumes).
- Question-driven content: Use People Also Ask extraction to compile FAQ sections or to generate structured Q&A content for a landing page (e.g., fetch PAA for “how to start podcast” and generate answers).
- SERP monitoring and alerts: Periodically snapshot a set of target queries and detect changes in SERP features (featured snippet gained/lost, new knowledge panel).
- Competitor analysis: Compare the top domains for a money keyword and compute missed keyword opportunities to guide outreach or content updates.
- Agent augmentation: Feed MCP responses into an LLM-based assistant so the model can cite up-to-date SERP facts, propose title/meta updates, or suggest target keywords.
Tips for Developers
- Cache results for common queries to reduce upstream API costs and improve latency.
- Normalize country and language codes in requests to get consistent SERP outputs.
- When integrating with LLMs, pass both the raw structured output and a short natural-language summary so models can reason and generate human-facing content.
- Use Docker for reproducible deployments and to encapsulate any scraping dependencies.
If you need more granular integration examples (client SDK snippets, schema documentation, or deployment templates), consult the repository docs and example scripts in the project.