"Android Studio Development Platform" matching MCP servers:

Enables Claude to operate Android Studio and the entire Android toolchain: build, test, lint, run on devices/emulators, analyze APKs, scaffold projects, inspect code, and drive the live IDE via 73 tools.

Lets AI coding agents build, test, and lint Android projects with Gradle, control devices and emulators via adb, automate UI through screenshots and input injection, and use a live IDE bridge for refactoring, code inspection, and run configurations. Works with any MCP client over stdio or authenticated HTTP.

MCP server for Android dev workflows that exposes Gradle, Manifest, and ProGuard context to Claude, with a library of skills for tasks like AGP upgrade and R8 audit.

Provides comprehensive development tools for FastMCP projects including documentation access, NPM package version management, and TypeScript type definitions retrieval. Enables developers to fetch FastMCP documentation, analyze NPM packages, and access MCP architecture information through natural language.

MCP server for Next2D application development that generates code following MVVM + Clean Architecture + Atomic Design patterns, validates architecture, and provides API references.

Provides AI coding assistants with access to Google's Android development skills library through an MCP server. Enables developers to discover, search, and apply Android best practices directly within their coding environment without manual copying.

Analyzes codebases for cross-platform compatibility issues, detecting platform-specific APIs, file path problems, line ending inconsistencies, and shell command incompatibilities across Windows, macOS, and Linux.

Enables automated Android APK analysis by orchestrating seven specialist reverse-engineering agents in parallel, consolidating results into a unified report.

Enables focused static and dynamic analysis of Android artifacts such as APKs, DEX, JavaScript, native libraries and resources, plus read-only device inspection and Frida-based runtime observation. Queries are dispatched through 20 grouped tool entry points, with long-running work handled as retrievable jobs and bounded artifacts.

Enables AI agents to inspect APKs and resources, analyze native libraries, trace runtime behavior with Frida, and connect app screen actions to code through ADB.

Provides comprehensive code analysis (quality, complexity, linting, dependencies, security) and web scraping capabilities (static/dynamic content, API discovery) for development workflows.

Enables AI-assisted development of CodeQL queries for security analysis through the Model Context Protocol. Provides tools for compiling, testing, and executing CodeQL queries across multiple programming languages.

MCP server for static security analysis of Android application source code.

Provides on-demand access to AOSP and Jetpack source code to help AI understand Android framework internals. It features a hybrid architecture using Tree-sitter and LSP for precise code extraction, cross-file navigation, and local source indexing.

An MCP server that enables easy integration with coding assistants, providing security context to AI agents. This runs locally using the Snyk CLI.

A Python MCP server that decompiles Android APK/XAPK/JAR/AAR files and extracts HTTP APIs used by the app.

Enables people and AI agents to query local code repositories as graphs through stdio MCP tools for project listing, search, dependency tracing, impact analysis, bridge detection, node inspection, bounded code reading, and optional LSP definition/reference lookups.

Provides AI assistants with on-demand, precise access to real AOSP and AndroidX source code, enabling class and method lookups, class member and hierarchy inspection, source-wide text/regex search, and optional cross-file definition, reference, and type resolution via LSP. Sources are synced locally for instant offline queries against framework internals like the Activity lifecycle, ViewModel restoration, and Compose internals.

Enables AI tools to query precise, on-demand AOSP and AndroidX source code for class and method inspection, inheritance, source searches, and optional LSP-powered cross-file navigation.

Enables AI tools to query precise AOSP and AndroidX source code on demand, including class and method lookup, member listings, inheritance chains, source searches, and optional cross-file navigation via LSP.

Enables AI assistants to query real AOSP and AndroidX source code on demand, offering class and method lookup, class member and hierarchy inspection, source-wide text/regex search, and optional LSP-powered cross-file definition, reference, and type resolution from a local offline cache.

Enables on-demand access to AOSP and AndroidX source code, letting AI tools search classes, inspect methods, trace inheritance, and resolve definitions and references across Android framework and Jetpack libraries.

Enables on-demand, precise exploration of AOSP and AndroidX source code, including class and method lookup, hierarchy inspection, source searching, and optional cross-file navigation via LSP, so AI tools can reason about framework internals from actual source.

Enables precise, on-demand access to AOSP framework and Jetpack/AndroidX source code so AI tools can inspect classes, methods, inheritance hierarchies, and cross-file references.

Enables AI tools to query precise AOSP and AndroidX source code on demand, including class and method lookups, hierarchy inspection, source searches, and optional cross-file navigation via LSP.

A local MCP server that gives Claude direct access to a Workday Studio workspace, enabling reading, writing, planning, and validating integration assemblies without copy-pasting XML.

Enables AI tools to query precise, on-demand AOSP and AndroidX source code from a locally synced cache, covering class searches, exact method bodies with Javadoc, class members, inheritance chains, and full-tree text or regex searches. Optionally adds cross-file navigation such as go-to-definition, find-references, and type info when language server support is enabled.

Enables users and AI tools to query synchronized AOSP and AndroidX source code on demand for precise inspection of Android framework internals and Jetpack libraries. Supports class and method lookup, class member listing, inheritance hierarchy, source search, and optional cross-file definition, reference, and type information via LSP.

Provides AI tools with on-demand, precise access to real AOSP framework and AndroidX source code, so they can search classes, extract exact method bodies with Javadoc, inspect inheritance hierarchies, and trace definitions and references across the entire tree. Sources are synced locally for fast, offline lookups, with optional language-server features for cross-file navigation.

Enables precise, on-demand exploration of AOSP and AndroidX source code, including class and method lookup, member listing, inheritance inspection, source searches, and optional LSP-powered cross-file definition and reference resolution.

Enables AI assistants to query the actual AOSP and AndroidX source code locally, searching classes, extracting method bodies and Javadoc, listing class members, resolving inheritance hierarchies, and (via optional LSP) finding cross-file definitions and references. This gives precise, offline access to framework internals like the Activity lifecycle or Compose internals instead of relying on outdated training data.

Enables on-demand, precise access to AOSP and AndroidX source code, allowing AI tools to inspect framework internals, search classes and methods, trace inheritance and references, and retrieve type information from a locally synced cache.

Enables AI assistants to search and read real AOSP and AndroidX source code on demand, including class lookups, precise method bodies with Javadoc, inheritance hierarchies, regex source search, and optional LSP-powered cross-file definition, reference, and type information. Sources are synced locally so framework internals like the Activity lifecycle, ViewModel restoration, or Compose internals can be inspected offline without relying on outdated training data.

Provides on-demand, precise access to AOSP and AndroidX source code so an AI can look up classes, extract method bodies and documentation, inspect inheritance, and optionally perform cross-file symbol navigation via LSP.

Enables AI tools to access and navigate AOSP and AndroidX source code on demand, with class and method lookups, hierarchy inspection, cross-file references, and type information.

Enables on-demand, precise exploration of AOSP and AndroidX source code, including class and method lookup, inheritance inspection, regex search, and optional cross-file navigation via LSP.

Enables precise, offline-ready exploration of AOSP internals and Jetpack/AndroidX sources, including class and method lookup, hierarchy inspection, regex search, and optional cross-file definition/reference navigation.

Enables on-demand access to actual AOSP and AndroidX source code, allowing AI tools to search classes, extract method bodies, inspect inheritance, and navigate definitions or references across Android framework internals and Jetpack libraries.

Enables AI tools to perform precise, on-demand lookups of AOSP and AndroidX source code, including class and method extraction, inheritance hierarchies, full-text search, and optional cross-file navigation via LSP. It maintains a local synced cache of framework and Jetpack sources so framework internals can be explored offline.

Enables AI tools to perform on-demand, precise lookups of AOSP and AndroidX source code, including class and method extraction, inheritance hierarchy, cross-file references, and type information. Supports local syncing and updating of framework and Jetpack sources for offline, instant exploration.