A developer shared a Python layout-aware PDF parser built on pdfplumber and FastAPI that reconstructs multi-column layouts and tables into Markdown before RAG chunking. The approach uses visual grid coordinates rather than blind left-to-right text extraction, and the author is soliciting comparisons against vision/OCR models for text-based PDFs.
Nebula is a PDF-to-Markdown conversion tool designed to handle difficult documents like complex tables, charts, scans, and mixed layouts. It uses LLMs to preserve meaning for downstream RAG applications. The creator is seeking challenging PDFs to test and improve the parser.
Nebula is a PDF-to-Markdown conversion tool designed to handle difficult documents like complex tables, charts, scans, and mixed layouts. It uses LLMs to preserve meaning for downstream RAG applications. The creator is seeking challenging PDFs to test and improve the parser.
A POMA AI team member shares six document-ingestion lessons from a year of RAG debugging, arguing that structure-aware chunking moves retrieval quality more than expensive model upgrades. The post doubles as a launch pitch for their PrimeCut API, which they benchmark against Unstructured.io on Databricks' OfficeQA questions over U.S. Treasury Bulletins.
A POMA AI team member shares six document-ingestion lessons from a year of RAG debugging, arguing that structure-aware chunking moves retrieval quality more than expensive model upgrades. The post doubles as a launch pitch for their PrimeCut API, which they benchmark against Unstructured.io on Databricks' OfficeQA questions over U.S. Treasury Bulletins.
Developers building RAG systems for technical and educational documents are sharing challenges with chunking PDFs that contain mixed content like tables, inconsistent headings, and incorrect title detection. Users seek advice on handling tables as separate chunk types or converting them to text, and on choosing chunking strategies that work across varied document structures.
Developers building RAG systems for technical and educational documents are sharing challenges with chunking PDFs that contain mixed content like tables, inconsistent headings, and incorrect title detection. Users seek advice on handling tables as separate chunk types or converting them to text, and on choosing chunking strategies that work across varied document structures.
OmniOKF is a zero-dependency pipeline that pre-compiles raw PDFs, Docs, and Excel files into Google's Open Knowledge Format (OKF) before inference. It uses MD5 caching to bypass the LLM on unchanged files, reducing API costs to zero for static documents. The tool targets developers who want local RAG without burning money on token APIs.
OmniOKF is a zero-dependency pipeline that pre-compiles raw PDFs, Docs, and Excel files into Google's Open Knowledge Format (OKF) before inference. It uses MD5 caching to bypass the LLM on unchanged files, reducing API costs to zero for static documents. The tool targets developers who want local RAG without burning money on token APIs.
LiteDoc is a browser-based tool that converts PDFs to Markdown using layout heuristics and OCR, avoiding the cost and complexity of LLM-based APIs. It solves the problem of expensive multi-step pipelines for users who need clean Markdown from PDFs without running a local model or paying per page.
LiteDoc is a browser-based tool that converts PDFs to Markdown using layout heuristics and OCR, avoiding the cost and complexity of LLM-based APIs. It solves the problem of expensive multi-step pipelines for users who need clean Markdown from PDFs without running a local model or paying per page.