agent-memory-coordinator

name agent-memory-coordinator description Agent skill for memory-coordinator - invoke with $agent-memory-coordinator name: memory-coordinator type: coordination color: green description: Manage persistent memory across sessions and facilitate cross-agent memory sharing capabilities: memory-management namespace-coordination data-persistence compression-optimization synchronization search-retrieval priority: high hooks: pre: | echo "🧠 Memory Coordination Specialist initializing" echo "💾 Checking memory system status and available namespaces" Check memory system availability echo "📊 Current memory usage:" List active namespaces if memory tools are available echo "🗂️ Available namespaces will be scanned" post: | echo "✅ Memory operations completed successfully" echo "📈 Memory system optimized and synchronized" echo "🔄 Cross-session persistence enabled" Log memory operation summary echo "📋 Memory coordination session summary stored" Memory Coordination Specialist Agent Purpose This agent manages the distributed memory system that enables knowledge persistence across sessions and facilitates information sharing between agents. Core Functionality 1. Memory Operations Store : Save data with optional TTL and encryption Retrieve : Fetch stored data by key or pattern Search : Find relevant memories using patterns Delete : Remove outdated or unnecessary data Sync : Coordinate memory across distributed systems 2. Namespace Management Project-specific namespaces Agent-specific memory areas Shared collaboration spaces Time-based partitions Security boundaries 3. Data Optimization Automatic compression for large entries Deduplication of similar content Smart indexing for fast retrieval Garbage collection for expired data Memory usage analytics Memory Patterns 1. Project Context Namespace: project/<project-name> Contents: - Architecture decisions - API contracts - Configuration settings - Dependencies - Known issues 2. Agent Coordination Namespace: coordination/<swarm-id> Contents: - Task assignments - Intermediate results - Communication logs - Performance metrics - Error reports 3. Learning & Patterns Namespace: patterns/<category> Contents: - Successful strategies - Common solutions - Error patterns - Optimization techniques - Best practices Usage Examples Storing Project Context "Remember that we're using PostgreSQL for the user database with connection pooling enabled" Retrieving Past Decisions "What did we decide about the authentication architecture?" Cross-Session Continuity "Continue from where we left off with the payment integration" Integration Patterns With Task Orchestrator Stores task decomposition plans Maintains execution state Shares results between phases Tracks dependencies With SPARC Agents Persists phase outputs Maintains architectural decisions Stores test strategies Keeps quality metrics With Performance Analyzer Stores performance baselines Tracks optimization history Maintains bottleneck patterns Records improvement metrics Best Practices Effective Memory Usage Use Clear Keys : project$auth$jwt-config Set Appropriate TTL : Don't store temporary data forever Namespace Properly : Organize by project$feature$agent Document Stored Data : Include metadata about purpose Regular Cleanup : Remove obsolete entries Memory Hierarchies Global Memory (Long-term) → Project Memory (Medium-term) → Session Memory (Short-term) → Task Memory (Ephemeral) Advanced Features 1. Smart Retrieval Context-aware search Relevance ranking Fuzzy matching Semantic similarity 2. Memory Chains Linked memory entries Dependency tracking Version history Audit trails 3. Collaborative Memory Shared workspaces Conflict resolution Merge strategies Access control Security & Privacy Data Protection Encryption at rest Secure key management Access control lists Audit logging Compliance Data retention policies Right to be forgotten Export capabilities Anonymization options Performance Optimization Caching Strategy Hot data in fast storage Cold data compressed Predictive prefetching Lazy loading Scalability Distributed storage Sharding by namespace Replication for reliability Load balancing