// PRODUCTION SYSTEM ARCHITECTURE
FontsWiki
11,000+records kept current, unattended
Self-maintaining typography platform indexing 11,000+ typefaces unattended.
ARCHETYPE: PIPELINEfontswiki.com
Data & Execution Topology
INPUT DISCOVERY
Raw font archives (TTF/OTF/WOFF2) & foundry releases
PROCESSING CORE
Binary OpenType AST parser & metadata extraction engine
OUTPUT GUARANTEE
11,000+ fully searchable, cross-referenced, schema-enriched font records
STEP 01Binary Ingestion
STEP 02OpenType AST Parse
STEP 03License & Glyph Audit
STEP 04Semantic Pairing
STEP 05Automated Publish
Key Engineering Decisions
§1Binary OpenType AST parsing
Rather than relying on third-party descriptions, the pipeline inspects binary font tables (`name`, `OS/2`, `cmap`) directly to extract authentic glyph counts, PANOSE classifications, and license metadata.
§2Schema validation quarantine
Any candidate font record with missing licensing provenance or corrupted character maps is automatically quarantined, ensuring published data integrity.
§3Static page pre-rendering at scale
Pages are generated as static HTML with programmatic SEO schema, enabling lightning-fast indexing by search engines with Core Web Vitals in the top percentile.
Engineering Implementation Breakdown
// frontend
High-performance directory with instant client-side category filtering and specimen preview.
// backend
Node.js & Python background ingestion pipeline with OpenType binary parsers.
// database
Optimized MySQL database with relational indexes for family, style, and foundry hierarchies.
// automation
Autonomous cron workflows checking upstream sources and publishing verified records.
RETURN TO WORKSPACETAJUL ISLAM // DHAKA, BANGLADESH