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KognitiveKompanion MCP Server

MCP Server

AI companion for KDE with multi‑backend support

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Updated Sep 2, 2025

About

KognitiveKompanion is a versatile MCP server that delivers an AI interface for KDE and other desktops, integrating OpenAI, Ollama, and AMD Ryzen AI backends with features like screen capture, audio input, and RAG.

Capabilities

Resources
Access data sources
Tools
Execute functions
Prompts
Pre-built templates
Sampling
AI model interactions

KognitiveKompanion Interface

KognitiveKompanion is a modern, desktop‑centric AI interface that bridges the gap between powerful language models and everyday user workflows. It tackles the challenge of integrating multiple AI backends—cloud services like OpenAI, local inference engines such as Ollama, and hardware‑accelerated options with AMD Ryzen AI—into a single, coherent user experience. By exposing these capabilities through the Model Context Protocol (MCP), developers can embed a rich, conversational AI layer into their own applications without reinventing the wheel.

At its core, KognitiveKompanion offers a polished graphical client built on PyQt5 with KDE Plasma theming. The interface is designed for productivity: collapsible panels keep the workspace uncluttered, a conversation sidebar lets users manage chat history on the fly, and system‑tray or floating window modes provide flexible access. The application also supplies essential context mechanisms—screen capture, audio input, and a toggleable Retrieval‑Augmented Generation (RAG) layer—so users can feed images, spoken queries, or external knowledge bases directly into the model’s prompt.

For developers building AI‑powered tools, KognitiveKompanion serves as both a reference implementation and an MCP server. It demonstrates how to expose diverse backends behind a unified protocol, manage conversation state, and deliver context‑aware responses. The server’s MCP endpoints expose resources for tool invocation (e.g., capture screen, record audio), prompt templates, and sampling controls, enabling seamless integration into custom workflows. Because it supports local models via Ollama and hardware acceleration through AMD Ryzen AI, teams can balance latency, privacy, and cost by selecting the backend that best fits their deployment constraints.

Real‑world scenarios include:

  • Desktop assistants that pull up relevant documents or screenshots while chatting.
  • Developer helpers that fetch code snippets from a local knowledge base using RAG.
  • Accessibility tools where audio input is converted to text and fed into the model for real‑time assistance.
  • Enterprise automation where internal models are run locally on secure hardware while still leveraging cloud APIs for more demanding tasks.

Unique advantages of KognitiveKompanion are its multi‑backend flexibility, tight integration with KDE Plasma for a native look and feel, and the inclusion of AMD Ryzen AI support—a niche yet powerful hardware option. These features make it a standout MCP server for teams that need a versatile, extensible AI interface that can adapt to both cloud and on‑premise environments.