Insert and append structured notes into an Obsidian vault via vault-librarian.
npx skills add https://github.com/nhangen/claude-obsidian-plugin --skill keeper-save
Please help me install this Agent Skill. Skill: keeper-save Source: https://github.com/nhangen/claude-obsidian-plugin/tree/main/skills/keeper-save Command: npx skills add https://github.com/nhangen/claude-obsidian-plugin --skill keeper-save
This Skill automates the insertion and appending of structured notes into an Obsidian vault, eliminating the need for manual entry and back-and-forth interactions.
INSERT and APPEND operations, validating structured payloads and dispatching vault-librarian tasks.Dispatch the vault-librarian with a payload file for note insertion using the keeper-save skill.
High-intent search queries and answers about installing and using this skill.
You can automate Obsidian vault note insertion by dispatching a structured payload to the vault-librarian, which validates the content and handles the filing. This eliminates manual entry and enables seamless agent-generated documentation.
The best way to append structured notes is using a structured payload framework that supports APPEND operations. The system validates the payload and routes it through the vault-librarian for deduplication and proper placement within the vault.
Yes, multiple agents can contribute to the same Obsidian vault. The system leverages a vault-librarian for routing and deduplication, ensuring that structured payloads from different sub-skills do not create duplicate notes.
Yes, it supports both INSERT and APPEND operations. INSERT handles creating new notes, while APPEND adds content to existing files, providing a standardized interface for all agent-generated content filing needs.
You need a structured payload for vault automation when multiple agents or sub-skills require a standardized interface to file daily logs, research findings, or decision documentation without manual back-and-forth interactions.
Using a vault-librarian for routing agent-generated notes ensures proper deduplication and structured placement within the Obsidian vault. It acts as an agent-facing entry point that validates payloads before committing them.
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