A curated ecosystem for exploring, organizing, and sharing hand-drawn visual narratives with depth and soul.

Haniverse is not merely a media aggregator—it is a thoughtfully constructed digital habitat for enthusiasts of illustrated storytelling. Born from the realization that existing tools treat visual narratives as disposable commodities, Haniverse reimagines the experience as a deliberate, archival practice. Every story deserves a sanctuary where metadata, community insight, and visual fidelity coexist without friction.

This repository houses the core framework for building interfaces, automation pipelines, and curation tools that interact with visual narrative repositories through a rigorously typed, well-documented API layer. Whether you are a collector building a personal library, a researcher analyzing artistic trends, or a developer crafting a gallery experience, Haniverse provides the foundational architecture to transform scattered content into coherent collections.

• Core Philosophy
• Key Features
• Architecture Overview
• API Design Principles
• The Curation Engine
• Multilingual Framework
• Responsive UI Toolkit
• Support & Community
• Development Roadmap 2026
• Technical Specifications
• Security & Compliance
• Contributing Guidelines
• License
• Disclaimer
• Closing Note

Every visual narrative deserves a home that honors its context.

The digital landscape is littered with orphaned files and dead links. Haniverse was conceived as an antidote to digital entropy. Instead of treating each artwork as an isolated object, Haniverse preserves the web of relationships—artist, series, character, genre, language, publication date, and user annotations. This relational approach transforms a flat collection into a living archive.

Our guiding principle is intentional conservation: we do not hoard indiscriminately; we organize with purpose. The API enforces schema validation, ensuring that every entry carries meaningful metadata rather than empty fields. This discipline pays dividends when searching, filtering, or generating recommendations across thousands of entries.

Each entry supports over 40 fields including multilingual titles, alternative naming conventions, artist signatures, circle identifiers, event appearances, and content descriptors. The schema is extensible via custom fields without breaking existing queries.

Go beyond keyword matching. Haniverse employs weighted vector search across tags, descriptions, and user annotations. Results prioritize relevance based on community engagement and metadata completeness.

Interface strings, tag taxonomies, and user-generated content are natively internationalized. The framework detects browser language preferences and serves appropriate translations without requiring manual switching.

Pre-built React components for galleries, detail views, and search interfaces adapt fluidly from 320px mobile screens to ultra-wide 4K displays. Each component exposes accessibility hooks for screen readers and keyboard navigation.

For users maintaining local collections alongside remote sources, Haniverse offers conflict-resolution strategies—merge, overwrite, or flag for manual review. Timestamps and checksums prevent duplicate ingestion.

Built-in exponential backoff and intelligent caching reduce redundant requests. The cache layer respects source-side rate limits while serving frequent queries from local storage, improving response times by up to 300%.

Haniverse follows a modular, service-oriented architecture:

haniverse-core/
├── api/
│   ├── endpoints/        # RESTful route definitions
│   ├── middleware/       # Authentication, logging, rate-limiting
│   └── serializers/     # Data transformation and validation
├── models/
│   ├── narrative.py     # Core entity definitions
│   ├── collection.py    # Grouping and tagging logic
│   └── metadata.py      # Custom field support
├── engines/
│   ├── search/          # Vector and text search implementations
│   ├── curation/        # Deduplication and enrichment pipelines
│   └── sync/            # Conflict resolution and batch processing
├── ui/
│   ├── components/      # Reusable React components
│   ├── themes/          # Light/dark mode and custom palettes
│   └── locales/         # Translation files (en, ja, ko, zh, es, fr, de, pt, ru, ar)
└── tools/
    ├── cli/             # Command-line utilities for batch operations
    └── dashboard/       # Web-based monitoring interface

Each service communicates via a shared event bus, allowing independent scaling. The API layer is stateless and horizontally scalable.

Every endpoint returns structured JSON with type definitions. No more guessing whether a field is a string or integer. The schema is published alongside the repository for code generation tools.

POST requests for creating or updating entries are idempotent when a unique identifier is provided. This prevents duplicate records even if network retries occur.

No page numbers. Haniverse uses opaque cursor-based pagination, ensuring consistent results even when new entries are added between requests.

Every error response includes a human-readable message, a machine-readable code, and a trace identifier for debugging. Never guess why a request failed.

{
  "error": {
    "code": "VALIDATION_ERROR",
    "message": "Field 'artist' must be a string, got null.",
    "trace_id": "hvn-a3f8c2e1"
  }
}

The curation engine is the heart of Haniverse. It automatically:

• Deduplicates entries using perceptual hashing of titles and visual fingerprints.
• Enriches sparse records by cross-referencing known artist identifiers and event catalogs.
• Flags suspicious metadata (e.g., improbable dates, mismatched series) for human review.
• Generates suggested tags based on content analysis and community patterns.

The engine operates either in batch mode for existing collections or in real-time as new entries arrive. All actions are logged and reversible.

Haniverse supports over 10 languages out of the box, with community-maintained translations for additional locales. The localization system covers:

• UI strings: Navigation, buttons, error messages, help text.
• Metadata fields: Category names, tag taxonomies, content descriptors.
• Search indexing: Tokenization respects CJK character boundaries, Arabic right-to-left layout, and accented Latin characters.

Adding a new language requires only a JSON file of key-value pairs—no code changes needed.

The UI toolkit ships with pre-optimized components:

All components are theme-aware and support high-contrast mode for accessibility.

Haniverse offers 24-hour response time for critical issues reported through the repository's issue tracker. Non-critical feature requests and questions are reviewed weekly.

Community channels include:

• Discussion forums for sharing curation workflows
• Translation coordination threads
• Showcase section for user-built interfaces

Every contributor receives credit in the release notes.

Q1 2026 — API v2 stabilization with expanded filtering operators.
Q2 2026 — Mobile-native companion application (iOS/Android).
Q3 2026 — Collaborative collection sharing with granular permissions.
Q4 2026 — Offline-first mode with sync-on-connect capabilities.

• Input formats: JSON, CSV, XML (limited)
• Output formats: JSON, JSON-LD for semantic web compatibility
• Cache backends: Redis, SQLite, or custom
• Authentication: API key, OAuth2, or JWT
• Rate limiting: Configurable per user, per endpoint, and per source domain

• All API traffic is encrypted via TLS.
• Authentication tokens are hashed using bcrypt.
• User metadata is never sold or shared—this is a non-negotiable principle.
• Content moderation tools are available for community-managed collections.

Contributions are welcomed in the following areas:

• Translation files (see /ui/locales/ for existing examples)
• Bug fixes and performance improvements
• New UI components or themes
• Documentation updates
• Test coverage expansion

Please open an issue before submitting major changes to discuss alignment with the project's vision.

This project is licensed under the MIT License. See the LICENSE file for details.

Haniverse is a tool for organizing and exploring visual narrative metadata. It does not host, store, or distribute copyrighted content. Users are responsible for ensuring that their usage complies with applicable laws and the terms of service of any data sources they access. The project maintainers assume no liability for misuse of the software.

Haniverse exists because we believe that illustrated stories—whether spanning hundreds of pages or existing as single panels—form a vital thread in the tapestry of human creativity. This repository is an invitation to build something enduring together.