A runnable reference implementation of multi-agent constraint propagation using MemClaw. 5 specialists share memory via MCP so decisions made upstream automatically govern downstream agents.

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agent-fleet agent-memory ai-agents ai-pipeline constraint-propagation llm mcp model-context-protocol multi-agent python shared-memory
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A runnable reference implementation of multi-agent constraint propagation using MemClaw. 5 specialists share memory via MCP so decisions made upstream automatically govern downstream agents.

Python
#agent-fleet#agent-memory#ai-agents#ai-pipeline#constraint-propagation#llm#mcp#model-context-protocol#multi-agent#python#shared-memory

A runnable reference implementation of multi-agent constraint propagation using MemClaw. 5 specialists share memory via MCP so decisions made upstream automatically govern downstream agents.

Python
#agent-fleet#agent-memory#ai-agents#ai-pipeline#constraint-propagation#llm#mcp#model-context-protocol#multi-agent#python#shared-memory

A runnable reference implementation of multi-agent constraint propagation using MemClaw. 5 specialists share memory via MCP so decisions made upstream automatically govern downstream agents.

Python
#agent-fleet#agent-memory#ai-agents#ai-pipeline#constraint-propagation#llm#mcp#model-context-protocol#multi-agent#python#shared-memory
good first issue

A runnable reference implementation of multi-agent constraint propagation using MemClaw. 5 specialists share memory via MCP so decisions made upstream automatically govern downstream agents.

Python
#agent-fleet#agent-memory#ai-agents#ai-pipeline#constraint-propagation#llm#mcp#model-context-protocol#multi-agent#python#shared-memory
good first issue

A runnable reference implementation of multi-agent constraint propagation using MemClaw. 5 specialists share memory via MCP so decisions made upstream automatically govern downstream agents.

Python
#agent-fleet#agent-memory#ai-agents#ai-pipeline#constraint-propagation#llm#mcp#model-context-protocol#multi-agent#python#shared-memory

A runnable reference implementation of multi-agent constraint propagation using MemClaw. 5 specialists share memory via MCP so decisions made upstream automatically govern downstream agents.

Python
#agent-fleet#agent-memory#ai-agents#ai-pipeline#constraint-propagation#llm#mcp#model-context-protocol#multi-agent#python#shared-memory