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Development of Modular AI-Powered Image Analysis Platform
  1. case
  2. Development of Modular AI-Powered Image Analysis Platform

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Development of Modular AI-Powered Image Analysis Platform

neurosys.com
Information technology
Medical
Biotechnology

Challenges in Manual Image Analysis

Manual object detection in images and videos is time-consuming, error-prone, and resource-intensive. Existing solutions lack flexibility to adapt to different use cases and fail to maintain precision under time constraints, particularly in critical domains like microbial identification.

About the Client

Research-driven technology company specializing in AI/ML solutions for scientific and industrial applications

Key Project Goals

  • Create a modular AI platform for automated object recognition across diverse domains
  • Develop a scalable solution supporting real-time video analysis and live stream processing
  • Implement flexible deployment options (NuGet package, REST API, UI interface)
  • Enable seamless integration with client-specific neural network models

Core System Capabilities

  • Automated object detection using customizable neural network models
  • Modular framework supporting interchangeable analysis components
  • REST API integration for cross-platform compatibility
  • Video processing with frame-by-frame analysis
  • Live stream analysis with hardware-accelerated performance
  • Dedicated module development and testing tools

Technology Stack

C++
LibTorch
OpenCV
.NET
REST API

System Integrations

  • Client-specific neural network models
  • On-premise/cloud infrastructure
  • Existing laboratory information systems
  • GPU acceleration frameworks

Operational Requirements

  • Horizontal scalability for concurrent analysis tasks
  • Real-time processing performance optimization
  • High-precision data sanitization mechanisms
  • Secure module update and version management

Business Value

Enables 24/7 automated analysis with consistent precision, reduces manual workload by 70-90%, accelerates time-to-insight in research environments, and provides flexible ROI through modular licensing options.

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