Claude Cognitive provides persistent context and multi-instance coordination for Claude Code. It enables operations teams to maintain working memory across multiple instances, improving productivity and token optimization. Integrates with Python-based workflows and supports Claude agents.
git clone https://github.com/GMaN1911/claude-cognitive.gitClaude Cognitive solves the statelessness problem in Claude Code by providing working memory across instances. It uses two core systems: a Context Router that intelligently injects files based on attention dynamics (HOT/WARM/COLD tiers with keyword activation and decay), and a Pool Coordinator that shares state across multiple concurrent instances to prevent duplicate work and maintain long-running session context. Validated on production codebases with 1+ million lines and 8 concurrent instances, Claude Cognitive delivers 64-95% token savings while enabling new instances to be productive on the first message. It integrates with Python-based workflows and supports persistent development sessions spanning days or weeks.
1. Identify your specific workflow and the type of data that needs persistent context. 2. Set up a Claude Cognitive instance through the Python SDK or API. 3. Configure the context window size based on your data complexity (start with 4096-8192 tokens). 4. Implement token optimization by compressing text data before storage (see example code). 5. Test with multiple instances to verify context persistence and synchronization. Tip: Start with a smaller context window and increase as needed to balance performance and memory retention.
Automatically maintain context across multiple Claude Code instances during long development sessions.
Reduce token usage by intelligently managing file context based on usage patterns.
Coordinate efforts between different instances to avoid duplicate work on shared codebases.
Quickly inject relevant code context based on recent interactions, improving initial response accuracy.
No install command available. Check the GitHub repository for manual installation instructions.
git clone https://github.com/GMaN1911/claude-cognitiveCopy the install command above and run it in your terminal.
Launch Claude Code, Cursor, or your preferred AI coding agent.
Use the prompt template or examples below to test the skill.
Adapt the skill to your specific use case and workflow.
I'm setting up a Claude Cognitive instance to manage [SPECIFIC_WORKFLOW]. I need help configuring the persistent context to maintain [TYPE_OF_DATA] across multiple sessions. Also, provide guidance on optimizing token usage for this use case. Include any relevant Python code snippets for integration.
Based on your request to manage customer support ticket escalations, I've configured your Claude Cognitive instance with the following parameters:
1. Persistent Context Settings:
- Context Window: 8192 tokens
- Memory Retention: 7-day rolling window
- Data Structure: JSON-based ticket objects with priority flags
2. Multi-Instance Coordination:
- Instance Count: 3 (for load balancing)
- Synchronization Interval: 5-minute syncs
- Conflict Resolution: Last-write-wins with audit trail
3. Token Optimization:
```python
def optimize_tokens(ticket_data):
# Compress ticket descriptions using this algorithm
compressed = compress_description(ticket_data['description'])
ticket_data['description'] = compressed
return ticket_data
```
4. Integration Code:
```python
from claude_cognitive import CognitiveManager
manager = CognitiveManager(api_key='your_key')
manager.add_workflow('ticket_escalation', context_settings)
```
This configuration will maintain ticket context across instances while optimizing token usage by compressing text data. The system will automatically sync ticket statuses every 5 minutes.AI assistant built for thoughtful, nuanced conversation
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