OmniCFS
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Expansion Scope Discovery

Classify the CFS assembly before expanding the engine.

Plaza, data-center, and prefab projects can be valuable OmniCFS pilots, but not as complete commercial building designs. The first step is identifying the exact CFS assembly, its demands, and the professional-review boundary.

Current status: shadow-mode only

OmniCFS should not claim complete plaza, data-center, or commercial occupancy design. Use this intake to compare CFS assemblies against approved references and shape future product scope.

Shadow Pilot

Low-rise plaza assemblies

Shadow-check CFS lateral, wall, and framing assemblies against already-permitted plaza sets.

  • lateral resisting assembly
  • storefront shear-wall stress
  • headers, jambs, collectors, anchors
Assembly Pilot

Data-center CFS assemblies

Preserve tall wall, panelized facade, and lateral assembly cases without claiming complete data-center design.

  • 29-36 ft wall systems
  • panelized exterior/interior walls
  • concrete and structural-steel interfaces
Future Track

Prefab / mid-rise fabricator track

Panel-first future workflow for fabricator/EOR pilots, IFC/Revit import, shop drawings, and manufacturing release gates.

  • 5-10 story CFS bearing walls
  • panel schedules
  • lifting, transport, and installation constraints

Good pilot shape

The best near-term pilot is not complete building design. It is a focused CFS lateral, panel, or connection assembly with EOR demands and an approved reference set that OmniCFS can shadow-check and explain.

Send a scope discovery project

Intake checklist

  • Exact CFS assembly role: lateral wall, load-bearing panel, exterior panel, truss, jamb/backing, or connector detail.
  • Approved drawings/calcs if available, plus the EOR/fabricator design basis.
  • Given demands: axial, out-of-plane wind, in-plane shear, drift, seismic, equipment, parapet, canopy, or tie-back.
  • Wall height, span, stud size, mil thickness, spacing, bridging, sheathing/strap/bracing, and screw schedule.
  • Interfaces to concrete, structural steel, slab edges, embeds, diaphragms, collectors, foundations, and anchors.
  • Movement, settlement, drift, tolerance, inspection, and field-installation requirements.