InkOS

InkOS is an autonomous novel-writing AI agent that handles the entire creative pipeline—drafting, auditing, and revision—without manual intervention. It covers diverse genres including fantasy, cultivation, urban, and sci-fi, while supporting various creative forms like sequels, spin-offs, fanfiction, and style imitation.

Key capabilities include:

• Multi-dimensional auditing: Continuous auditors check 33+ dimensions per chapter including character consistency, resource continuity, plot hooks, narrative pacing, and emotional arcs
• Anti-AI detection: Built-in LLM fingerprint detection identifies and eliminates common AI patterns like vocabulary fatigue and repetitive sentence structures
• Style imitation: Analyze reference texts to extract statistical fingerprints and inject them into your novel for consistent voice
• Creation briefs: Convert your story ideas and worldbuilding documents into structured story bibles and creation rules
• Input governance: Editable Markdown control documents (author_intent.md, current_focus.md) guide long-term creative direction
• Word count management: Intelligent character/word counting with automatic normalization rather than hard truncation
• Import existing works: Reverse-engineer truth files from existing novels and continue seamlessly
• Fanfiction support: Four modes (canon, AU, OOC, CP) with dedicated auditing and boundary controls
• Multi-model routing: Assign different models to different agents for cost and quality optimization
• Guardian daemon: Background automation with manual approval gates for critical decisions
• Local model compatibility: Works with any OpenAI-compatible interface
• Reliability safeguards: Automatic state snapshots, cross-chapter duplicate detection, and 11 hard validation rules

InkOS Studio 2.0 provides a visual web workbench with book management, chapter review, real-time progress tracking, market radar, data analysis, and AI detection. The TUI dashboard offers conversational creation with slash command completion and theme effects. All interfaces share the same interaction kernel for consistent control.