GrabMaps
Integrates GrabMaps services through AWS Location Service to provide geocoding, place search, route ...
Click the "Install Now" button and open the FastMCP connection interface — you will enter the environment variables there (each variable below should be added into the FastMCP env/key fields). (github.com)
Required variable: GRABMAPS_API_KEY
- Option A — Request a GrabMaps API key from Grab (recommended if you want a direct GrabMaps key):
- Visit GrabMaps (grabmaps.grab.com) and request access or contact their business/developer team (business enquiries / GrabMaps contact). For business or API access ask for an API key for GrabMaps (they publish a business contact address). (businesswire.com)
- When GrabMaps provides the key, copy the key string and paste it into FastMCP as GRABMAPS_API_KEY.
- Option B — (common alternative) Use AWS Location Service with GrabMaps as the provider (no separate GrabMaps key required; you use AWS credentials instead):
- If you choose this path skip GRABMAPS_API_KEY (or leave it blank) and continue with the AWS steps below. (docs.aws.amazon.com)
- Option A — Request a GrabMaps API key from Grab (recommended if you want a direct GrabMaps key):
Required variables: AWS_ACCESS_KEY_ID and AWS_SECRET_ACCESS_KEY
- Create (or use) an AWS IAM user with programmatic access.
- In the AWS Console go to IAM → Users → Add user, enable "Programmatic access" and attach least-privilege policy allowing Amazon Location Service operations (or a broader policy if appropriate).
- After creating the user, create or download the access key pair — the console shows Access key ID and Secret access key once (save them securely). Enter those values into FastMCP as AWS_ACCESS_KEY_ID and AWS_SECRET_ACCESS_KEY. (docs.aws.amazon.com)
Required variable: AWS_REGION
- Choose the AWS region that supports GrabMaps (e.g., ap‑southeast‑1 for Singapore; the README defaults to ap‑southeast‑5 for Malaysia). Put that region string into FastMCP as AWS_REGION. (github.com)
Create the AWS Location resources (if you plan to use GrabMaps via AWS) and set the resource-name envs
- Open the Amazon Location Service console and create the following resources, selecting Grab / GrabMaps as the data provider where available:
- Place Index → note the Place Index name (default suggested: explore.place.Grab).
- Map → note the Map name (default suggested: explore.map.Grab).
- Route Calculator → note the Route Calculator name (default suggested: explore.route-calculator.Grab).
- Enter those resource names into FastMCP:
- PLACE_INDEX_NAME = (e.g. explore.place.Grab)
- MAP_NAME = (e.g. explore.map.Grab)
- ROUTE_CALCULATOR_NAME = (e.g. explore.route-calculator.Grab)
- Example AWS console steps and tutorials for creating Place Index / Map / Route Calculator are in the Amazon Location Service docs. (docs.aws.amazon.com)
- Open the Amazon Location Service console and create the following resources, selecting Grab / GrabMaps as the data provider where available:
Optional variable: PORT
- If you need a custom server port, set PORT (default in README: 3000). Enter it into FastMCP as PORT. (github.com)
Security and validation
- Double-check that AWS_SECRET_ACCESS_KEY is entered correctly — you will not be able to retrieve the same secret again from AWS if lost.
- Use least-privilege IAM permissions and consider using temporary credentials or roles for production.
- Do not share secrets; store them in FastMCP’s secure env fields only. (docs.aws.amazon.com)
Save and test the connection
- Save the FastMCP connection after filling the fields above.
- Start or connect to the MCP server (e.g., run npm start / npm run dev) and test a simple Places or Routes call (examples are in the README/tests). If using AWS resources, verify the Place Index/Map/Route names match the names you entered. (github.com)
Quick Start
Choose Connection Type for
Authentication Required
Please sign in to use FastMCP hosted connections
Configure Environment Variables for
Please provide values for the following environment variables:
started!
The MCP server should open in . If it doesn't open automatically, please check that you have the application installed.
Copy and run this command in your terminal:
Make sure Gemini CLI is installed:
Visit Gemini CLI documentation for installation instructions.
Make sure Claude Code is installed:
Visit Claude Code documentation for installation instructions.
Installation Steps:
Configuration
Installation Failed
More for Cloud Platforms
View All →Salesforce
Unlock powerful Salesforce org management with the Salesforce DX MCP Server, designed for seamless interaction between large language models and Salesforce environments. This developer preview offers secure, direct access to Salesforce resources without exposing secrets, using TypeScript libraries and granular org allowlisting. Its modular toolsets cover org administration, data queries, user permissions, metadata deployment, and testing. Easily extendable and compatible with various clients like VS Code, Cursor, and more, it empowers developers to perform complex tasks with natural language commands while maintaining robust security. The MCP Server streamlines Salesforce DX workflows through an efficient, secure, and flexible protocol.
Netlify
Control your Netlify projects effortlessly using natural language through AI agents with Netlify MCP Server. This server follows the Model Context Protocol to enable code agents to create, deploy, and manage sites, configure access controls, handle environment variables, and more—all via simple prompts. It acts as a bridge between AI clients and Netlify’s API and CLI, empowering seamless automation and resource management. Whether retrieving team data or managing forms and extensions, Netlify MCP Server streamlines your workflow by integrating powerful AI-driven project control in an accessible, standardized way.
Hostinger API
Integrates with Hostinger's hosting platform to enable domain registration and DNS management, VPS creation and configuration, firewall setup, backup operations, and billing subscription handling through over 100 specialized tools organized by service category.
Azure All
Supercharge AI agents with seamless access to Azure services using Azure MCP Server. This project enables powerful automation and management of Azure resources with tools for databases, storage, monitoring, security, and best practices. Easily interact with services like Cosmos DB, SQL, Key Vault, Service Bus, and more—all within compatible AI platforms. Azure MCP Server is in Public Preview and rapidly evolving, making it a versatile solution for both developers and enterprise environments looking to integrate Azure functionality.
Tencent EdgeOne Pages
Effortlessly publish HTML, folders, or zip files with instant public URLs using EdgeOne Pages MCP. This service streamlines rapid deployment of your static content via EdgeOne Pages, leveraging serverless edge functions and key-value storage for fast, reliable delivery. Users can quickly deploy content and receive shareable links, making it ideal for web developers and teams needing easy, scalable web hosting.
More for API Development
View All →Sentry
Streamline Sentry API integration with this remote MCP server middleware prototype. sentry-mcp acts as a bridge between clients and Sentry, supporting flexible transport methods and offering tools like the MCP Inspector for easy service testing. Inspired by Cloudflare’s remote MCP initiative, it helps developers adapt and debug workflows, making Sentry interaction smoother for both cloud and self-hosted environments.