• 360° video
• underwater acoustics
• temperature
• salinity
• pH
• turbidity
• water transparency
• current and flow direction
• atmospheric pressure

Development of an integrated multi-sensor platform

Monitoring of the chemical/physical and biotic marine environment, underwater and airborne, and management of environmental emergencies; detection of exceedances of established acceptability limits in the following areas:
Acoustic

• Visual, multispectral, and LIDAR remote sensing
  
• Chemical/physical
  
• xG/satellite data transmission
  

Platform development objectives

• Innovative integration of environmental data and management software with AI applications
• Real-time recording, raw data processing, and provision of actionable information for strategic decisions in managing environmental emergencies
• Predictive tools to support the sustainable management of coastal activities

- Visual Analysis

- Acoustic Analysis

- Data Mapping And Interpolation

- Avian Detection Via Lidar

- Cloud Integration and Back-End

POSITIVE ENVIRONMENTAL IMPACTS

- Enhanced Monitoring and Biodiversity Protection

- Reduction of Anthropogenic Noise Stress

- Support for Sustainable Maritime Operations

POTENTIAL IMPACTS AND MITIGATION

- Physical Presence and Mooring

- Light Emissions

- Noise Emissions from Energy Harvesting

- Electromagnetic Emissions

IMPACT ON MARINE FAUNA

- Cetaceans

- Fish

- Birds

CHEMICAL AND POLLUTION RISK

- Zero fuel emissions

- Materials and durability