Overview
- Give your AI a persistent memory that reads, writes, and grows with every interaction, using an integrated MCP server that transforms your notes into an accessible memory pool.
- Keep AI tasks grounded in verified context with versioned entries that record every edit, enabling rollback to any previous state for transparent, verifiable changes.
- Eliminate AI confusion from unstructured text by organizing memory as a related knowledge graph with categories, typed links, and category wikis for precise knowledge retrieval.
- Protect critical information from accidental overwrites with per-note write protection and safe writes that preview changes before they save.
- Maintain memory integrity automatically as the system checks for staleness, conflicts, importance, and link health without manual intervention.
- Collaborate with multiple AI agents or human editors simultaneously through secure OAuth 2.0 connections, with each client receiving unique authentication tokens.
- Track exactly which agent created or modified each note with origin tracking, ensuring full accountability across all human and AI contributors.
Pros & Cons
Pros
- Integrated MCP server
- Notes serve as memory
- Secure authentication features
- Memory management as knowledge graph
- Typed links within memory
- Categories for note organization
- Autonomous self-maintenance
- Checks for stale content
- Importance checks for information
- Link health evaluation
- Safe write with change preview
- Automatic versioning
- Rollback function
- Per-note write protection
- Tracking note origins
- OAuth 2.0 for secure connection
- Shared memory among multiple clients
- Accessible for reading and writing
- Multiple application contexts
- Memory modification capability
- Structured memory organization
- Conflicts resolution
- Memory pool creation
- Provenance tracking
- Notes version history
- Markdown editor
- Semantic search capability
- Applications in project management
- Knowledge base creation
- Learning and research aid
- Tool for journaling
- Supports personal usage
- Supports multi-agent connection
- Memory trigger features
- Automatically generates insights
- Allows link suggestions
- Memory can grow
- Communication via RAG chat
- Self-cleaning maintenance
- Refresh Wiki feature
- Allows link suggestions
- Allows note creation and editing
- Connects notes with five relations
- Per-client auth via OAuth 2.0
Cons
- Oauth 2.0 only
- No offline version
- No mobile apps
- Trial version limitations
- Relies heavily on categorization
- Lacks advanced text formatting
- Dependent on secure connections
- No stated cross-platform compatibility
- Versioning may complicate usage
Reviews
Rate this tool
Loading reviews...
❓ Frequently Asked Questions
Jade Note is an AI-powered memory layer that essentially functions as a notebook for your AI. It features an integrated Memory Control Program (MCP) server and is crafted to work with AI systems like Claude or ChatGPT. It enables users to create and manage notes, which then serve as the auto-accessible and editable memory for the AI, thereby providing it persistent memory that is capable of reading, writing, and growing.
The Memory Control Program (MCP) server is a central element in Jade Note. It transforms the notes you make in Jade Note into a modifiable and accessible memory pool for your AI. This allows AI agents with MCP capabilities to securely read from and write to the memory with authentication.
Yes, Jade Note is designed to connect with AI systems such as Claude and ChatGPT. Once connected, the notes you make in Jade Note become the persistent, editable memory for your AI.
'Notes become your AI's accessible and modifiable memory' means that the notes you input in Jade Note are transformed into a form of memory that your AI can access, read, and modify. This creates a persistent memory pool that your AI can interact with, giving the AI a more cognitive context for executing tasks.
Jade Note enables the processing of notes by AI through its integrated MCP server. This server permits AI agents capable of employing MCP to securely read from and write to the notes, thus processing them.
Jade Note aids in task execution by supplying context to the AI. This context is derived from the notes made in Jade Note, which the AI can read and process, thereby enhancing its cognitive ability to execute tasks more effectively.
Jade Note employs a structured memory system. Instead of treating memory as an unstructured blob of text, it structures memory in the form of a related knowledge graph. This structure revolves around categories, typed links, and category wikis.
Categories, typed links, and category wikis play a critical role in the management of memory in Jade Note. They are foundational to the structuring of memory as a related knowledge graph. This organization supports the AI's knowledge management process, making it easier for the AI to access and utilize information.
Each entry in Jade Note is versioned, meaning every edit made to a note is recorded, thereby allowing for verifiable changes. This feature ensures transparency and traceability, enabling users to view a note's edit history and revert back to any previous version if desired.
The autonomous self-maintenance feature in Jade Note is a proactive system for checking and managing potential issues with the AI's memory. It routinely checks for staleness, conflicts, importance and link health to ensure memory integrity.
'Safe writes with change previews' in the context of Jade Note means that when the AI or a user makes changes to a note, they can preview these changes before they are saved. This feature adds a layer of protection against inadvertent changes.
The tracking note origin feature in Jade Note ensures transparency by tracking and displaying the origin of each note. This helps users verify which agent, human or AI, has created or modified a note.
Jade Note facilitates multiple-agent secure connections via OAuth 2.0 by issuing unique authentication tokens for each client. This security measure enables multiple agents to connect securely and interact with the same notes simultaneously.
Yes, Jade Note can facilitate memory sharing between multiple MCP clients. Through its MCP server, Jade Note allows shared memory access which means multiple clients can read and write the memory at the same time.
Jade Note can be used in a diverse array of contexts. Some examples include personal usage, project management, research and learning, journaling, and knowledge base creation.
Note editing in Jade Note is enabled through a straightforward interface. It allows users to create and manage notes in a user-friendly environment. The AI is also capable of suggesting note edits based on user interactions.
The 'per-note write protection' feature in Jade Note offers an additional layer of security. This protective measure aims to prevent inadvertent or unauthorized edits by ensuring that each note can be locked against revisions when required.
Jade Note facilitates rollback and automatic versioning through its version control features. Any changes made, whether by an AI or a human user, are automatically versioned and the user has the capability to roll back to any previous version of a note.
Indeed, Jade Note can be utilized extensively for journaling and knowledge base creation. Its structured memory system and highlighting features make it ideal for these tasks. The entries or notes can be efficiently stored and categorized, forming a well-structured journal or a comprehensive knowledge base.
The AI manages staleness checking, conflict resolution, importance checking, and link health in Jade Note through its autonomous self-maintenance feature. This feature regularly reviews the memory to spot and resolve any inconsistencies, staleness, conflicts or issues in link health.
Pricing
Pricing model
Freemium
Paid options from
$1/month
Billing frequency
Monthly
