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Development of Advanced Geospatial Inspection Platform with Real-Time Image Analysis
  1. case
  2. Development of Advanced Geospatial Inspection Platform with Real-Time Image Analysis

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Development of Advanced Geospatial Inspection Platform with Real-Time Image Analysis

snotor pro
GPS
Environmental Services
Construction

Challenges in Geospatial Data Analysis and Image Comparison

Existing systems struggle to efficiently process and compare large volumes of geotagged drone imagery captured at different times, particularly when analyzing terrain changes based on complex parameters like elevation, camera pitch, and geographic coordinates. Maintaining original image quality while enabling fast loading across variable internet speeds remains a critical technical hurdle.

About the Client

Australian geospatial technology company specializing in drone-based terrain analysis and spatial solutions for infrastructure and natural environments

Objectives for Enhanced Geospatial Platform

  • Create a web platform for temporal image comparison using geospatial metadata
  • Enable efficient processing of high-resolution drone imagery with preserved quality
  • Implement automated image analysis tools for defect detection in terrain features
  • Establish secure user management system with role-based access controls
  • Optimize performance across diverse network conditions

Core System Functionalities

  • Interactive satellite map integration with precise drone location markers
  • Automated image matching based on elevation, coordinates, and camera angles
  • Dynamic image resizing adapting to connection speed
  • Multi-layer image comparison viewer with zoom capabilities
  • Secure user authentication with role-based permissions
  • Batch image download with quality/compression options
  • Automatic watermarking during image export
  • Distance measurement from reference geographic points

Technology Stack Requirements

Node.js
TypeScript
Vue.js
Next.js
Docker
PostgreSQL
NestJS
AXIOS
JavaScript

External System Integrations

  • Satellite mapping APIs (Google Maps/Mapbox)
  • Drone data ingestion APIs
  • Cloud storage solutions for image repositories
  • OAuth2 authentication providers

Performance and Security Requirements

  • Sub-second response times for image loading operations
  • AES-256 encryption for data at rest and in transit
  • Horizontal scalability for concurrent user sessions
  • 99.9% system uptime SLA
  • Cross-browser compatibility (Chrome, Firefox, Safari)

Expected Business Impact of Enhanced Inspection Platform

Streamlined inspection workflows will reduce manual analysis time by 60-70%, enabling faster defect identification in infrastructure projects. The platform's advanced geospatial capabilities will improve data-driven decision-making for environmental monitoring and construction projects, with potential to increase user engagement metrics by 300% through enhanced usability and performance improvements.

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