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Development of Integrated Laboratory Automation Ecosystem with Centralized Management

neurosys.com

Medical

Information technology

Business services

Problem Statement

Laboratory equipment requires enhanced software capacity to manage multiple machines within complex large-scale processes. Existing systems lack flexibility for changing requirements and cross-platform compatibility, while fragmented machine-specific applications hinder efficient resource management and permissions control.

About the Client

Provider of automated imaging and analysis solutions for microbiological laboratories

Project Objectives

Develop scalable ecosystem for managing multiple laboratory machines
Create centralized management system (Icarus) for permissions and resource allocation
Implement rights control and licensing mechanisms across all ecosystem components
Enable cross-platform compatibility for diverse user environments
Integrate AI/ML-based image analysis for microbiological detection

Functional Requirements

Centralized machine management through Icarus system
Role-based access control and licensing framework
AI-powered microbiological image analysis (ScanLabIIBP)
Automated test tube labeling system (TubeLabeller)
Dynamic worklist generation for pipetting systems
Cross-platform compatibility across operating systems

Preferred Technologies

Redux

Webpack

Yarn

MaterialUI

Required Integrations

Legacy laboratory equipment interfaces
Existing pharma company workflow systems
Cloud-based data storage solutions

Non-Functional Requirements

Scalable architecture for large-scale laboratory environments
High system availability (99.9% uptime)
Cross-platform performance optimization
Data security compliance with medical regulations
Modular design for future requirement changes

Expected Business Impact

Enables management of complex laboratory workflows through integrated ecosystem, reduces operational costs through automation, accelerates time-to-market for pharmaceutical clients, and establishes scalable foundation for future expansion across top-tier medical institutions.