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Enhanced Computer Vision System for Outdoor Lighting Placement
  1. case
  2. Enhanced Computer Vision System for Outdoor Lighting Placement

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Enhanced Computer Vision System for Outdoor Lighting Placement

exposit.com
Construction
Consumer products & services
eCommerce

Challenges in Outdoor Lighting Planning

Users struggle with predicting outdoor lighting outcomes due to limited visualization capabilities, leading to material waste and dissatisfaction. Existing computer vision algorithms suffer from inaccurate results caused by poor dataset quality, including low-resolution images, inconsistent labeling, and regional architectural bias.

About the Client

Provider of outdoor building lighting solutions and automated design services

Key Project Objectives

  • Improve algorithm accuracy through enhanced dataset quality
  • Develop a robust validation system for consistent performance
  • Optimize lighting plan generation speed and user experience
  • Reduce operational costs through automated processes

Core System Functionalities

  • Photo upload and analysis interface
  • Automated lighting plan generation with 5+ options
  • 3D visualization of lighting configurations
  • Material quantity calculation and ordering system
  • Seasonal/architectural style adaptation

Technology Stack

Python
Node.js
OpenCV
Numpy

System Integrations

  • Payment gateway integration
  • Cloud storage API for image processing
  • User account management system

Performance Requirements

  • 99.9% system availability
  • Response time under 5 seconds for plan generation
  • Data privacy compliance (GDPR)
  • Scalable architecture for 10k+ concurrent users

Expected Business Impact

Increased customer satisfaction through accurate visualizations, 40% reduction in material waste from improved planning, 30% lower operational costs via automation, and enhanced market competitiveness through faster service delivery.

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