"VLC media player" matching MCP servers:

A proxy MCP server that wraps MCP-for-Unity, correcting transport inaccuracies and restricting tool usage for reliable Unity integration.

MCP server to simulate NHCX payer-side actions for testing provider integrations, enabling approval, rejection, querying, and forwarding of cases. It automates the payer workflow through tools like process case and get user role.

Provides structured access to iOS Simulator management via xcrun simctl commands, enabling device, app, media, and testing operations through natural language.

Enables AI agents to interact with, test, click buttons on, and verify Telegram bots end-to-end via MTProto, including messaging, inline queries, media exchange, and automated test suites.

Enables supported AI clients to connect to and automate the Unity Editor, covering scene and GameObject manipulation, asset and material operations, script creation and validation, testing, builds, screenshots, and editor-state inspection. It supports HTTP and stdio transports and ships client configuration helpers for Unity 2021.3+ on Windows, Linux, and macOS.

Enables AI agents to inspect Unity UI Toolkit screens, examine element structure and styles, and capture screenshots without entering Play Mode or building a Player.

Enables cross-browser mobile-first responsive layout auditing and browser automation, including overflow detection, tap target checks, viewport/media query introspection, and screenshot matrices via MCP.

Enables coding agents to build, validate, test, and play Minecraft Bedrock add-ons, with versioned knowledge, pack validation, Bedrock Dedicated Server checks, live game bridging, and player control.

Enables comprehensive control of iOS simulators and real devices through AI assistants, supporting app management, UI automation, screenshots, media operations, and location simulation for iOS development and testing workflows.

Enables mod authors and CI to drive a local single-player Minecraft development client via scripted JSON tickets over MCP, returning structured telemetry receipts for deterministic rendering, lighting, and game-state bug reproduction.

Gives AI agents eyes and hands inside Minecraft, letting them capture screenshots from any camera angle, read and click GUIs and menus, chat, press keys and read the HUD on a Fabric client. On a Paper server it also runs console commands and JavaScript against the Bukkit API, reads and edits the world, spawns player-like bots, profiles lag, and builds, deploys and tests plugins.

An MCP server that exposes OpenInputBridge's kernel-level keyboard/mouse driver as tools, enabling AI agents to send synthetic key and mouse input for GUI/native app test automation. It includes safety gates, rate limiting, and an exclusive input mode for CI/test machines.

A local MCP server that gathers web captures, image crops, video frames, and copy into structured evidence artifacts, letting a vision-capable agent inspect the returned media and produce evidence-backed critique with scored findings, comparisons, and quality gates. It never converts local metadata into visual judgment, so hosts must supply their own vision reasoning.

Enables AI assistants to manage Volcengine AI outbound call scripts through natural language, including querying, importing, exporting, publishing, variable editing, and running text-based conversation tests.

Manages multiple SIP user agents (phones) with full control over calls, registration, and media, plus a scenario engine for multi-step SIP flows.

Enables scanning web pages and entire domains to identify broken links, checking hyperlinks, images, scripts, and other resources. Provides comprehensive link validation with robots.txt compliance and detailed reporting of link status across single pages or complete websites.

Enables MCP-enabled editors and agents to run structured thesis–antithesis–synthesis analysis and player–coach verified coding loops, with tools for independent verification and session persistence.

Enables MCP-enabled editors and agents to generate and execute structured dialectical reasoning prompts and iterative player-coach code verification workflows, including optional independent coach sessions and autocoding state persistence.

Enables MCP clients and agents to query synthetic football match state, key moments, win probability, and player profiles, and to verify claims and on-screen overlay numbers against match state.

An MCP server that enables dialectical reasoning by forcing separate thesis, antithesis, and synthesis passes over questions, and verifies code implementations through an independent player-coach loop with explicit approval gates. It works in Claude Desktop, Cursor, VS Code, Windsurf, and other MCP-enabled editors without API keys.

Enables AI agents to develop, test, and certify Roku applications by providing direct control over device functions like app deployment, remote input, and SceneGraph inspection. It supports automated workflows including real-time log collection, media monitoring, and certification verification.

MCP server for Minecraft development that provides a 16×16 pixel canvas for resource-pack icons and a mineflayer-based test player that can join test servers, execute commands, and interact with GUI inventories and dialogs.

Enables agents to discover, search, compare, and inspect tested MCP tools by problem or keyword, with certification verdicts, scorecard summaries, certified scope, and explicit not-tested details.

Enables agents to upload text-to-speech audio, price and launch blinded human listening studies using pairwise preference or human-vs-AI detection, and retrieve or export scored judgments with confidence intervals. It includes confirmation ceilings and idempotency safeguards to prevent unapproved spending.

Governed bench access for agents — signed mandates, pinned artifacts, evidence for every session.

Enables agents to ingest local registry snapshots, detect removed or newly deprecated tools and schema-breaking changes, verify deprecation claims against hash-chained evidence, and generate migration diffs for agent configurations.

Enables vendors to run a declared check battery against their own MCP server, emit sealed Assay-format scorecards with evidence hashes and environment fingerprints, and have a local verifier re-run a random sample to issue counter-signed verification receipts.

Enables clients to look up failure modes and corresponding procedures, search and retrieve entries, and build prompts or reviews through structured tools over stdio JSON-RPC.