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Development of Multi-Platform AR Navigation System with Real-Time Weather Integration for Maritime and Outdoor Applications
  1. case
  2. Development of Multi-Platform AR Navigation System with Real-Time Weather Integration for Maritime and Outdoor Applications

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Development of Multi-Platform AR Navigation System with Real-Time Weather Integration for Maritime and Outdoor Applications

neurosys.com
GPS
Automotive
Sports
Consumer products & services

Challenges in Outdoor Navigation and Weather Adaptation

Existing navigation systems lack seamless integration of augmented reality with outdoor GPS functionality, particularly for maritime environments. Current solutions fail to provide real-time weather-adaptive routing, device-agnostic compatibility, and precise geolocation accuracy for dynamic outdoor conditions.

About the Client

A technology company specializing in augmented reality navigation solutions for maritime and outdoor activities, seeking to expand into multi-modal transportation applications.

Key Development Goals

  • Create AR-based navigation system for maritime and outdoor environments
  • Implement real-time weather data integration for dynamic route optimization
  • Ensure cross-platform compatibility with AR glasses and smartphones
  • Develop SDK for third-party AR navigation visualization
  • Expand navigation capabilities to multiple transportation modes

Core System Capabilities

  • AR overlay on smartphone cameras and smart glasses
  • Real-time NOAA weather data integration for route calculation
  • Offline map storage with 2000+ marina database
  • Vector map system with manual/automatic routing modes
  • Unity3D-based SDK for AR wearable device compatibility

Technology Stack Requirements

Kotlin (Android 6.0+)
Unity3D
9-axis IMU sensors
Epson Moverio BT 350
Vuzix Blade AR glasses

External System Integrations

  • Google Maps API
  • Mapbox API
  • NOAA GFS weather data
  • REST API data streams

Performance Criteria

  • ±2 degree geolocation accuracy
  • Real-time AR data visualization at 30fps
  • Offline functionality for 72-hour maritime voyages
  • Multi-user concurrency support for fleet navigation

Expected Business Outcomes

Establishes market leadership in AR navigation through patented weather-routing algorithms, expands addressable market across six transportation sectors, improves maritime navigation safety by 40% through real-time weather adaptation, and creates platform for future AR wearable device integrations.

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