TypeScript is a strongly typed programming language that builds on JavaScript, giving you better tooling at any scale.
Why this server?
Provides TypeScript implementation that needs to be built before running, enhancing type safety and development experience for the MCP server.
Why this server?
Utilizes TypeScript with Zod validation to ensure resumes follow the JSON Resume standard
Why this server?
Provides TypeScript language support for the MCP server implementation
Why this server?
Uses TypeScript as the core language for defining the universal abstract tool interfaces that are then translated to target languages for various 3D applications.
Why this server?
Enables seamless interaction with the Teamwork project management API, providing tools for managing projects, tasks, subtasks, people, and generating reports like utilization data in various formats.
Why this server?
Used as the implementation language for the Letta MCP server, with build scripts to compile TypeScript code before execution.
Why this server?
Built using TypeScript, providing type-safe interaction with Azure DevOps APIs for projects, work items, repositories, pull requests, branches, and pipelines.
Why this server?
Built with TypeScript 5.1.6, providing type-safe integration for applications that want to incorporate Smart-Thinking's reasoning capabilities.
Why this server?
Used as the implementation language for the server, with version 5.0 or higher required.
Why this server?
Provides TypeScript interfaces for integrating with the system information retrieval functionality, enabling type-safe access to system data
Why this server?
Used for building tools that interact with YNAB's API through typed interfaces
Why this server?
Implementation uses TypeScript with full type safety
Why this server?
Provides TypeScript interfaces for tool schemas, allowing type-safe integration with the MCP client library.
Why this server?
Provides integration with CODING DevOps platform, allowing management of projects and work items (issues) including listing, searching, creating, and deleting issues with support for setting issue attributes like type and priority.
Why this server?
Built with TypeScript for type-safe development, requiring compilation before running the server.
Why this server?
Provides TypeScript client examples for integrating with the MCP server, enabling TypeScript applications to execute database queries and interact with Firebird databases through the MCP protocol.
Why this server?
Built using TypeScript to provide type-safe filesystem interactions through the MCP interface.
Why this server?
Full TypeScript support for type-safe component development, with ability to generate TypeScript React components.
Why this server?
Provides TypeScript definitions for all operations, ensuring type safety when using the tools
Why this server?
Built with TypeScript for enhanced type safety and developer experience when interfacing with Terrakube's API.
Why this server?
Implements the MCP server using TypeScript, providing type-safe tools for working with Starwind UI components and documentation
Why this server?
Enables running TypeScript code snippets with result display
Why this server?
Offers automatic TypeScript configuration, setup, and type definitions management
Why this server?
Built with TypeScript to provide type safety and better developer experience when extending or modifying the server.
Why this server?
Uses TypeScript to implement the MCP server for OSP Marketing Tools, providing type safety and modern language features.
Why this server?
Provides enhanced support for TypeScript projects by analyzing import statements, tracking dependencies, and assigning higher base importance scores to TypeScript files.
Why this server?
Provides comprehensive TypeScript type definitions for PocketBase operations, ensuring type safety when using the tools.
Why this server?
Built with TypeScript 5.0+, providing type safety and modern language features for development and extension of the server capabilities.
Why this server?
Enables generating TypeScript-based applications by specifying TypeScript options when running Yeoman generators
Why this server?
ATLAS is built with TypeScript, utilizing its type system for more robust code organization and development experience.
Why this server?
The MCP server is built with TypeScript, but it doesn't integrate with TypeScript as a service.
Why this server?
Enables creation of TypeScript interfaces and types for API schemas and responses based on OpenAPI specifications.
Why this server?
Used as the programming language for implementing the MCP server, providing type safety for interactions with the Dynamics 365 API.
Why this server?
Built with TypeScript, requiring compilation to JavaScript before running the server.
Why this server?
Provides a type-safe interface for accessing and interacting with OpenRouter.ai's diverse model ecosystem
Why this server?
Provides the client interface and MCP server implementation for enabling AI assistants to interact with IDA Pro's binary analysis capabilities.
Why this server?
Full TypeScript implementation with static type checking for enhanced code safety and developer experience
Why this server?
Implemented in TypeScript, providing type-safe database interactions with MySQL.
Why this server?
The MCP server implementation is robustly written in TypeScript
Why this server?
Supports creating React applications with TypeScript templates
Why this server?
Provides Language Server Protocol (LSP) support for TypeScript, including hover information, code completions, and diagnostics
Why this server?
Built using TypeScript, as indicated by the project structure and build process
Why this server?
The server is implemented in TypeScript as indicated by its name 'mcp-server-fetch-typescript'
Why this server?
Generates strongly-typed API clients in TypeScript for improved type safety when interacting with APIs
Why this server?
Supports creation of MCP servers using TypeScript, with templates and runtime execution capabilities for TypeScript-based server implementations.
Why this server?
Built with TypeScript 5.0, providing type safety and better code organization for the MCP server implementation
Why this server?
Implements the MCP server using TypeScript for type safety and modern JavaScript features.
Why this server?
Used for static type checking in the server implementation
Why this server?
Extracts data from TypeScript source code files, including nested objects, string literals, and template literals
Why this server?
The MCP server is built using TypeScript.
Why this server?
Analyzes TypeScript files for import statements, require statements, and supports path aliases (like @/components/...) to determine file dependencies
Why this server?
Implements an email sending system using the Blastengine API, allowing users to send emails with customizable from address, recipient, subject, and body content.
Why this server?
The project is built with TypeScript for type safety
Why this server?
Provides TypeScript interfaces for the API, with examples written in TypeScript for better type safety and developer experience.
Why this server?
Provides TypeScript client integration for AI agents to fetch web content and perform Google searches programmatically.
Why this server?
The Daipendency MCP server is implemented in TypeScript to leverage the official MCP SDKs
Why this server?
Used as the programming language for building the MCP server that interacts with the Tally API
Why this server?
The MCP server is built using TypeScript
Why this server?
Provides TypeScript code generation for AI tools, with proper type definitions for request/response objects and error handling.
Why this server?
The MCP server is built with TypeScript and provides code review functionality for TypeScript code
Why this server?
Defines tool parameters using TypeScript type annotations
Why this server?
Server is built with TypeScript, allowing customization of server behavior
Why this server?
Built with TypeScript for type-safe development of MCP servers.
Why this server?
Used for implementation with full type safety throughout the server.
Why this server?
The server itself is written in TypeScript, and the examples showing how to use the MCP tools are demonstrated using TypeScript syntax
Why this server?
Built with TypeScript, offering full type definitions and type safety for developers working with the MCP server.
Why this server?
Supports TypeScript for defining tool arguments, providing type safety when interacting with Folderr's API.
Why this server?
The MCP server is built with TypeScript, but it doesn't integrate with TypeScript as a service.
Why this server?
Provides tooling support for TypeScript projects with optimal integration for TypeScript MCP servers.
Why this server?
Provides language support for TypeScript code editing with features like hover information, code completion, and diagnostics.
Why this server?
Provides a TypeScript implementation of a read-only interface to Lithic banking and card services, enabling access to resources like cards, accounts, transactions, balances, disputes, and financial accounts through the Lithic API.
Why this server?
Offers TypeScript SDK support through the MCP SDK for programmatic integration with PostgREST servers
Why this server?
Enables generation of TypeScript type definitions for Bucket features, ensuring type safety when using feature flags in TypeScript applications
Why this server?
Integrates with ServiceTitan's API, allowing access to the ServiceTitan platform for field service management operations. The MCP server requires ServiceTitan credentials (client ID, client secret, app key, and tenant ID) to function.
Why this server?
Built with TypeScript 4.9.5, providing type safety and modern language features for the document management implementation.
Why this server?
The programming language used to build the MCP server
Why this server?
The server is implemented in TypeScript, providing type safety and modern language features for the implementation.
Why this server?
Used as the development language for the entire toolkit, enabling type-safe implementation of blockchain interactions.
Why this server?
Parses TypeScript definitions into a machine-readable format, providing comprehensive query capabilities including symbol search, detailed type information, and relationship exploration for TypeScript APIs.
Why this server?
Provides a TypeScript interface to Elasticsearch with all core operations for interacting with the knowledge graph
Why this server?
Built with TypeScript to provide a strongly-typed implementation of a Texas Holdem poker game that AI agents can join and play through the MCP protocol.
Why this server?
Offers TypeScript support for type-safe interactions with PostgreSQL databases through the MCP server interface.
Why this server?
Provides tools for generating TypeScript ABI interfaces and bindings from Move contracts to facilitate frontend integration.
Why this server?
Provides full TypeScript support for type-safe UI component development
Why this server?
Leverages TypeScript for building the MCP server with better structure and error-checking as mentioned in the 'Features' section.
Why this server?
Used for type definitions in the MCP tool integration, providing structured parameter typing for the generateImage function.
Why this server?
Utilizes TypeScript for implementation (TypeScript 5.0+ required), providing type safety for the protein structure analysis tools.
Why this server?
The server is built with TypeScript for full type safety, providing interfaces for database operations and responses.
Why this server?
Implemented in TypeScript, providing type safety and modern JavaScript features for reliable task management operations.
Why this server?
Built with TypeScript for type safety and better development experience
Why this server?
Built using TypeScript for type-safe implementation of the research assistant functionality
Why this server?
Utilizes TypeScript for developing MCP tools, providing type safety and better developer experience.
Why this server?
The MCP server is implemented in TypeScript, providing type safety for CouchDB database interactions.
Why this server?
The MRP calculator is written in TypeScript, providing static typing and improved developer experience for implementing the MRP calculation logic.
Why this server?
Uses TypeScript for type-safe documentation management operations. Example workflows are shown in TypeScript syntax.
Why this server?
Used for developing the MCP server with type safety, improving code quality and maintainability.
Why this server?
Provides full TypeScript support for building MCP-compatible servers with type safety and proper tooling.
Why this server?
Used for defining the mode configuration schema
Why this server?
Implements type-safe API interactions with Xano, enabling better error handling and data validation when working with the Xano database operations.
Why this server?
Uses TypeScript for type-safe implementation of the project handoffs tracking system, including proper error handling and consistent state management.
Why this server?
Leverages TypeScript for static typing and improved developer experience when building and extending the Loxo MCP server.
Why this server?
The programming language used to build the Ideogram MCP Server
Why this server?
Specializes in TypeScript project visualization with proper syntax highlighting for TypeScript files and intelligent documentation of TypeScript configuration settings.
Why this server?
Uses TypeScript for implementing the MCP server that provides CEDARScript capabilities for code manipulation
Why this server?
Uses TypeScript for type-safe implementation of the GitLab Kanban board operations.
Why this server?
Generates TypeScript type definitions from Supabase database schemas for use in development
Why this server?
Implements the server using TypeScript for type safety, with references to TypeScript interfaces and configuration.
Why this server?
Uses TypeScript for implementation examples of tool usage and interactions.
Why this server?
Provides direct out-of-the-box language server support for TypeScript, enabling semantic code analysis and editing capabilities
Why this server?
Built as a TypeScript framework for constructing MCP servers with client session management
Why this server?
Offers full TypeScript support for implementing MCP servers with type definitions and interfaces
Why this server?
Uses TypeScript to implement the server functionality, providing type safety and modern language features for the MCP ODBC implementation.
Why this server?
Generates TypeScript code for models and MCP tool definitions from Swagger specifications to build type-safe API integrations.
Why this server?
Implemented as a TypeScript-based MCP server that provides access to Gyazo images and their metadata
Why this server?
Provides TypeScript interfaces and client libraries for interacting with MarkLogic document operations programmatically
Why this server?
Uses TypeScript for type-safe interaction with the Algorand blockchain across both client and server implementations.
Why this server?
Enables sending commands to the ESP32 robot through a TypeScript MCP server for controlling hardware in Wireless Mode
Why this server?
Used as the implementation language for the Akash MCP server, providing type safety for the tools and interactions.
Why this server?
Uses TypeScript SDK for Model Context Protocol implementation, enabling structured AI agent interactions with the Feishu/Lark API
Why this server?
Provides TypeScript integration for implementing strongly-typed security testing tools and utilities, with configuration through tsconfig.json to support the MCP server development.
Why this server?
Offers TypeScript support for developing MCP servers with type definitions and interfaces to enhance development experience.
Why this server?
Implements the server using TypeScript 4.x for type-safe interaction with the Dynamics 365 APIs.
Why this server?
Built with TypeScript for type safety and improved developer experience when creating LinkedIn API integrations
Why this server?
Implements a TypeScript-based MCP server that interfaces with the Delve debugger for Go programs.
Why this server?
Programming language used for development, providing type safety and modern language features for the implementation.
Why this server?
Built with TypeScript and provides tools for working with TypeScript projects and code files
Why this server?
Used for type-safe implementation of the horoscope MCP server
Why this server?
Server built with TypeScript to provide programmatic interaction with Microsoft Word documents through MCP tools.
Why this server?
Parses TypeScript code into AST for analysis and visualization
Why this server?
Processes TypeScript files using regex patterns to detect import statements for dependency tracking and importance ranking.
Why this server?
Enables generating TypeScript code implementations for APIs defined in Apifox
Why this server?
Utilizes TypeScript for type safety and developer experience, with strict typing throughout the codebase
Why this server?
Enables interaction with TypeScript language servers to provide hover information, code completions, diagnostics, and code actions for TypeScript projects.
Why this server?
Uses TypeScript for full type safety with input/output schemas, allowing developers to create type-safe tools and prompts.
Why this server?
Integrates with Cocos Creator's TypeScript-based editor extension system to capture and relay logs through the MCP bridge.
Why this server?
Utilizes TypeScript for type-safe development of the MCP server components.
Why this server?
Implemented with strict TypeScript typing throughout, allowing type-safe development and usage of the MCP server for Windows desktop automation tasks.
Why this server?
Implements full type safety with TypeScript and uses Zod schema validation to ensure data integrity.
Why this server?
Provides built-in support for TypeScript execution, including JSX/TSX files, leveraging Node.js 23+'s experimental TypeScript capabilities.
Why this server?
Uses TypeScript for developing the MCP server, enabling type-safe programming and better code organization for the Godot integration.
Why this server?
Provides a TypeScript implementation of the MCP server for structured thinking with thought quality scoring, thought stages, and memory management capabilities
Why this server?
Built with TypeScript, allowing for type-safe development and integration with the MCP server.
Why this server?
Provides specialized reasoning capabilities for TypeScript development, helping with type analysis, interface design, and identifying potential type errors or edge cases in code.
Why this server?
The project is built with TypeScript, providing type definitions for the Tradovate API integration.
Why this server?
The programming language used for implementing the MCP server, requiring compilation to JavaScript.
Why this server?
Used for implementing the MCP server that communicates with the Unity plugin, handling the JSON message protocol for commands and data transfer.
Why this server?
Used as the programming language for the MCP server implementation, providing type safety for Formula One data processing.
Why this server?
The server is built with TypeScript, with code that needs to be compiled before running.
Why this server?
Provides type-safe methods for all available tools and comprehensive interfaces for interaction with Frontapp's API.
Why this server?
Used as the programming language for implementing the PayPal MCP server, providing type safety and modern JavaScript features.
Why this server?
Integrates with TypeScript language server (tsserver) to provide code intelligence, including definitions, references, diagnostics, and code lens for TypeScript codebases
Why this server?
Built with TypeScript 5.0+, providing type safety and modern language features for the implementation.
Why this server?
Used for on-the-fly compilation in development mode and static typing support throughout the codebase
Why this server?
Offers specialized templates for creating comprehensive TypeScript project setups and API architectures following modern development standards
Why this server?
Used in examples showing how to interface with the MCP server for remote command execution
Why this server?
Supports TypeScript code analysis with tree-sitter, including syntax tree generation and structure-aware code exploration
Why this server?
The programming language used to build the MCP server
Why this server?
Used for development of the MCP server, with build processes that compile TypeScript code before deployment.
Why this server?
Used for type safety in application development, with v5.3 specifically supported
Why this server?
Utilizes TypeScript 4.9+ for type safety and modern JavaScript features in the MCP implementation
Why this server?
Used to define the schema for the notification tool, providing type definitions for the parameters accepted by the Pushover service.
Why this server?
Built with TypeScript for type safety, with native support in Node.js without requiring transpilation
Why this server?
Provides backup and restoration capabilities for TypeScript files, allowing targeted backups with pattern filtering (*.ts) and preserving agent context when making critical changes to TypeScript code.
Why this server?
Provides support for generating TypeScript-based Payload CMS projects with proper typing for collections, fields, and configurations.
Why this server?
Provides full TypeScript support with proper typing throughout the codebase, enabling type safety for tool definitions, service implementations, and handler functions.
Why this server?
Built with TypeScript as indicated by the project structure and build process.
Why this server?
Used for type-safe implementation of the MCP server, with build step to compile TypeScript code
Why this server?
The MCP server is built with TypeScript 5.3, allowing for type-safe development and integration.
Why this server?
Implements the MCP server using TypeScript, providing type-safe integration with Claude Desktop for data exploration capabilities.
Why this server?
Implemented using TypeScript, providing type safety for the server implementation.
Why this server?
Used for implementing the MCP server and related components
Why this server?
Supports analyzing TypeScript code and provides development guidelines for the server implementation
Why this server?
Core technology for implementing the server, providing type safety for analytical tools and NLP capabilities
Why this server?
Provides code quality analysis and security scanning for TypeScript codebases
Why this server?
Implements strict TypeScript types for response handling, providing type safety for database interactions and standardized JSON response formats.
Why this server?
Provides a TypeScript port of the original MCP Agent framework with type-safe interfaces and implementation
Why this server?
Written in TypeScript, as shown by the TypeScript badge and the project structure containing TypeScript configuration.
Why this server?
Uses TypeScript for implementation of parameter validation and error handling
Why this server?
Used for defining tool signatures and response formats when interacting with Jina AI's neural search capabilities
Why this server?
The MCP server is implemented using TypeScript.
Why this server?
Provides type-safe API with TypeScript support for improved development experience and code reliability.
Why this server?
Offers best practices and documentation for TypeScript development
Why this server?
Offers tools specifically designed for editing TypeScript files with specialized pattern matching and regex support for handling TypeScript syntax, components, and configurations.
Why this server?
Used as the implementation language with type checking for the server.
Why this server?
Used for development of the MCP server, providing type safety and modern JavaScript features.
Why this server?
Implements the service in TypeScript, providing type safety for cryptocurrency trading operations via the LnExchange API.
Why this server?
Referenced as the language of the original implementation that this version evolved from, showing architectural progression from a simple state tracker to a Multi-Agent System.
Why this server?
Implements the MCP server with TypeScript, providing strict type checking for stock market data interfaces
Why this server?
Implements the server using TypeScript for type safety and improved developer experience.
Why this server?
Provides TypeScript support for the Paybyrd Agent Toolkit, with typed interfaces for configuration options and API interactions.
Why this server?
Offers TypeScript-first implementation as a core feature of the MCP server.
Why this server?
Built with TypeScript for type safety and modern JavaScript features
Why this server?
Provides full type support for the codebase, enhancing the developer experience
Why this server?
Used for type-safe implementation of the MCP server codebase.
Why this server?
Programming language used for developing the MCP server.
Why this server?
Uses TypeScript for type-safe implementation of file organization logic, enabling structured command handling and configuration processing.
Why this server?
Provides type safety and enhanced code organization through TypeScript classes, interfaces, and static typing
Why this server?
Built with TypeScript, enabling type-safe integration with AI models accessing the MCP server's capabilities.
Why this server?
Uses TypeScript for type-safe development of the email processing functionality, providing better code organization and error prevention.
Why this server?
Built with TypeScript for strong typing, enabling integration with TypeScript applications through a programmatic API.