Your exploration program,
live and legible.

The week of transcribing and cross-checking, gone.

Your crew logs the way it always has. Everything that comes back from everyone else — a spreadsheet in whatever layout the contractor uses, drilling returns in an email, downhole surveys buried in a report — gets read, mapped to your program and checked before it reaches the model. Once the assays land, you also get an early read on what you are sitting on. Not a week of someone else's transcription first.

The log, the grades and the lab certificate — one record.

Lithology, structure and sample intervals come straight off the log your geologists already write, and render two ways at once: a downhole strip you read like a log sheet, and the same trace at true azimuth, dip and depth inside a model of the actual ground. The assays live on that same record — graded along the hole, and behind any interval the certificate itself: every element returned, who sampled it, the tag book and work order, the lab, the stage and the result date. Nothing to cross-reference against a separate file.

From target to hole in one pass.

Drop a collar, pick a target, and the azimuth, dip and length are solved for you — the draft hole drawn against everything already in the ground before you commit. Name it and it enters the program immediately as a planned hole, carrying its proposed geometry and target depth beside every hole already drilled, so the plan and the record never live in separate files.

Prove the target before you spend on drill metres.

Grabs, channels and trench results map alongside the drill data on the grade scale the holes already use — so a surface anomaly and the intercept beneath it read as one picture, not two datasets. Each sample carries its number, its coordinates and its assays, and the map keeps representative results distinct from selective ones, so nobody reads a grab as if it were a channel. It exports that way too.