Platform
Document ingestion pipeline from extraction to search
Extraction, enrichment, embedding, and indexing pipeline for retrieval-ready document systems.
Context
The core problem was moving messy, heterogeneous documents into a form that could support both analytics and search. The pipeline had to serve downstream AI use cases, not just storage.
Architecture
I treated ingestion as a sequence of explicit transformations: extraction, normalization, enrichment, embedding generation, and indexing. Each stage made the next stage more reliable.
Flow
Raw Documents
-> Extraction
-> Normalization
-> Enrichment
-> Embeddings
-> Search Index
Key components
- PDF and document extraction layer
- Normalization and schema alignment stage
- Enrichment and embedding generation
- Search indexing into retrieval-ready structures
Tradeoffs
- Raw document fidelity versus normalized schema consistency
- Batch throughput versus retrieval freshness
- Embedding cost versus search usefulness
Lessons
- Data quality and retrieval quality belong in the same design conversation
- Schema normalization should happen before vectorization, not after
- Operational simplicity matters as much as model sophistication in ingestion systems
Related writing
Hybrid search in practiceHybrid search becomes a systems design problem once score normalization, query routing, and operational tuning enter the picture.Data pipelines for AI-first productsWhen the downstream consumer is a retrieval system or model instead of an analyst, pipeline design tolerances shrink. Chunking, metadata quality, schema stability, and data contracts become product-level concerns.