From a PDF in your inbox to a cited scope, ready to price.

Give it your own tender number, the project name and the bid due date. Drop in the project manual, the drawings and every addendum as they're issued — single PDFs or a whole zip from the bid depository.

Documents are classified on the way in: spec, addendum, drawing set. A 900-page manual is split by CSI division with page ranges, so nothing downstream reads Division 22 when you're pricing concrete.

If a manual's table of contents doesn't parse — and real ones often don't — you set the division ranges by hand. It's a first-class part of the flow, not an error screen.

Pick the divisions you're bidding. Only those pages are analysed, which keeps the run fast and the cost per tender sensible. It also means Division 01 general requirements get read properly, not skimmed.

You can also ask a narrow follow-up question against the same documents — “list every FF/FL requirement”, “where is cold-weather concreting addressed” — without re-running the whole extraction.

This is the part that matters. Every item comes with a citation and a confidence score; you work down the list, click through to the page, and mark each one reviewed, confirmed or rejected. The confidence score tells you where to look first — it is not a verdict.

When an addendum amends something you've already got, it shows up as a decision: possibly amends this item, 78% confident — confirm or reject. Once resolved it goes quiet and stops competing for your attention.

Two different numbers, never conflated: how sure the model is about the item, and how sure it is that an addendum replaces it.

Draw areas, linear runs and counts straight on the sheet, in the same tender file as the scope, so a quantity and the clause that governs it never end up living in two different tabs. Every shape snaps to the drawing's own vector linework — the same lines the sheet was drawn with — so a boundary comes out traced, not sketched.

Items split into sub-items the way a pour actually gets split — by pour, then by thickness within it — and concrete volume rolls up automatically from each piece's own area and depth. A purpose-built boundary-cut tool gets the perimeter right where an ordinary deduction doesn't: on a real 20-notch loading-dock slab, the two methods agree on area and disagree by 38% on perimeter, because an ordinary cutout counts no edge at all.

Quantities only, deliberately. No cost database, no pricing — where you price the job stays exactly where it already lives.