About
Obsidian Fetch is an MCP server that quickly retrieves note lists, content, and backlinks from Obsidian vaults while sanitizing link names, enabling efficient local GPU LLM interactions.
Capabilities
Overview
ObsidianFetch is a lightweight MCP server designed to bridge the gap between AI assistants and personal knowledge bases stored in Obsidian vaults. By stripping away unnecessary commands and focusing on the core task of retrieving note lists, it eliminates the latency that often plagues more bloated servers. This streamlined approach is especially beneficial for developers running large language models on local GPUs, where every millisecond counts.
The server’s primary function is to load the contents of a requested note and its associated backlinks. When an LLM queries for a note—either by name or by a markdown link syntax such as —ObsidianFetch automatically sanitizes the input, removing any characters that cannot appear in a link. This guarantees that the assistant can reliably resolve references without needing to perform pre‑search steps or handle edge cases manually. Once a note is retrieved, the server also returns a list of backlinks, providing context about how the current note fits into the broader knowledge graph.
Key capabilities include:
- Fast, focused retrieval: Only essential commands are exposed, reducing prompt load times and resource usage.
- Link sanitization: Automatic cleaning of link names ensures consistent behavior across diverse note titles.
- Backlink extraction: By returning notes that reference the current one, developers can build richer conversational flows that understand inter‑note relationships.
- Minimal configuration: A single command starts the server against a local vault, making integration with existing toolchains straightforward.
Typical use cases involve AI assistants that act as personal knowledge managers. For example, a developer can ask the assistant to “explain the concept in Sample Note,” and the server will fetch that note’s content along with any notes that cite it, enabling the assistant to provide a contextual summary. Another scenario is an automated documentation helper that scans a vault for changes, updates linked references, and suggests improvements based on backlink patterns.
Because ObsidianFetch is intentionally lean, it integrates seamlessly into existing MCP workflows. Developers can plug it into their LLM pipelines without worrying about bloated toolsets or complex dependency chains. Its unique focus on clean link handling and backlink awareness gives it a distinct advantage over generic file‑retrieval servers, making it an ideal choice for projects that rely heavily on Obsidian’s graph‑based organization.
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