What is mindlib?
mindlib is a mobile-first Personal Knowledge Management (PKM) tool designed to organize your thoughts and ideas within an interconnected Mind Map network. The application allows you to create, connect, and navigate through Mind Maps, building a hierarchical knowledge base.
mindlib features an integrated AI that provides personalized answers and suggests new content based on your existing knowledge base. You can interact with the AI through a chat interface, refine its responses, and integrate AI-generated insights directly into your Mind Maps. It also allows you to use other apps and include the required information using share option.
Features
- Easy input via share: Insert information directly into mindlib by using it as a share target from other apps.
- New, Browse, Web-Search: all in one: Find existing information, get suggestions from the Google Knowledge Graph, or create new information.
- Work from anywhere and stay synced: Use mindlib on multiple devices with real-time synchronization.
- Intelligent knowledge retrieval: AI-Chat searches your mind library for the most relevant information.
- Knowledge-based answers: AI integrates relevant information from your Knowledge Base into its responses.
- Create Mind Maps from AI responses: Transform AI-generated responses into structured Mind Maps.
- Navigable graph editor: Connect Mind Maps with an intuitive graph editor.
- Derived Wikidata-suggestions: Complete missing aspects on your topics with suggestions from Wikidata.
- Rate and compare system: Evaluate options by collecting arguments and rating them.
- OPML export and import: Exchange data with other Mind Mapping apps or create local backups.
Use Cases
- Central Organizational Layer: Connect and organize information from various sources.
- Note Taking: Quickly capture and organize notes and ideas on mobile.
- Research: Evaluate hypotheses, gather arguments, and receive AI-powered suggestions.
- Spaced Repetition Learning: Enhance memory retention through Mind Maps and integration with spaced repetition systems.
