Deterministic LIBR tracing and attorney-reviewable workpapers for high-conflict financial disputes.
Selected and reviewed account records in. Deterministic single-claim LIBR tracing, documented assumptions, material PDF rows, source provenance, and an exact-file SHA-256 reference out. Counsel and retained financial professionals review the records, characterization, and result.
The record often moves faster than the review process.
In family law and civil asset disputes, records arrive late, incomplete, and difficult to compare. Manual accounting, spreadsheet cleanup, and document review can take weeks before anyone sees the pattern that matters.
Exit Protocol started from a practical observation: tracing commingled funds is difficult, but much of the work is structured. Dates, descriptions, balances, transfers, account relationships, and source documents can be normalized and checked consistently before a professional spends time arguing over conclusions.
The platform focuses on a bounded V1 path: supported PDF or image extraction stages candidate transaction rows for approval; validated generic transaction CSV rows import directly; reviewed account rows and an explicit source feed deterministic single-claim LIBR tracing; and the resulting workpaper exposes material PDF rows, assumptions, source provenance, snapshot metadata, and an exact-file integrity reference. Counsel and retained experts evaluate the records, characterization, methodology, and result.
Deterministic First
The single-claim workpaper uses explicit Lowest Intermediate Balance Rule settings. The PDF shows material rows, assumptions, and snapshot metadata; the complete ordered inputs remain in the stored calculation snapshot.
Evidence Stays Traceable
The workpaper identifies the explicit claim source and source provenance available to the calculation. A separate SHA-256 reference identifies the exact final PDF bytes.
Built for Case Teams
Case-scoped access supports user-controlled intake and review. Attorneys and retained experts remain responsible for characterization, methodology, conclusions, and external use.
Software architecture affects workpaper reliability and review.
The platform separates staged record extraction, deterministic calculation, workpaper rendering, and professional review so each boundary can be evaluated on its own terms.
Reviewed Ingestion
Supported PDF or image extraction creates candidate rows that require approval. Validated generic transaction CSV rows import directly and remain subject to user review.
Single-Claim LIBR
An explicit source transaction and ordered, reviewed account rows produce a deterministic modeled traceable remainder under documented calculation settings.
Scoped Workpaper Output
The PDF includes material ledger rows, assumptions, source provenance, and snapshot metadata. Its final bytes receive a separate SHA-256 integrity reference.
Review-ready does not mean court-unquestionable.
We use careful language because evidence deserves careful handling. Exit Protocol produces attorney-reviewable workpapers for legal review. Counsel and qualified experts decide how the workpaper is used in a matter.
Methodology Notes
Every attorney-reviewable workpaper carries explicit tracing logic, assumptions, and source references so counsel can evaluate the basis.
Human Review Required
Outputs support attorneys, forensic accountants, and expert witnesses. Counsel evaluates and decides how the workpaper is used in a matter.
Deployment Control Is Not Privilege
A separately scoped buyer-controlled deployment can assign infrastructure and data-residency responsibilities to the operator. It does not automatically eliminate network dependencies, establish legal privilege, or satisfy a compliance standard.
Repeatable by Design
Core deterministic LIBR calculations are built to be re-run, inspected, and challenged against the original source records.
Test the supported V1 workpaper path with synthetic records.
The Demo Sandbox lets reviewers inspect selected account records, an explicit claim source, deterministic single-claim LIBR tracing, workpaper export, and exact-file verification without using client data.