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Modernization of Maritime IoT Safety System with Cross-Platform Mobile and Desktop Applications

nix-united.com

Manufacturing

Transportation

Information technology

Challenges in Maritime Safety System Modernization

Existing IoT collision avoidance system reached technical limitations, requiring urgent modernization to enable future growth. Need for cross-platform mobile access and desktop integration with marine-specific hardware (MFDs) under strict investor-driven deadlines. QA constraints due to inability to test in real marine environments.

About the Client

Producer of marine vehicles and developer of yachting software including navigation systems, vessel monitoring tools, and weather forecasting applications

Strategic Modernization Goals

Modernize legacy IoT system architecture for scalability
Develop cross-platform mobile application with offline capabilities
Create desktop application for marine-specific hardware integration
Enhance obstacle detection accuracy through improved sensor data processing
Achieve 100% offline functionality for core safety features

Core System Capabilities

Real-time obstacle detection with 2D/3D map visualization
Audible collision risk alerts with distance indicators
Offline map rendering and sensor data processing
MQTT-based sensor data exchange protocol
Customizable operational mode settings
Multi-device dashboard synchronization

Technology Stack Requirements

React Native

Python

JavaScript

TypeScript

React Three Fiber

MQTT protocol

Redux

System Integration Needs

Marine vessel sensor networks
Multifunction Display (MFD) hardware
Local vessel WiFi networks
Weather data APIs

Performance and Quality Standards

Sub-200ms sensor data processing latency
99.99% system reliability in offline mode
Military-grade data encryption for maritime communications
Scalable architecture supporting 10,000+ concurrent vessel connections
IP68-rated hardware compatibility

Expected Business Outcomes

Projected 70% increase in user engagement through mobile accessibility, 25% reduction in backend processing load, and expanded market reach to include MFD manufacturers. Enhanced system reliability and modernized interface expected to improve investor confidence and accelerate market adoption.