How do I monitor token usage with this skill?

You can monitor token consumption by using the /status command or observing response latency to gauge context saturation.

What should I do if Claude's performance starts to drop?

Performance typically degrades when context usage exceeds 40%. It is recommended to reset the session or fork the current task to a new context.

What is the benefit of session forking?

Forking allows you to isolate heavy or complex tasks, ensuring that experimental code or deep reasoning doesn't pollute the main session's context window.

How can I persist progress across different sessions?

This skill utilizes a _state.md file as a checkpoint system to persist progress and critical information across multiple sessions.

Claude Runtime Operations

Name: Claude Runtime Operations
Author: Git-Fg

byGit-Fg

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Productivity & Workflow

Optimizes Claude’s performance and context usage through advanced runtime management and session control strategies.

About

The Claude Runtime Operations skill serves as a technical manual for managing the Claude execution environment, focusing on maximizing efficiency and minimizing context degradation. It provides actionable strategies for monitoring token consumption, implementing session forking for complex tasks, and maintaining state across checkpoints. Ideal for power users who need to troubleshoot performance drops or handle high-reasoning tasks without polluting the main context, this skill ensures the runtime remains responsive and accurate during long-running development sessions.

Key Features

Session forking to isolate heavy tasks from the main context
Advanced context compression and optimization strategies
Persistent state management using standardized _state.md checkpoints
Real-time token monitoring and response latency tracking
High-reasoning Plan Mode activation for complex problem solving
1 GitHub stars

Use Cases

Maintaining project progress across multiple sessions using state persistence
Isolating experimental features into forked sessions to preserve context window
Troubleshooting performance degradation during long-form coding sessions

About

Key Features

Session forking to isolate heavy tasks from the main context
Advanced context compression and optimization strategies
Persistent state management using standardized _state.md checkpoints
Real-time token monitoring and response latency tracking
High-reasoning Plan Mode activation for complex problem solving
1 GitHub stars

Use Cases

Maintaining project progress across multiple sessions using state persistence
Isolating experimental features into forked sessions to preserve context window
Troubleshooting performance degradation during long-form coding sessions