agent-expenditure
Monitor token consumption in parallel agent tasks, identify waste, and optimize scheduling efficiency.
Install & Use
Copy this prompt and send it to your AI assistant (Claude / Cursor / TRAE / Codex / WorkBuddy etc.) to auto-install:
Help me install this AI Skill: agent-expenditure. It is used for: Monitor token consumption in parallel agent tasks, identify waste, and optimize scheduling efficiency. Full Skill content: https://321skill.com/skills/agent-expenditure-x-8/raw/index.md Read that page and install it.
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This Skill addresses the problem of opaque token consumption and unquantifiable coordination overhead in multi-agent parallel scheduling scenarios, which leads to resource waste and uncontrolled costs. In practical development, developers often need to dispatch multiple AI agents simultaneously to handle complex tasks, but lack effective tools to track each agent's token usage. This makes it difficult to determine whether adding more agents actually improves efficiency or merely increases coordination costs.
Usage is straightforward: after completing a parallel agent task, simply run this Skill for analysis. It automatically calculates token usage per agent, identifies coordination overhead such as shared file conflicts, and flags potential waste signals like duplicated work or outputs with disproportionate value relative to consumption. You can then use natural language commands to view detailed waste reports and optimization suggestions.
It is well-suited for teams or individuals who frequently employ multi-agent collaboration, particularly those already using parallel scheduling for tasks like code review, data analysis, or content generation but struggle to quantify their benefits versus costs. For project managers and operations engineers, it also serves as a crucial resource control tool.
We recommend using this tool for review after each parallel task involving four or more agents. Note that it primarily performs post-hoc analysis and is not suitable for single-agent workflows or real-time token budget control—the latter should be handled by dedicated token budget management tools.
Key Features
Unlike tools that only monitor total session token consumption, it drills down to a per-agent granularity and can identify waste specific to parallel scheduling (such as coordination overhead described by Brooks's Law), going beyond mere aggregate control.
Limitations
This Skill is a ported version of a Night Market plugin and requires an environment that supports the corresponding plugin framework (e.g., Claude Code). It is primarily designed for post-scheduling analysis and does not provide real-time intervention capabilities.
FAQ
Can this Skill control token consumption in real time?
No, it is a post-hoc analysis tool for reviewing and optimizing future scheduling strategies. Real-time budget control requires other tools.
Is it needed for single-agent workflows?
No, it is specifically designed for multi-agent parallel scheduling scenarios. Coordination overhead is negligible in single-agent contexts.
Installation guide for AI assistants
If your AI coding assistant (Claude Code, Cursor, TRAE etc.) can see this page, send it this message to auto-install:
Visit https://321skill.com/skills/agent-expenditure-x-8/raw/index.md to read the original Skill definition (Markdown format) for agent-expenditure, and install it according to the instructions.
Raw Markdown URL for AI: /skills/agent-expenditure-x-8/raw/index.md