Enterprise & IoT

AV Designer

A professional AV design automation platform that replaces hand-drawn diagrams and guesswork with a standards-driven engineering workflow. Room builder, 3D visualization, automated electrical drawings, and coverage analysis in one integrated tool.

3D
Room Rendering
Auto
Drawing Generation
Custom
Design Standards
Conference Room A — 3D View
Equipment Library
86" Display Panel
Ceiling Speaker (pair)
Beam-tracking Mic
PTZ Camera
AV Switcher
Wall Plate (HDMI)
Room Templates
Small Huddle
Large Boardroom
SPL Coverage Overlay
Properties
Ceiling Speaker (L)
Model JBL Control 26CT
SPL (1m) 90 dB
Coverage 110°
Power
Height
Position X
Position Y
Standards Check
Min SPL Pass
Uniformity Pass
Cable Run 48m

Platform Overview

From floor plan layout to automated electrical diagrams, every stage of AV design is covered.

The Challenge

AV integrators and consultants relied on a patchwork of manual processes: hand-drawn signal flow diagrams, spreadsheets for equipment schedules, and educated guesses for speaker coverage and microphone pickup. There was no automated way to enforce design standards across projects.

  • Hand-drawn diagrams prone to errors and inconsistencies
  • No way to visualize speaker SPL distribution before installation
  • Microphone pickup patterns estimated by intuition, not data
  • Display viewing angles calculated manually or not at all
  • Cable length estimation done on-site, leading to waste and re-runs
  • No enforcement of organizational design standards
  • Equipment schedules and BOMs assembled by hand in spreadsheets

Our Approach

We built a design automation platform with a configurable standards engine at its core. Every room design is validated in real-time against organizational rules for coverage, power, cable runs, and equipment selection.

  • Configurable design standards engine with per-organization rules
  • Drag-and-drop room builder with snapping and dimension overlays
  • Automated electrical line drawing generation from placed equipment
  • 2D room elevations rendered from the 3D model
  • Real-time 3D visualization with Three.js and WebGL
  • Microphone pickup pattern visualization using polar data
  • Speaker SPL distribution modeling with heat map overlays
  • Display viewing angle calculations based on AVIXA standards
  • Cable length estimation from equipment positions and rack locations
  • Power consumption rollups and circuit load analysis
  • Equipment schedules with full BOM generation and export

Technology Stack

Built for performance-critical 3D rendering and real-time design validation.

TypeScript Rust React PostgreSQL WebGL Three.js Canvas API

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