Character Identity Protocol — Documentation
This documentation covers the Character Identity Protocol (CIP), an operational governance protocol for stabilizing character identity in probabilistic generative systems.
→ For the project overview and research context, see the GitHub README
Who This Documentation Is For
This documentation may be useful for:
General users People working with generative image systems who want to understand why characters change across generations and how to maintain consistency.
Researchers People studying identity drift, probabilistic reconstruction behavior, and inference-time control in generative systems.
Governance and operational teams People assessing CIP for enterprise deployment, audit-ready workflows, or reproducibility requirements.
Start Here by Goal
| Goal | Start with |
|---|---|
| Understand how generative AI works | How Generative AI Actually Behaves |
| Write better prompts | A Simple Structure for Writing Prompts |
| Understand why characters change | Character Identity Drift |
| Try CIP immediately | Getting Started → Quickstart |
| Read the theory and specification | Technical Mechanism → CIP Spec v0.1 |
| Evaluate for enterprise or governance | White Paper → Decision Pack |
Research Entry
For readers approaching CIP from a research perspective, the recommended entry sequence is:
Technical Mechanism → Character Drift Taxonomy → CIP Specification v0.1 → White Paper
These documents cover the operational model, drift classification, normative requirements, and the theoretical framework.
Recommended Reading Order
1. Basic Understanding
2. Prompting and Input Design
3. Understanding the Problem
- Before Consistent Characters
- Character Identity Drift in Generative AI
- Identity Drift in Generative Image Models
- Miracle Images and Convergence Behavior
- When AI Stops Being Art and Starts Becoming Production
4. Entering CIP
5. Theory and Specification
- Technical Mechanism
- Character Drift Taxonomy
- Observed Drift Phenomena
- CIP Specification v0.1
- Reproducibility Scope
6. Extensions and Reference
7. Case Studies
- Case 01A: Baseline Failure
- Case 01B: Mira Project — Hard Abort & Re-convergence
- Case 02: Wedding Series
- Case 03: Avedon Project
- Case 04: Cross-Platform Migration — “Shizuka”
- Case 05: Serendipitous Creation
- Case 06: Gemini Validation
Licensed under CC BY 4.0 — 2026