"Building a Flutter and Go Application with PocketBase Backend Deployed on Oracle Cloud" matching MCP servers:

Enables building Flutter and Dart apps through a multi-agent system that orchestrates specialized agents for UI design, backend development, testing, and deployment.

Provides Flutter and Dart reference data, code generation, live API lookups, and a verified sample corpus for AI coding assistants, enabling efficient Flutter development with accurate guidance and boilerplate generation.

Enables AI agents to manage job applications, documents, and contacts via the Application Tracker workspace, with read-only or write access controlled by administrator settings.

Connects AI coding clients to a running Flutter app's Dart VM Service so they can stream live exceptions with stack traces, logs, network calls, frame timings, memory, rebuild attribution and navigation state as structured tool results. It also correlates that evidence into root-cause diagnoses with confidence and suggested fixes, and streams everything to a browser dashboard.

A complete MCP server for PocketBase, exposing 55 tools to manage collections, records, authentication, files, logs, settings, backups, and crons.

MCP server providing backend access to PostgreSQL, Storage (Supabase/S3), Iceberg data lake, and SQL seeds. It offers 32 tools for database queries, storage operations, seed management, and more.

Enables AI assistants to perform CRUD operations on Pocketbase collections, manage authentication, and query logs via a type-safe API.

Remote MCP server that connects any MCP client to a PocketBase instance over stateless HTTP, enabling CRUD operations on collections, records, backups, and app settings.

Enables LLM clients to run advanced operations against a PocketBase backend, including creating and inspecting collections, CRUD on records with filtering and pagination, user authentication and account creation, and database backups. It also supports local stdio and Docker-based deployment with admin credentials configured via environment variables.

Enables Android APK reverse engineering and Flutter runtime injection through a six-step pipeline of decompile, analyze, synthesize, inject, patch, and repackage. Provides MCP tools for authorized security research and penetration testing.

Stop LLMs from hallucinating TFT data. tft-oracle gives AI assistants accurate, up-to-date game knowledge sourced from CommunityDragon.

An MCP server that wraps Flutter CLI tools into structured, agent-friendly tools for AI coding agents, with features like two-phase test results, output capping, and managed app lifecycle.

MCP server that allows interaction with PocketBase databases, enabling record operations (fetch, list, create, update), file management, and schema migrations through natural language.

An MCP server that lets AI agents see, tap, type, scroll, and assert inside live Flutter apps — no pre-written tests required.

Enables MCP-compatible applications to directly interact with PocketBase databases for collection management, record operations, schema generation, and data analysis.

Provides sophisticated tools for interacting with PocketBase databases, enabling advanced database operations, schema management, and data manipulation through the Model Context Protocol (MCP).

Enables advanced database operations on PocketBase instances, including schema and collection management, record CRUD, user authentication, and backups through the Model Context Protocol.

A comprehensive MCP server for managing PocketBase database schemas and migrations via REST API. It enables users to generate and execute migrations for creating, modifying, and deleting collections and fields directly through MCP-compatible clients.

A local-first, open-source MCP server that analyzes jobs, matches your CV, tailors documents, and tracks applications — all on your machine with no data uploaded.

Enables advanced operations on PocketBase databases, including schema and collection management, record CRUD with filtering and pagination, user authentication, and database backups through the Model Context Protocol.