A design automation platform for AV integrators that replaces hand-drawn signal flow diagrams, spreadsheet BOMs, and guesswork speaker placement with a standards-driven engineering workflow. Room builder, 3D visualization, automated electrical drawings, and coverage analysis in one tool.
Every stage of the AV design workflow — from room layout to standards validation to drawing export.
Drag-and-drop floor plan editor with snap-to-grid, dimension overlays, and equipment placement. Build a room layout and the system tracks every component's position, power draw, and cable requirements.
Real-time WebGL rendering with speaker SPL heat maps, microphone pickup patterns, and display viewing angle overlays. See coverage gaps before the system is installed, not after.
Electrical line drawings produced directly from equipment placement. Signal flow, power distribution, and cable routing diagrams that update in real time as the design changes.
Per-organization design rules for minimum SPL coverage, speaker uniformity, cable run limits, power budgets, and equipment selection. Every placement is validated in real time with pass/fail indicators.
Speaker SPL distribution modeling, microphone pickup pattern visualization using polar data, and display viewing angle calculations based on AVIXA standards. Data-driven placement instead of intuition.
Equipment schedules built automatically from the design with full bill-of-materials generation. Export to PDF and CSV for procurement, with cable length estimates and power consumption rollups.
AV integrators design rooms by hand. Signal flow diagrams are drawn in Visio, speaker placement is based on intuition, and equipment schedules live in spreadsheets that fall out of sync the moment a change is made. There is no automated way to validate a design against organizational standards before installation.
A design automation platform with a configurable standards engine at its core. Place equipment in a room, and the system generates electrical drawings, validates coverage, estimates cable runs, and flags standards violations in real time.
Built for performance-critical 3D rendering and real-time design validation. The standards engine runs validation checks on every equipment placement, and the drawing generator produces electrical diagrams directly from the spatial model.
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