Mass haul planning and earthworks sequencing at mega-project scale. Browser-based. No installation. No server. All project data stays on your machine.
Full 3D material grid. Per-cube phase, type, and sequence assignment. GPU-accelerated instanced rendering — millions of cubes at 60fps.
Scrub through the construction sequence in real time. Phase dates linked directly to volume state. Programme integration built in.
Draw haul routes in the 3D viewport. Bulking factors, material balance, stockpile management, equipment counts and cycle times.
CUT and FILL batter slopes with live workfront frustum. BASE + HEIGHT input model prevents self-intersecting geometry at any scale.
Native British National Grid. Scene origin to 0.0001m precision. No rounding errors, no grid ID drift.
Exports to GLB, IFC, GeoJSON, CSV, and Shapefile. Full mesh prep and voxelisation pipeline supported for complex site geometries.
Load site mesh via GLB or define zones manually. Set scene origin in BNG coordinates.
Convert surface geometry to a 3D voxel grid. Assign material type, phase, and priority per layer.
Define workfronts, haul routes, and phase timing. Set equipment rates and bulking factors.
Output to IFC, GLB, GeoJSON, CSV, or Shapefile. Full mass balance report included.
All computation runs in the browser. No data sent to any server. Cloudflare sees login events only — never project data.
No data processing agreement needed. No cloud security questionnaire. Passes IT review without infrastructure change.
Designed for tier-one contractor requirements. Nuclear, reservoir, and major civils project sensitive data stays on site.
EW·SEQ is published under the GNU General Public License v3.0. Use it, study it, modify it, redistribute it — with the same freedom. The source is readable. That's a feature, not a weakness.
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Launch EW·SEQ →Access is controlled. If you don't have access yet, get in touch at badolarti@gmail.com