Thirteen forensic schedule tools. One engine. Full AACE 29R-03 coverage. Connectable from any AI assistant that speaks MCP — or run as a deeper engagement against your own claim file.
DCMA-14 metrics, BEI, CPLI, false-criticality detection, and the parser that makes every other tool work. Run these before you trust a finish date.
Full self-contained HTML dashboard — DCMA-14 plus CPLI, BEI, baseline-vs-current variance, slip register, GAO/AACE compliance bands, and a reproducibility manifest. Renders via headless Chromium.
Logic health audit at the JSON layer — surfaces false criticality, constraint-driven CP segments, open ends, and the 14 DCMA metrics at the chosen profile (commercial, nuclear, mining). BEI when a baseline is supplied.
Parses a Primavera P6 XER and returns the table inventory — field lists, record counts, P6 export header, project name and data date. The structural confirmation step every downstream tool relies on.
Windows analysis (MIP 3.3), collapsed as-built (§3.8), TIA fragnet (52R-06), per-window concurrency, calendar-shaped execution, and slip-rate trending — all from the same XER chain.
Multi-snapshot forensic windows analysis — per-window completion shifts, slip register, critical-path duration growth, per-party attribution (Owner / Contractor / Concurrent / Force Majeure / Unattributed), and cumulative project drift.
Subtractive but-for analysis on the post-impact XER — per-event but-for finish, cumulative but-for finish, and a dual-method gap report that validates the windows-analysis result independently.
Prospective fragnet insertion into a pre-impact baseline — per-fragnet completion impact in calendar AND project-calendar working days, plus cumulative impact across all fragnets.
Window-by-window apportionment grid — how each window distributed its shift across the parties. Conservation-checked: column totals equal grand-total shift within rounding.
Calendar-shaped per-activity day classifier — PROGRESS, GAIN, EXTENDED, VOID. Gives the trier-of-fact a calendar picture of how the project executed against how it was supposed to.
Per-window slip-rate trend on top of windows analysis — signed velocity (days per day), finite-difference acceleration, and centroid midpoint estimate. Honest probabilistic caveats embedded.
Single-activity logic-trace investigation, with constraint-driven artificial-criticality detection cited per AACE 24R-03.
Traces driving predecessors back to project start (the "why critical" chain) and successors forward to finish (the "what it drives" chain). Detects constraint-driven artificial criticality, supports MCPM and near-critical paths.
Monte Carlo SRA with sensitivity tornado, plus a QRAMM maturity badge that grades the SRA evidence on a CMMI-style 1-to-4 tier — with the right caveats.
Probabilistic finish-date forecast — P10/P50/P80/P90 with linear-interpolation percentiles. Triangular, BetaPERT, Uniform, Lognormal distributions. Per-activity sensitivity tornado correlated to project finish.
Scores an SRA result against the AACE 122R-22 Quantitative Risk Analysis Maturity Model — tier 1 (Initial) through tier 4 (Optimized) — with disclosed evidence, gaps to next tier, and an interpretive caveat.
The way real claim files actually arrive: schedule updates, owner correspondence, RFIs, change orders, meeting minutes — all mixed together in one folder. This tool turns that into structured forensic output.
Takes one folder of mixed evidence and produces: chronological evidence ledger, 14-category schedule manipulation chain-diff, per-activity rolling baseline, statistical-impossibility trust score, and a slip-to-evidence cross-reference.
The thirteen MCP tools are the public surface. The toolkit also includes deliverable-shaped skills that produce DOCX, XLSX, and PDF outputs — used inside CPP claim work, available on engagement.
Four-axis monthly snapshot — baseline variance, period-over-period progress, 30-day lookahead, current status. HTML dashboard plus DOCX executive report plus optional 5-page client PDF.
Aggregates 5-50 monthly progress reports into one self-contained HTML — RAG status, SPI/CPI rollup, finish-drift heatmap, top-five at-risk projects, aggregate critical-path roll-up.
Field-ready Excel workbook from a P6 XER — Overview tab plus three Week tabs, locked layout/colors/fonts, week-over-week variance with DROPPED appendix when a prior workbook is supplied.
Tests an opposing party's delay claim against ten defense theories — concurrent delay, pacing, no notice, failure to mitigate, causation gap, float ownership, scope-change disguise, self-caused acceleration, LD cap. Rebuttal letter, defense workbook, rebuttal dashboard.
Try it live in your browser, wire it into Claude on your own machine, or hire the analyst behind it.