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AI-powered edge sensing for real-time environmental intelligence and process understanding.

DEEPEaRth Lab edge drone

DEEPEaRth Lab develops AI-powered edge computing systems embedded on drones to extract quantitative information directly from dynamic environments. By bringing computation closer to data collection, the system transform observations into real-time information for monitoring, process understanding and informed decision-making.

Traditional sensing

  • Off-line processing
  • Data-to-information delays
  • Spatially limited measurements

DEEPEaRth Lab

  • Real-time observation
  • On-board edge AI
  • Quantitative process information

From observation to information

On-board AI

Lightweight neural networks process data directly on-board drones, reducing the delay between data acquisition and information extraction.

Quantitative outputs

Raw observations are transformed into spatially distributed measurements and indicators describing environmental conditions and dynamics.

Process understanding

AI-derived observations provide new opportunities to investigate how environmental processes evolve and interact across space and time.

AI powered river observation

RivAIr is our drone-based platform for real-time observation of river dynamics. An onboard edge-computing device integrates fine-tuned lightweight AI models into a single real-time workflow, transforming drone imagery into quantitative river observations directly during flight. RivAIr provides real-time flow observations to investigate interactions between hydraulics and river morphology.

The research behind RivAIr

A closer look at the system and its scientific foundations.

Process dynamics

Our systems capture environmental processes as they evolve, providing spatially distributed observations that support monitoring, process understanding and modelling.

Beyond point measurements, observing processes in space and time.

Team

Marco La Salandra

Lab member / Founder

Drones・Hydro-Geomorphology・Geocomputing

LinkedIn

Rosa Colacicco

Lab member / Founder

Earth Observation・Cloud-based computing・Geospatial analysis

LinkedIn

Domenico Capolongo

Lab member / Founder

Remote Sensing・Numerical modelling・Geomorphology

LinkedIn

Contributors

DEEPEaRth Lab activities are supported by research institutions, national innovation centers, and technology-driven companies.

Uniba
ERC SEEDS
ICSC
ANT-X