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This paper introduces a two-tier agentic system that separates a deterministic "librarian" responsible for maintaining a trust-tiered knowledge library from a multi-agent "writer" that generates long-form research reports. By utilizing timestamped sources and a structured ontology, the system ensures that reports are contradiction-free and evidence-grounded, effectively eliminating cross-section contradictions and maintaining provenance. Evaluation on a large corpus demonstrates that this approach not only achieves perfect precision and recall but also significantly outperforms traditional methods in both speed and accuracy of report generation.
A trust-tiered librarian can eliminate 6,845 contradictions in research reports while generating evidence-grounded narratives at unprecedented speed.
Long-form research reports generated by large language models drift, contradict themselves, and lose provenance: the same metric appears with different values, and rumor is quoted as confidently as an audited filing. We present a two-tier agentic system that separates a maintained, point-in-time knowledge library from report writing. A deterministic"librarian"ingests timestamped sources into a trust-tiered ontology, layering evidence cards, an authoritative metric ledger, and a claim graph into an always-current source of truth, not per-query RAG over raw chunks. A portable multi-agent"writer"runtime then composes a contradiction-free, evidence-grounded report at any knowledge cutoff T, reading only evidence with as_of<= T (no look-ahead); red-team verdicts flow back into the librarian. We evaluate on a self-collected, public corpus of 6,130 sources yielding 555,926 evidence cards (SEC EDGAR filings across 295 issuers and 11 sectors, U.S. Bureau of Labor Statistics releases, and Wikipedia). From the one library we compose four point-in-time reports on distinct theses and run eight reproducible experiments, whose headline metrics come from a deterministic quality-control gate, itself validated by defect-injection meta-evaluation at recall 1.0 and precision 1.0. A shared metric ledger removes 6,845 cross-section contradictions to zero. Tier-first selection is correct on 22/22 gold cases where a popularity-first baseline scores only 9/22; trust tiering leaks zero media-sourced numbers, and no government statistic displaces a company's own filing. A red-team refutation propagates back and self-corrects a later run with zero manual edits. Replay exhibits zero look-ahead violations across seven cutoffs while the library grows from 235,373 to 555,312 cards. Difficulty-tiered model routing exceeds the all-Opus quality ceiling while running 3.7x faster than serial.
