Agentic Design

Patterns
๐Ÿ’พ

Agent Context Preservation and Recovery(ACP)

Systematic preservation and recovery of agent conversation context, memory state, and reasoning chains during failures

Complexity: mediumFault Tolerance Infrastructure

๐ŸŽฏ 30-Second Overview

Pattern: Systematic preservation and recovery of agent conversation context, memory state, and reasoning chains

Why: Enables seamless conversation continuity across failures, 73% reduction in redundant computations, 89% improvement in context relevance

Key Insight: Hierarchical memory (STM/LTM/semantic) + vector search + secure context sharing = persistent agent intelligence

โšก Quick Implementation

1Define Memory:Establish memory hierarchy (STM, LTM, semantic)
2Implement Storage:Vector DB + knowledge graph for context
3Context Snapshots:Capture conversation state at checkpoints
4Recovery Logic:Rebuild agent state from stored context
5Validate Continuity:Ensure seamless conversation flow
Example: conversation_state โ†’ memory_snapshot โ†’ failure_recovery โ†’ context_reconstruction โ†’ seamless_continuation

๐Ÿ“‹ Do's & Don'ts

โœ…Use hierarchical memory (short-term, long-term, semantic)
โœ…Implement vector-based semantic search for context discovery
โœ…Cache conversation state with TTL based on importance
โœ…Use knowledge graphs for temporal and multi-hop reasoning
โœ…Implement secure access controls (SAMEP protocol)
โŒStore all conversation history without pruning strategies
โŒIgnore semantic validation during context reconstruction
โŒMix episodic and semantic memory without clear boundaries
โŒSkip encryption for sensitive conversation context
โŒAssume all past context is equally relevant for recovery

๐Ÿšฆ When to Use

Use When

  • โ€ข Multi-turn conversational systems
  • โ€ข Long-running agent sessions
  • โ€ข Multi-agent collaborative tasks
  • โ€ข Personalized AI assistants

Avoid When

  • โ€ข Stateless single-query systems
  • โ€ข Privacy-sensitive one-time interactions
  • โ€ข Real-time low-latency responses
  • โ€ข Simple FAQ chatbots

๐Ÿ“Š Key Metrics

Context Relevance
% accurate context reconstruction
Recovery Time
Seconds to restore conversation state
Memory Efficiency
% reduction in redundant processing
Continuity Score
User perceived conversation flow
Storage Overhead
MB per conversation session
Security Compliance
% encrypted context access

๐Ÿ’ก Top Use Cases

Customer Support: Maintain context across support ticket sessions and agent handoffs
Personal Assistants: Remember user preferences, history, and ongoing projects
Educational Tutors: Track learning progress and adapt based on student history
Healthcare Agents: Preserve patient interaction history for continuity of care
Enterprise Chatbots: Maintain context across multi-session business workflows

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