Case study

Browser-based live object recognition

Release date: Jan 27, 2025

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This implementation addresses central challenges of computer vision and AI-supported image analysis through an innovative, browser-based approach. The developed system enables the immediate processing and visualization of object recognition data while minimizing the server load.

Project-Demo (iFrame)

In contrast to conventional implementations, in which the visualization of object recognition data is typically generated on the server side or realized by native applications, this solution follows a decentralized approach: The rendering logic is executed entirely in the browser. This architectural decision not only enables a significant reduction in server load, but also opens up new possibilities for interactive analyses and display formats. The JSON streaming data is processed on the client side in real time, which minimizes latency and optimizes the scalability of the system. By using modern web APIs and browser technologies, complex visualizations can be implemented without additional plug-in installations or native components. This approach results in a platform-independent solution that can be flexibly integrated into existing web applications.

Tech Stacks

Special technical features

  • Browser-side processing: Unlike conventional solutions, the visualization of the detected objects takes place directly in the user's brows
  • Microservice architecture: Developed with Python for the AI component, NestJS as a robust backend and Angular for the reactive frontend
  • REST-API Integration: Optimized JSON data transfer for dynamic rendering

Advantages

  • Greater scalability: Outsourcing visualization to the client reduces the load on the server infrastructure
  • Improved user experience: Minimal latency thanks to local processing
  • Flexible expandability: The modular architecture enables quick adaptations and expansions
  • Cost efficiency: Reduced server resources through intelligent load balancing
  • Developer resources: The use of JavaScript/TypeScript in the frontend facilitates the acquisition of qualified developers due to the widespread use of these technologies

Expansion options

Expansion potential and future-oriented development opportunities for our solutions.

  • Integration of further ML models
  • Development of specialized modules
  • Implementation of analytical functions
  • Rendering of statistical diagrams
  • Linking to other applications
  • Export functions
Possible areas of application

Wide range of applications and their potential benefits

Security technology

  • Continuous monitoring systems
  • Anomaly detection
  • Motion analysis

Trade

  • Customer frequency analysis
  • Space utilization optimization
  • Behavior-based data collection

Industrial applications

  • Automated quality control
  • Process monitoring
  • Predictive maintenance

Medical technology

  • Image analysis support
  • Automated screening procedures
  • Prozessoptimierung
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