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Smart Helipad Lighting Control and Monitoring System Development

intechhouse.com

Aviation

Medical

Information technology

Urban Helipad Safety and Operational Challenges

Increasing helicopter usage in medical rescue operations requires a reliable, user-friendly heliport management system. Current challenges include ensuring precise lighting control in urban environments, real-time weather adaptation, and system reliability for critical emergency landings.

About the Client

A software and electronic engineering company specializing in advanced helipad lighting solutions for urban and emergency medical operations

System Enhancement Goals

Improve helipad safety through automated lighting control
Implement real-time weather monitoring integration
Enable remote activation via helicopter radio signals
Ensure compliance with Air Medical Services requirements
Expand European market capabilities through standardized systems

Core System Capabilities

Automated lighting signal control based on weather and operational conditions
Remote activation via helicopter radio communication
Integrated camera system with NVR recording capabilities
Weather station data acquisition and analysis module
Email/SMS alert system for maintenance and failures
Multi-tier power supply with backup redundancy
User-friendly HMI with status visualization

Technology Stack Requirements

Docker containerization

MySQL database

WAGO Control System

CODESYS PLC programming

REST API integration

3D-printed enclosure prototyping

System Integration Needs

Airport lighting control infrastructure
Radio communication systems
Network Video Recorders (NVR)
Weather monitoring APIs
Emergency response protocols

Performance and Reliability Standards

99.99% system uptime with redundant power supplies
Real-time response (<500ms latency) for lighting adjustments
IP67-rated hardware components for outdoor environments
Secure communication protocols (TLS 1.3+)
Scalable architecture for multi-helipad deployments

Expected Operational Benefits

Implementation will reduce landing risks by 70% through automated lighting optimization, decrease maintenance response times by 50% via proactive alerts, and enable 24/7 operational capability in all weather conditions. The system will position the client as a market leader in smart helipad technology across Europe and emergency medical services sectors.