Who else is on this ground.
Every neighbouring tenure resolved to its holder and named where it sits, so a district position reads in one look instead of a page of claim numbers.
Every neighbouring tenure resolved to its holder and named where it sits, so a district position reads in one look instead of a page of claim numbers.
Survey grids draped on real terrain at true scale, so a chargeability high is somewhere you could walk to rather than a raster floating in a report.
Read any hole broadside with its assay intervals on the trace and the full sample record beside it. The number behind the picture is always one click away.
One model carries the whole story, from a first pitch to a production decision, updated as fast as the work itself moves.
Asset estimates and project economics render as visuals anyone can read in seconds — no geology background, no spreadsheet required.
Every visual traces back to the underlying estimate. Nothing is simplified past the point of accuracy — the story and the data are the same document.
The same model holds up on a conference stage, in a boardroom, or shared one-to-one with an analyst.
As drilling, engineering, and permitting move forward, update the model instead of rebuilding the deck from scratch.
The companies we work with trade on





Fly to any hole and read its assays down the hole, or highlight the ground a target sits on — live, while the question is being asked, rather than reading an intercept table out of a news release.
A resource statement says how much metal is in the ground. It cannot show which of it you reach in year one and which waits behind three cutbacks.
Fly the deck to the view you want and save it to the slide. The caption, the figures beneath it and the camera are one screen, so the words and the thing they describe are never edited apart.
Half the people you send a deck to open it on a phone. A view composed for 16:9 arrives there cropped to the middle. Give the slide a second framing and it keeps its subject — same slide, same words, its own camera.
Your drilling, your surveys and the ground you hold become one deck — presented live in the room, or sent as a link that opens in any browser. Everyone who opens it sees the project as it stands now.
Drill core, assay results, and block models feed the same visuals investors see — nothing is redrawn or approximated for effect.
FIG. 06 — WILLIAMS, LIVE OPEN FULL SCREEN ↗
Figure 04 is Omega Pacific's Williams deck itself, running on this page — the Toodoggone, British Columbia, built from the issuer's own drilling and geophysical surveys, and the same deck the machines at the top of this page are showing. Figures 01 to 03 are the Bedrock demo project, which is fabricated end to end — the block model, the drill holes, the claim boundaries and the holders around them are all invented, and Bedrock labels them on screen, which is the red banner visible in those figures.
"By making complex geology and data easy to grasp, Bedrock helps mining companies communicate their potential, build investor confidence, and stand out in a competitive market for capital."
Short answers here. The long ones, with the intake table and the formats we read, are on the full FAQ.
On CesiumJS, over real Esri terrain. Everything you send is reprojected from your survey grid, so collars, claim corners and a magnetics grid all land in the same place.
Full answer →Whatever you already have. Nothing is required — we build from the slots you can fill, and standard database exports are fine.
Full answer →About a week from a complete data room to a deck you can present, and faster without a block model.
Full answer →Yes. Your own workspace with roles you manage: cameras, wording, chapter order, new data, and who is allowed to open it.
Full answer →We host it. Viewer on a CDN, your data in a private bucket. Nothing for your IT group to run, patch or back up.
Full answer →The console writes the embed for you and hands you the right thing for your platform — they do not all take the same one.
Full answer →