Docula is a deterministic Bayesian NLP workstation. Ingest thousands of PDFs, Word files, and spreadsheets into a high-throughput Compressed Sparse Row knowledge graph with exact line-level citation proof.
Why quantitative systems engineers, researchers, and enterprise analysts choose Docula over stochastic tensor embeddings.
Never take a summary at face value. Docula couples its Bayesian evidence scoring directly with an interactive document viewer.
Clicking any ranked citation immediately opens the full original file, displays line gutters, and jumps straight to the target line with synchronized bi-directional search (Next / Prev).
Organize your investigations into independent project workspaces. Switching projects instantly resets the view and loads a fresh, unbranded suggestion pool mined directly from that project's graph.
Every submitted inquiry, synthesized conclusion, and score-ranked citation set is committed to a local JSON history database for auditability and rapid recall.
Engineered from first principles without bloated dependencies or brittle cloud APIs.
Ingests PDFs from modern PDF 1.7 back to legacy 1990s PDF 1.1. Combines Poppler utilities, pypdf non-strict parsing, stream decompressors, and raw PostScript operator tokenizers.
Identifies indirect causal links (A β B β C) across disconnected documents where concepts never appear in the same sentence, maximizing joint transition path weights.
Evaluates set differences across statistical neighborhoods (A vs. B) to clearly articulate how competing entities, products, or clauses differ in practice.
Processes Word (.docx) through direct XML run parsing and translates complex multi-sheet Excel (.xlsx, .xls) workbooks into normalized flat CSV with sheet annotations.
Stores the entire Bayesian transition graph in flat contiguous memory arrays without pointer indirection, unlocking multi-threaded CPU parallel processing at hardware bandwidth limits.
Engineered for mission-critical legal discovery, financial forensics, defense analysis, and private IP research. No data packets ever leave your host system.