Compact Command
Compact Command is a methodology for implementing sub-agents within Claude Code that prioritizes efficient context management and cost optimization. Rather than deploying multiple independent agents that each maintain complete system context, Compact Command uses structured delegation patterns to minimize redundant information processing. This approach reduces the total tokens consumed across agent interactions while maintaining effective task decomposition.
Context Engineering
The core principle of Compact Command involves careful engineering of what context each sub-agent receives. Instead of passing full system prompts and complete project state to every agent, only relevant information is forwarded at each delegation step. This requires identifying which context is necessary for a specific task and excluding extraneous details that would increase token consumption without adding value.
Cost Optimization
By reducing context duplication across agent calls, Compact Command directly lowers API expenses. Each agent interaction consumes fewer tokens when limited to task-specific information, and the cumulative savings across multiple sub-agent calls becomes significant in complex workflows. This makes the approach particularly valuable for applications that rely on frequent agent delegation or operate under tight budget constraints.
Compact Command complements broader agentic frameworks by providing practical guidelines for making multi-agent systems more efficient without sacrificing capability or performance.
Source Notes
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