Scaena
Scaena — Gallery-Commerce Platform (scaena.art)
A gallery-first commerce experience with PAS-driven messaging, curated collections, community hooks, and conversion-ready flows designed to move visitors from discovery → desire → action.
All Selected Work
Arche Archive/2024
// Engineering Dossier
Arche Archive App — Mobile Book Reader & Companion
A mobile companion application built with React Native, providing readers and researchers with portable, distraction-free access to the Arche Archive catalog, offline reading capabilities, and structured volume exploration.
Client
Arche Archive
Role & Scope
Mobile Applications Engineer
Timeline
2026
Primary Stack
React Native • TypeScript • Node.js • PostgreSQL
Ergonomic mobile reading view featuring custom typographic controls, adjustable contrast themes, and distraction-free margin spacing.01 / 04
The Challenge
Reading dense historical manuscripts on desktop web browsers creates friction for on-the-go readers, while mobile web browsers suffer from poor reading ergonomics, lack of offline library persistence, and unreliable pagination.
The Solution
A native React Native reading application featuring custom typography controls, multi-palette contrast modes (sepia, dark, light), local offline chapter storage, and high-efficiency synchronization with the Arche Archive backend.
// Verified Project Outcomes
- Outcome: Distraction-free mobile reading experience optimized for long-form manuscripts and archival texts
- Outcome: Reliable offline persistence ensuring continuous study in low-connectivity environments
- Outcome: Responsive gesture-based navigation tailored for both phone and tablet form factors
- Outcome: Fast background synchronization keeping reading progress and bookmarks consistent
The Challenge: Portable Ergonomics for Long-Form Literature
While the Arche Archive web platform serves research and publishing workflows, readers and scholars frequently need to study texts in transit or in environments with limited or intermittent internet connectivity.
Standard mobile web views struggle with deep reading ergonomics: web browsers present address bar distractions, lack tactile paging, and fail to provide dependable local caching for large multi-chapter volumes.
Engineering Solution: A Dedicated React Native Reading Engine
I engineered the Arche Archive App using React Native to deliver a focused, tactile reading experience tailored specifically to long-form historical and cultural literature:
Key Architectural Features
- Ergonomic Reading Engine: Configured customizable typography controls, custom font scale curves, line height tuning, margin adjustments, and three dedicated reading palettes (light, warm sepia, and OLED dark mode).
- Offline-First Chapter Caching: Integrated robust local persistence allowing users to download entire volumes or targeted chapters directly to device storage, enabling uninterrupted reading during travel or field work.
- Hierarchical Volume Exploration: Built smooth gesture-driven navigation drawers for effortless jumping between volumes, chapters, and saved bookmarks without losing reading position.
- Lightweight State Synchronization: Connected the client application to Arche Archive's Node.js APIs to sync reading position, annotations, and newly cataloged texts whenever network connectivity is established.
The Results: Academic Study, Anywhere
The native application expands the reach of the Arche Archive ecosystem, transforming static digital texts into an active, portable library that feels natural to read for hours at a time.
- Optimized Reader Ergonomics: Clean typographic layout eliminates eye strain and browsing clutter during extended research sessions.
- True Offline Continuity: Complete local caching guarantees instant manuscript access regardless of network status.
- Adaptive Form Factors: Responsive layout adjustments provide seamless experiences across both standard smartphone screens and large-format tablets.
// Curated Portfolio
