// Location: src/core/MemoryConnectionProtocol.ts (498 lines)
class MemoryConnectionProtocol {
  private memoryVault: MemoryVault;
  private crossMindBridge: CrossMindBridge;
  private privacyGuard: PrivacyGuard;
  private memoryMiner: MemoryMiner;
  
  // Core memory operations
  async createMemory(content: string, type: MemoryType, category: MemoryCategory): Promise<Memory>
  async searchMemories(query: string, options?: SearchOptions): Promise<Memory[]>
  async processAIInteraction(platform: AIPlatform, prompt: string, response: AIResponse): Promise<void>
  async getMemoryStats(): Promise<MemoryStats>
}

// Location: src/storage/MemoryVault.ts (428 lines)
class MemoryVault {
  private storage: StorageAdapter;
  private encryption: EncryptionService;
  private vectorSearch: VectorSearchEngine;
  
  // Storage operations with encryption
  async storeMemory(memory: Memory): Promise<string>
  async retrieveMemory(id: string): Promise<Memory | null>
  async searchSemantic(query: string, options: SearchOptions): Promise<SearchResult[]>
  async updateMemory(id: string, updates: Partial<Memory>): Promise<Memory>
}

// Location: src/ai/CrossMindBridge.ts (290 lines)
class CrossMindBridge {
  private adapters: Map<AIPlatform, AIAdapter>;
  
  // AI platform integration
  async processInteraction(platform: AIPlatform, interaction: AIInteraction): Promise<ProcessedInteraction>
  async extractMemories(conversation: Conversation): Promise<Memory[]>
  async injectContext(platform: AIPlatform, memories: Memory[]): Promise<ContextInjection>
}

// Location: src/privacy/PrivacyGuard.ts (258 lines)
class PrivacyGuard {
  private encryption: EncryptionService;
  private anonymizer: AnonymizationService;
  
  // Privacy protection
  async encryptMemory(memory: Memory): Promise<EncryptedMemory>
  async anonymizeContent(content: string): Promise<AnonymizedContent>
  async detectPII(text: string): Promise<PIIDetectionResult>
}

// src/storage/MemoryVault.ts
class MemoryVault {
  async storeMemory(memory: Memory): Promise<string> {
    // 1. Encrypt sensitive content
    const encryptedContent = await this.encryption.encrypt(memory.content);
    
    // 2. Generate vector embeddings for search
    const embeddings = await this.vectorSearch.generateEmbeddings(memory.content);
    
    // 3. Store in database with metadata
    const storedMemory = {
      ...memory,
      content: encryptedContent,
      embeddings,
      createdAt: new Date(),
      updatedAt: new Date()
    };
    
    return await this.storage.save(storedMemory);
  }
}

// Vector-based semantic search
async searchSemantic(query: string, options: SearchOptions): Promise<SearchResult[]> {
  // 1. Generate query embeddings
  const queryEmbeddings = await this.vectorSearch.generateEmbeddings(query);
  
  // 2. Calculate similarity scores
  const similarities = await this.vectorSearch.findSimilar(
    queryEmbeddings, 
    options.limit || 10,
    options.minSimilarity || 0.7
  );
  
  // 3. Apply privacy filters
  const filteredResults = similarities.filter(result => 
    this.privacyGuard.canAccess(result.memory, options.userId)
  );
  
  return filteredResults;
}

// src/ai/CrossMindBridge.ts
class CrossMindBridge {
  async processInteraction(platform: AIPlatform, interaction: AIInteraction): Promise<void> {
    // 1. Get platform-specific adapter
    const adapter = this.adapters.get(platform);
    
    // 2. Extract memories from conversation
    const memories = await adapter.extractMemories(interaction);
    
    // 3. Store memories with quality assessment
    for (const memory of memories) {
      const qualityScore = await this.assessQuality(memory);
      await this.memoryVault.storeMemory({
        ...memory,
        qualityScore,
        platform,
        sessionId: interaction.sessionId
      });
    }
    
    // 4. Trigger mining process
    await this.memoryMiner.processNewMemories(memories);
  }
}

// src/privacy/PrivacyGuard.ts
class PrivacyGuard {
  async encryptMemory(memory: Memory): Promise<EncryptedMemory> {
    // 1. Detect and mask PII
    const piiDetection = await this.detectPII(memory.content);
    const maskedContent = this.maskPII(memory.content, piiDetection);
    
    // 2. Apply encryption based on privacy level
    const encryptionKey = this.generateKey(memory.privacyLevel);
    const encryptedContent = await this.encryption.encrypt(maskedContent, encryptionKey);
    
    // 3. Store encryption metadata
    return {
      ...memory,
      content: encryptedContent,
      encryptionMetadata: {
        algorithm: 'AES-256-GCM',
        keyId: encryptionKey.id,
        piiMasked: piiDetection.found
      }
    };
  }
}

import Synaptic, { MemoryType, MemoryCategory, PrivacyLevel } from 'synaptic';

// Initialize Synaptic
const synaptic = new Synaptic({
  server: { host: 'localhost', port: 3000 },
  storage: { path: './my-memories.db' },
  ai: { defaultProvider: 'openai' }
});

// Start the system
await synaptic.start();

// Create a memory
const memory = await synaptic.getProtocol().createMemory(
  'React hooks simplify state management in functional components',
  MemoryType.KNOWLEDGE,
  MemoryCategory.TECHNICAL,
  {
    tags: ['react', 'hooks', 'javascript'],
    privacyLevel: PrivacyLevel.PUBLIC
  }
);

// Search memories
const results = await synaptic.getProtocol().searchMemories(
  'react state management',
  { limit: 10, minQuality: 0.7 }
);

// Process AI interaction
await synaptic.getProtocol().processAIInteraction(
  'claude',
  'How do React hooks work?',
  'React hooks are functions that let you use state and lifecycle features...',
  'session_123'
);

// Get memory statistics
const stats = await synaptic.getProtocol().getMemoryStats();
console.log(`Total memories: ${stats.totalMemories}`);