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CALLS AND INNOVATIVE PROJECTS

Projects that turn our vision into reality. Smart technologies funded for real-world impact.

Eagleprojects stands out for its high design quality, proven by its participation in highly competitive calls promoted by top-tier national and international institutions.

Each project is born from the synergy between advanced research and sustainability, aiming to tackle real challenges in the fields of infrastructure, environment, and culture.

Each awarded call reflects a synergistic collaboration among top partners

Projects supported by leading institutions.

The backing of prominent institutions highlights the reliability of our solutions and the strength of our project-based approach. Some of the institutions that have funded us:

From research to real-world solutions.

Over the years, we have built a network with some of the most prestigious Italian universities, jointly contributing to the development of strategic projects and high-impact solutions such as:

Partnerships with industry.

We actively collaborate with leading companies to develop scalable, integrated solutions focused on real-world operations.

Tools

AI and computer vision
Robotics & IoT
5G and connectivity
Space and satellite technologies

AREAS

Environment 
Infrastructure
Cultural Heritage
public spaces

Our announcements

IAI-BRIDGE

Smart monitoring and maintenance of bridges

  • Structural safety
  • IoT
  • AI
  • Remote inspection
Objectives

Reduce structural risks on bridges, intervene before failures occur, and digitize road infrastructure maintenance.

DESCRIPTION

Eagleprojects has developed an advanced platform for continuous monitoring and intelligent maintenance of bridges, integrating:

  • Data from accelerometers already present on infrastructure 315 (Naples–Salerno)
  • AI algorithms to detect cracks, subsidence and sensor anomalies in real time
  • An autonomous drone for remote visual inspections
PROGRAM

MOST

PARTNER
MOST – National Center for Sustainable MobilityAIA Algorithms
FOUNDERS
AIA Algorithms

5G BRAINS​

Advanced monitoring of critical infrastructures​

  • Structural safety
  • AI
  • Remote inspection
  • 5G

Objectives

To enhance the resilience and lifespan of urban infrastructure through the integration of FBG and GNSS sensors, satellite data analysis, AI, and automation.

DESCRIPTION

Eagleprojects proposed its innovative platform for the management of civil infrastructures through:

  • Static and dynamic sensors (GNSS, accelerometers, strain gauges, inclinometers, temperature sensors) installed by Eagleprojects and Yetitmoves on two bridges in Turin: Amedeo IX and Carlo Emanuele III
  • An advanced AI module for crack detection and long-term anomaly monitoring
  • Integration with a autonomous drone provided by ADPM Drones for automated visual inspections
  • A visualization platform for real-time monitoring and automatic alerts
PROGRAM

ESA

PARTNER

ADPM Drones Gisky EUCENTRE Yetitmoves

FOUNDERS

This project is being co-funded by the European Space Agency under ARTES 4.0 Business Applications – Space Solutions.

iphotocult

AI at the Service of Cultural Heritage Protection

  • Cultural heritage conservation
  • AI
  • IoT
  • Advanced Diagnostics
Objectives

To protect and enhance cultural heritage by enabling continuous and sustainable long-term monitoring.

DESCRIPTION

Eagleprojects contributed its monitoring platform with live data and detailed 3D capabilities to support a project based on:

  • Innovative tools for physical, chemical, and structural monitoring of artworks
  • Portable and non-invasive instruments for on-site and remote analysis
  • Mobile applications for field data collection
  • The iSSP cloud platform built on Eagleprojects’ visualization system and integrated with additional analysis tools for viewing, managing, and sharing newly acquired data and historical records of past interventions
  • AI-based analytics models to optimize conservation strategies and enhance the interpretation of data from these innovative tools
PROGRAM

Horizon Europe / Applied Research

LINK TO THE PROJECT

iPhotocult

FOUNDERS

Views and opinions expressed are however those of the author(s) only and do not necessarily reflect those of the European Union or the European Research Executive Agency. Neither the European Union nor the granting authority can be held responsible for them.

Garmosat

Satellite monitoring and AI data analysis of landfills

  • Environmental observation
  • Landfill emissions
  • AI
  • Satellite data

Objectives

To provide a comprehensive solution for dynamic environmental monitoring, capable of correlating phenomena detected from air, ground, and satellite sources.

DESCRIPTION

GARMOSAT was developed to monitor environmental emissions from landfills, integrating advanced technologies and heterogeneous data sources into Eagleprojects' GIS-based visualization platform:

  • Satellite data analysis for methane detection using Copernicus and PRISMA data
  • 3D reconstruction of the Malagrotta waste collection area
  • Drone surveys and ground-based flow meters for detection of harmful airborne agents
  • Supportive AI algorithms for data analysis
  • Digital platform for managing and interactively visualizing geolocated environmental data, thermal imagery, orthophotos, AI models, and multi-layer visualizations
  • Temporal analysis and aggregated statistics over georeferenced grid zones
PROGRAM

ARPA Lazio for ASI

PARTNER
ARPA Lazio CRIAF — Interuniversity Research Center on Pollution from Physical Agents

SISEN

Passive sensors for environmental monitoring

  • Passive IoT
  • Digitization
  • Biodegradable materials
  • Sustainability
Objectives

To offer a concrete solution for environmental monitoring that is low impact, long-lasting, ecological and cost-effective.

DESCRIPTION

SISEN develops innovative passive environmental sensors, designed to monitor environmental parameters sustainably. Key features include:

  • Self-powered sensorsdeal for remote or hard-to-reach environments
  • Biocompatible and biodegradable materials3D-printable and free from pollutants
  • Real-time data collection and analysis through an advanced digital platform
  • Visualization of environmental evolution over time
PROGRAM

Vitality

LINK TO THE PROJECT

Vitality – UniPG

PARTNER
RF Microtech Vitality   University of Perugia - Department of Physics and Geology

FOUNDERS
RF Microtech

grines

Graphene sensors for environmental monitoring

  • Graphene-based IoT
  • Digitization
  • Biodegradable materials
  • Sustainability
Objectives

To offer a concrete solution for environmental monitoring that is low impact, long-lasting, ecological and cost-effective.

DESCRIPTION

SISEN develops innovative passive environmental sensors, designed to monitor environmental parameters sustainably. Key features include:

  • Self-powered sensorsdeal for remote or hard-to-reach environments
  • Biocompatible and biodegradable materials3D-printable and free from pollutants
  • Real-time data collection and analysis through an advanced digital platform
  • Visualization of environmental evolution over time
PROGRAM

Vitality

LINK TO THE PROJECT

Vitality – UniPG

PARTNER

RF Microtech Vitality 

FOUNDERS

RF Microtech

Sawa

Sustainable and continuous water monitoring​

  • IoT
  • Environment
  • Pollution
Objectives

To offer a concrete solution for real-time water monitoring,
digital, remote and low cost.

DESCRIPTION

Eagleprojects is developing a digital solution for environmental water monitoring. Based on remotely connected sensors and integrated into an advanced visualization platform, the SAWA project offers:

  • Real-time monitoring, through remote digital sensors
  • Multispectral water analysis, to detect nitrites, nitrates, turbidity, microplastics and other pollutants
  • Integration with Eagleprojects’ GIS-based platform by Eagleprojects for visualization and analysis
PROGRAM
LINK TO THE PROJECT

Vitality – UniPG

PARTNER

UNIPG – Department of Chemistry, Biology and Biotechnology

FOUNDERS

RF Microtech

Mosaic

Drone Detection in Urban Environments

  • Safety
  • Innovation
  • Drones
  • Area safety

 

Objectives

To offer a concrete solution for managing drone air traffic, economical and capable of operating in an urban environment.

DESCRIPTION

MOSAIC develops a system multistatic cell radar, designed for rapid detection of small drones in urban environments. The solution reduces costs and facilitates integration into urban environments thanks to:

  • Use of existing urban infrastructure as radar support
  • Mosaic cell architecture, modular and scalable
  • Real-time micro-drone detection, even in complex environments
  • Economical and adaptable solution, designed for the urban aerial monitoring
PROGRAM

Developmentpumbria

LINK TO THE PROJECT

Developmentpumbria

PARTNER

RF Microtech University of Rome Tor Vergata

FOUNDERS

    

AI-VISIOLAB​

Advanced planetary analysis in virtual reality

  • Research
  • Innovation
  • VR
  • Educational systems

Objectives

To provide a concrete solution for managing the various data formats present in the multispectral analysis of Mars, to unify them into a single system capable of performing pre-analysis and standard modeling and facilitating research analyses.

DESCRIPTION

AI-Visiolab is a project dedicated to the development of advanced tools for the analysis and visualization of multispectral satellite data collected on Mars. As part of this project, Eagleprojects has created Astrogeo, a digital library accompanied by a virtual reality visualization system, aimed at supporting scientific research through:

  • Integration and unification of multispectral data from different sources in a common format
  • Standardized pre-modeling and modeling analysis of planetary data
  • An immersive VR system for the exploration of the Martian surface and associated analyses
  • Support for scientific research in the geological, educational and spatial fields
  • A flexible, reusable solution for advanced advanced educational and scientific environments
PROGRAM

Department of Geology, University of Perugia

PARTNER
Department of Geology — UNIPG