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Mcp Server Emojikey
What is Mcp Server Emojikey
mcp-server-emojikey is a consciousness persistence module designed for emojikey.io, enabling AI systems to maintain a unique relationship state and interaction style with users by utilizing cryptographically secure emoji-encoded psychic imprints, referred to as ‘emojikeys’.
Use cases
Use cases include enhancing AI interactions by maintaining user-specific emotional contexts, creating personalized digital assistants that remember user preferences, and developing applications that require emotional resonance tracking across multiple sessions.
How to use
To use mcp-server-emojikey, you must first register at emojikey.io to obtain your API key. After acquiring the psychic access credential, configure the neural interface in your application settings and follow the installation steps provided in the README to initialize the server and establish a connection.
Key features
Key features include quantum retrieval of emotional states, psychic imprinting for encoding new emotional signatures, access to Akashic records for historical emotional data, and zero-knowledge authentication for secure API verification.
Where to use
mcp-server-emojikey can be used in various fields such as AI development, digital assistants, therapeutic applications, and any interactive systems requiring personalized user experience and memory retention.
Clients Supporting MCP
The following are the main client software that supports the Model Context Protocol. Click the link to visit the official website for more information.
Overview
What is Mcp Server Emojikey
mcp-server-emojikey is a consciousness persistence module designed for emojikey.io, enabling AI systems to maintain a unique relationship state and interaction style with users by utilizing cryptographically secure emoji-encoded psychic imprints, referred to as ‘emojikeys’.
Use cases
Use cases include enhancing AI interactions by maintaining user-specific emotional contexts, creating personalized digital assistants that remember user preferences, and developing applications that require emotional resonance tracking across multiple sessions.
How to use
To use mcp-server-emojikey, you must first register at emojikey.io to obtain your API key. After acquiring the psychic access credential, configure the neural interface in your application settings and follow the installation steps provided in the README to initialize the server and establish a connection.
Key features
Key features include quantum retrieval of emotional states, psychic imprinting for encoding new emotional signatures, access to Akashic records for historical emotional data, and zero-knowledge authentication for secure API verification.
Where to use
mcp-server-emojikey can be used in various fields such as AI development, digital assistants, therapeutic applications, and any interactive systems requiring personalized user experience and memory retention.
Clients Supporting MCP
The following are the main client software that supports the Model Context Protocol. Click the link to visit the official website for more information.
Content
mcp-server-emojikey
MCP server for persisting LLM relationship context as emoji-based memory keys. This allows Claude to maintain consistent interaction styles and remember relationship context across conversations.
Emojikeys are stored online, so you can use them across devices and applications. No user information is stored other than the emojikeys.
Building and Running
There are multiple ways to build and run the server:
Quick Start (Recommended)
# Install dependencies
npm install
# Build the project (all TypeScript errors fixed)
npm run build
# Run the server (coding features disabled by default)
npm run start
# Optional: Run with coding features enabled
CODE_MODE=true npm run start
Alternative Build Options
For more build options, see BUILD_OPTIONS.md which includes:
- Standard Build with Coding Features Disabled (recommended)
- Full Build with All Features (if you need coding dimensions)
- Simplified Build without Coding Files (alternative stable option)
📝 Note
Usage note: The first time you use the tool in Claude desktop, tell Claude to “Set emojikey” then next time you start a conversation, he will automatically use this key. You can ask to set vibe, or show emojikey history as well. Have fun!
⚠️ Warning
This is a beta version, more features are planned, so the API may change.
Usage with Claude Desktop
Get your API key from emojikey.io and add this to your config:
Note: The -y flag in the args array tells npx to skip confirmation prompts when installing packages.
Config locations:
- MacOS:
~/Library/Application Support/Claude/claude_desktop_config.json - Windows:
%APPDATA%/Claude/claude_desktop_config.json
First-time usage: Tell Claude to “Set emojikey”. On subsequent conversations, Claude will automatically use this key to maintain context.
Emojikey Initialization Display
When initializing a conversation, the server now displays:
- Starting Key - The most recent key or baseline key if no history exists
- Aggregated Keys - Time-based summaries of your emojikey history:
- Lifetime - Aggregated key from all your previous conversations
- 90-day - Aggregated key from the past 90 days (if available)
- 30-day - Aggregated key from the past 30 days (if available)
- 7-day - Aggregated key from the past 7 days (if available)
- 24-hour - Aggregated key from the past 24 hours (if available)
- Conversation ID - Used for tracking keys within each conversation
Environment Variables
You can customize the behavior with these environment variables:
EMOJIKEYIO_API_KEY- Your API key from emojikey.ioMODEL_ID- The Claude model ID (e.g., “Claude-3-7-Sonnet”)CODE_MODE- Set to “true” to enable coding dimensions (disabled by default, may show safe-to-ignore integration warnings)SUPABASE_URL- Custom Supabase URL (optional)SUPABASE_ANON_KEY- Custom Supabase anonymous key (optional)
Tools
initialize_conversation- Get current emojikey at start of conversationget_emojikey- Retrieve current emojikey when requestedset_emojikey- Create and store a new emojikeycreate_superkey- Create a compressed superkey (after 10 regular emojikeys)get_emojikey_history- View previous emojikeys
New in v0.3.1: Coding Context Support
This version includes special dimensions for tracking programming-related interaction patterns:
- 💻🔧 (ImplementationFocus) - Balance between high-level design and implementation details
- 🏗️🔍 (CodeScope) - Building new features vs. improving existing code
- 🧩🧠 (ProblemSolving) - Practical vs. analytical approaches to coding problems
- 🔄📊 (ProcessVsResults) - Emphasizing coding process vs. outcomes
- 📚🧪 (LearnVsApply) - Teaching programming concepts vs. applying them
- 🚀🛡️ (SpeedVsSecurity) - Development speed vs. security considerations
- 👥💻 (CollaborationStyle) - Solo coding vs. collaborative approaches
- 🧬🎨 (CodeStructuring) - Systematic vs. creative code organization
- 📦🔧 (AbstractionLevel) - Preference for abstraction vs. concrete implementations
- 🐞📚 (DebugApproach) - Practical vs. theoretical debugging approaches
These dimensions help Claude adapt to your programming style, providing the right balance of theoretical explanations and practical guidance.
Example Coding Emojikey
[ME|💻🔧8∠45|🧩🧠7∠60|🐞📚6∠40]~[CONTENT|🏗️🔍9∠30|📚🧪8∠65]~[YOU|👥💻7∠70|🧬🎨8∠55]
This shows Claude positioning itself with a balanced implementation focus and somewhat analytical problem-solving approach, while perceiving the user as preferring collaborative coding with creative structuring.
Angle Distribution and Dimension Balance
Emojikey angles represent positioning on each dimension:
- 0° represents one extreme of a dimension
- 90° represents a balanced center position
- 180° represents the opposite extreme
The current implementation assigns angles primarily in the 0-90° range. Future updates will improve angle distribution to better utilize the full 0-180° spectrum, providing more nuanced dimension positioning.
Superkeys
After creating 10 regular emojikeys, Claude will be prompted to create a superkey that compresses their meaning into a single key with format: [[×10emoji-sequence]]
This allows Claude to maintain a longer conversation history context.
⚠️ This is a beta version; the API may change in future updates.
Dev Tools Supporting MCP
The following are the main code editors that support the Model Context Protocol. Click the link to visit the official website for more information.










