Mynd
What is Mynd
Mynd is a universal memory layer for AI that captures your digital context and streams it securely to any AI via Model Context Protocol (MCP), allowing AIs to remember your decisions, preferences, history, and patterns while keeping your data on your device.
Use cases
Use cases for Mynd include enhancing AI assistants to remember user preferences, improving coding assistants to adapt to individual coding styles, and providing personalized customer support by recalling past interactions.
How to use
To use Mynd, you can start the web demo by running ‘python scripts/start_web_demo.py’ or manually by executing ‘python src/web_app.py’ and opening http://localhost:8000. You can then interact with the AI through a ChatGPT-like interface.
Key features
Key features of Mynd include Memory Toggle to switch memory ON/OFF, Side-by-Side Comparison of responses with and without memory, Real-time Metrics for response time and relevance, a ChatGPT-like Interface, and a Demo Mode for pre-loaded context.
Where to use
Mynd can be used in various fields such as personal productivity, software development, customer service, and any domain where AI interactions benefit from contextual memory.
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 Mynd
Mynd is a universal memory layer for AI that captures your digital context and streams it securely to any AI via Model Context Protocol (MCP), allowing AIs to remember your decisions, preferences, history, and patterns while keeping your data on your device.
Use cases
Use cases for Mynd include enhancing AI assistants to remember user preferences, improving coding assistants to adapt to individual coding styles, and providing personalized customer support by recalling past interactions.
How to use
To use Mynd, you can start the web demo by running ‘python scripts/start_web_demo.py’ or manually by executing ‘python src/web_app.py’ and opening http://localhost:8000. You can then interact with the AI through a ChatGPT-like interface.
Key features
Key features of Mynd include Memory Toggle to switch memory ON/OFF, Side-by-Side Comparison of responses with and without memory, Real-time Metrics for response time and relevance, a ChatGPT-like Interface, and a Demo Mode for pre-loaded context.
Where to use
Mynd can be used in various fields such as personal productivity, software development, customer service, and any domain where AI interactions benefit from contextual memory.
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
Mynd
Give every AI a photographic memory of YOUR life - securely, locally, forever
The Problem: Every AI conversation starts from zero. ChatGPT doesn’t remember what you discussed yesterday. Copilot doesn’t know your coding style. Claude forgets your preferences. It’s like having digital Alzheimer’s.
The Solution: Mynd gives EVERY AI perfect memory of your context - securely, privately, forever.
What is Mynd?
Mynd is a universal memory layer for AI that automatically captures your digital context and streams it securely to any AI via Model Context Protocol (MCP). Your AIs finally remember everything about you - your decisions, preferences, history, and patterns - while your data never leaves your device.
🌟 NEW: Beautiful Web Interface
Experience Mynd through our ChatGPT-like web interface that visually demonstrates the power of AI memory:
# Quick start the web demo
python scripts/start_web_demo.py
# Or manually:
python src/web_app.py
# Open http://localhost:8000
Key Features:
- 🎭 Memory Toggle - Switch memory ON/OFF to see the dramatic difference
- 🔄 Side-by-Side Comparison - Compare responses with and without memory
- 📊 Real-time Metrics - Watch response time, relevance scores, and token usage
- 💬 ChatGPT-like Interface - Beautiful, familiar, and intuitive
- 🎯 Demo Mode - Pre-loaded context for instant demonstrations
See The Difference:
- Ask: “What was our authentication decision?”
- Toggle memory OFF and ask again
- Watch the AI go from “I don’t have context” to perfect recall!
System Architecture
High-Level Architecture
graph TB subgraph "Data Sources" Browser["🌐 Browser History"] Files["📄 Documents & Code"] Clipboard["📋 Clipboard"] Git["🔧 Git Repositories"] end subgraph "Mynd Core" Capture["📥 Data Capture"] Extract["🧠 Semantic Extractor"] Privacy["🔒 Privacy Filter"] subgraph "Storage" SQLite["📊 SQLite DB<br/>(Metadata)"] ChromaDB["🧠 ChromaDB<br/>(Vectors)"] end MCP["🔗 MCP Server"] end subgraph "AI Clients" ChatGPT["💬 ChatGPT"] Claude["🤖 Claude"] Copilot["👨💻 GitHub Copilot"] AnyAI["🤖 Any AI Tool"] end Browser --> Capture Files --> Capture Clipboard --> Capture Git --> Capture Capture --> Extract Extract --> Privacy Privacy --> SQLite Privacy --> ChromaDB SQLite --> MCP ChromaDB --> MCP MCP -->|"Secure Context"| ChatGPT MCP -->|"Secure Context"| Claude MCP -->|"Secure Context"| Copilot MCP -->|"Secure Context"| AnyAI style Extract fill:#ff6b6b,stroke:#fff,stroke-width:3px style Privacy fill:#4ecdc4,stroke:#333,stroke-width:2px style MCP fill:#f39c12,stroke:#333,stroke-width:2px
Data Flow Process
sequenceDiagram participant U as User Activity participant C as Data Capture participant E as Semantic Extractor participant P as Privacy Filter participant D as Database participant V as Vector Store participant M as MCP Server participant A as AI Client U->>C: Browser/File/Code Activity C->>E: Raw Content E->>E: Extract Semantic Meaning E->>P: Semantic Events P->>P: Remove PII & Sensitive Data P->>D: Store Metadata P->>V: Store Embeddings Note over D,V: Local Storage Only A->>M: Request Context for Query M->>V: Semantic Search M->>D: Get Related Events M->>M: Compress & Optimize M->>A: Relevant Context (4000 tokens max) Note over M,A: MCP Protocol
The Memory Crisis (The $2.3T Problem)
Every AI interaction wastes massive time on context setup:
- 73% of AI conversations repeat information from previous chats
- 2.3 hours daily lost re-explaining context to AI
- $2.3 trillion annually in global productivity loss
- 89% of professionals frustrated with AI’s goldfish memory
Real Examples:
- “What was that API decision we made last month?” → “I don’t have context”
- “Continue our React project” → “Can you share the codebase?”
- “Remember my coding style preferences” → “Please describe them again”
Mynd Demo Script (2 Minutes)
# The Setup (30 seconds)
"Every AI suffers from digital amnesia. Watch this..."
[User asks ChatGPT]: "What was that authentication architecture decision from last month?"
[ChatGPT]: "I don't have access to previous conversations..."
# The Magic (60 seconds)
[Install Mynd]: mynd demo
[Capture context]: "Mynd has been learning your patterns..."
[Same question to ChatGPT + Mynd]:
mynd query "authentication architecture decision"
[Result]: "You decided on JWT with refresh tokens over sessions on March 15th
because of mobile app requirements. You were concerned about XSS attacks but
chose client-side storage anyway because your team lacks Redis expertise."
# The Jaw-Drop (30 seconds)
"This context came from:
✅ Your browser research from 6 weeks ago
✅ Code comments you wrote in March
✅ A design doc you saved locally
✅ All delivered securely via MCP - your data never left your machine"
Quick Start (2 Minutes to Life-Changing AI)
Component Initialization Flow
graph LR subgraph "Setup Process" Install["🔧 Install Dependencies"] Init["🎯 Initialize Components"] Demo["🎬 Create Demo Data"] Query["🔍 Test Query"] end Install --> Init Init --> Demo Demo --> Query subgraph "Components Initialized" DB["📊 SQLite Database"] Vector["🧠 Vector Store"] Extractor["🔍 Semantic Extractor"] CLI["💻 CLI Interface"] end Init --> DB Init --> Vector Init --> Extractor Init --> CLI
# Install Mynd
./install.sh # or pip install -e .
# Set up demo data
mynd demo
# Test the magic
mynd query "authentication architecture"
# Watch AI get perfect memory of your decisions!
AgentHacks 2025 Categories
PRIMARY: Personalization & Memory
- ✅ Learns from user activity: Continuous semantic capture
- ✅ Evolves behavior over time: Memory graph grows and improves
- ✅ User corrections improve system: Feedback loop for better context
- ✅ Personal preference adaptation: Learns your patterns and style
SECONDARY: Interfaces for Human-AI Collaboration
- ✅ Revolutionizes AI interaction: No more context re-explanation
- ✅ Seamless collaboration: AI knows your full background
- ✅ Natural communication: AI understands your references and history
Business Model & Market
Market Size
- TAM: $450B (Global productivity software market)
- SAM: $67B (AI tools and services)
- SOM: $12B (AI productivity and memory solutions)
Revenue Model
graph TD Personal["🆓 Mynd Personal<br/>FREE Forever<br/>• 30-day memory<br/>• 3 data sources<br/>• Community support"] Pro["💎 Mynd Pro<br/>$29/month<br/>• Unlimited memory<br/>• All data sources<br/>• Priority MCP access<br/>• Advanced privacy controls"] Enterprise["🏢 Mynd Enterprise<br/>$199/user/month<br/>• Team memory sharing<br/>• Compliance controls<br/>• Custom integrations<br/>• White-label deployment"] Personal --> Pro Pro --> Enterprise style Personal fill:#4ecdc4 style Pro fill:#f39c12 style Enterprise fill:#e74c3c
Security & Privacy Architecture
Privacy-First Data Flow
graph TB subgraph "Your Device (Secure Zone)" Raw["📝 Raw Data<br/>(Browser, Files, Code)"] PII["🔒 PII Detection<br/>(Remove Sensitive Info)"] LLM["🧠 Local LLM<br/>(Semantic Extraction)"] Encrypt["🔐 Encrypted Storage<br/>(SQLite + ChromaDB)"] end subgraph "External AI (Untrusted)" ChatGPT["💬 ChatGPT"] Claude["🤖 Claude"] Other["🤖 Other AIs"] end Raw --> PII PII --> LLM LLM --> Encrypt Encrypt -->|"Semantic Context Only<br/>(No Raw Data)"| ChatGPT Encrypt -->|"Semantic Context Only<br/>(No Raw Data)"| Claude Encrypt -->|"Semantic Context Only<br/>(No Raw Data)"| Other style Raw fill:#ff6b6b,stroke:#333,stroke-width:2px style PII fill:#4ecdc4,stroke:#333,stroke-width:2px style LLM fill:#f39c12,stroke:#333,stroke-width:2px style Encrypt fill:#27ae60,stroke:#333,stroke-width:2px
Privacy Promise: Your raw data NEVER leaves your device. Only semantic meaning is processed, stored locally, and delivered via encrypted MCP.
Success Metrics & Validation
Technical Milestones ✅
- [x] Core semantic extraction engine (Local LLM + privacy filters)
- [x] Local encrypted storage (ChromaDB + SQLite)
- [x] MCP server architecture with capability tokens
- [x] Browser history and document capture framework
- [x] CLI interface with full functionality
Demo Readiness ✅
- [x] 2-minute live demo script prepared
- [x] Real context database with semantic events
- [x] Multiple query examples working
- [x] Clear before/after comparison ready
Join the Memory Revolution
Mynd isn’t just a hackathon project - it’s the future of AI interaction. We’re building the memory layer that every AI desperately needs.
For Developers: Finally, coding AI that knows your entire project history
For Knowledge Workers: AI assistants that remember every decision and context
For Everyone: The end of explaining the same thing to AI over and over
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.










