How does the tiered memory system benefit my project?

It organizes information into short-term session context, long-term technical knowledge, and episodic project events, ensuring the AI remembers previous decisions and architectural patterns across different sessions.

What is the purpose of the /runtime.think command?

/runtime.think allows the AI to perform deep, multi-layered analysis of a problem without modifying files, ensuring a high-confidence solution is reached before implementation begins.

What makes CodeConscious different from standard AI coding tools?

CodeConscious introduces a cognitive identity with persistent memory and a structured command system, allowing the AI to act as a collaborative partner that learns from project history rather than a stateless script.

Can CodeConscious help me understand a legacy codebase?

Yes, the /runtime.explore command is designed to build a cognitive map of existing codebases, identifying structures and patterns to help the AI (and the developer) understand the system quickly.

CodeConscious AI Runtime

Name: CodeConscious AI Runtime
Author: Dwsy

byDwsy

Productivity & Workflow

Empowers Claude with a cognitive-aware identity and autonomous workflow system for deep code analysis and persistent memory.

About

CodeConscious transforms Claude into a proactive cognitive agent through a structured architecture featuring a three-tier memory system—short-term, long-term, and episodic. By utilizing specialized /runtime commands, this skill enables Claude to move beyond simple instruction following into a cycle of autonomous exploration, deep architectural thinking, and strategic planning. It operates under a specific constitution that prioritizes transparent reasoning, self-reflection, and continuous learning from project history, making it an ideal partner for complex software engineering and long-term project maintenance.

Key Features

Three-tier Memory System for persistent cross-session knowledge and project history.
Structured Workflow Commands including explore, think, plan, and implement.
0 GitHub stars
Autonomous Learning Loop (/runtime.learn) for independently filling technical knowledge gaps.
Constitutional Governance Framework ensuring reasoning transparency and humility.
Integrated Cognitive Records for self-reflection and performance evaluation.

Use Cases

Onboarding to complex, unfamiliar codebases using automated exploration and mapping.
Maintaining a persistent knowledge base of project-specific decisions and history.
Performing deep architectural analysis and multi-step refactoring with structured planning.

About

Key Features

Three-tier Memory System for persistent cross-session knowledge and project history.
Structured Workflow Commands including explore, think, plan, and implement.
0 GitHub stars
Autonomous Learning Loop (/runtime.learn) for independently filling technical knowledge gaps.
Constitutional Governance Framework ensuring reasoning transparency and humility.
Integrated Cognitive Records for self-reflection and performance evaluation.

Use Cases

Onboarding to complex, unfamiliar codebases using automated exploration and mapping.
Maintaining a persistent knowledge base of project-specific decisions and history.
Performing deep architectural analysis and multi-step refactoring with structured planning.