Abstract
The project involves the development and demonstration in a real operational environment of U SPACE LINK, a data management platform for robotic systems using wireless telecommunications and applicable to environments unfavourable to radio signal propagation (e.g. agricultural contexts) and to conditions dangerous to physical safety (e.g. damaged buildings and infrastructure or industrial plants with leaks of harmful substances).
Partner
Darts Engineering S.r.l. – T&G Technology & Groupware S.r.l. – Swhard S.r.l. – Inspire S.r.l.
Abstract
The project plans the study, development, experimentation and validation of a next‑generation Home Clinical Care Ecosystem based on a certified medical‑device software platform integrated with Assistive Robots (RTA), wearable and environmental sensors (Televisit, Teleconsultation and Telemonitoring), and Artificial Intelligence system.
Partner
Agile S.r.l.
Abstract
The objective of the project is to develop a platform to support Collaborative Intelligence, i.e. the development of data analytics applications based on the integration of data managed by different actors in the port domain. These data are often sensitive, and not “fully open”, or only partially accessible, meaning their use is subject to specific authorization procedures.
Partner
Hub Telematica S.r.l. – DocS.p.A.ce S.r.l. – Enginfo consulting S.r.l. – Athena S.r.l. – Rulex Innovation Labs S.r.l.
Abstract
W∙Mission is an innovative project that aims to build an intelligent underwater monitoring network by combining static sensors with autonomous underwater vehicles (UUVs). The network uses the WSense technology for wireless underwater communications, where fixed nodes (WNodes) collect environmental data and transmit commands to mobile vehicles, enabling real-time mission reprogramming from the surface. The project is applicable to monitoring of critical infrastructure and offshore assets, improving safety, predictive maintenance, and sustainability.
Partner
Wsense S.r.l. – Arena Sub S.r.l.
Site
WMISSION
Abstract
The project foresees the effective development and integration of innovative technological solutions developed by the project partners, and will demonstrate that a recreational or urban park, equipped with smart and green urban furniture feauturing innovative design derived from the “AURA” project, can become a space for citizens interaction, In this context, the park experience is enriched with services available to users, connected with the city organism and its digital twin.
Partner
FOS S.p.A. – EUPHORBIA S.r.l. Società Benefit – Darts Engineering S.r.l. – Swhard S.r.l. – Smart Track S.r.l.
Abstract
The project aims to enhance citizens’ ability to contribute to the collection of environmental data and to participate directly in the monitoring of environmental parameters relevant to scientific research. Active involvement will be achieve through the use of low‑cost tools and sensors that can be deployed to ensure rapid diffusion of environmental data collection during outdoor recreational and sports activities.
Partner
Società Sportiva Dilettantistica Outdoor Portofino a R.L. – IoTopon S.r.l.
Abstract
Based on the results achieved by the National Electric System research project “Podcast – platform for optimization of distribution through use of data from electronic meters and distributed storage systems”, the intention is to extend the functionality of the DMS installed at DEA, by developing operational algorithms based on both centralized and distributed artificial intelligence. These will ensure accurate forecasting of load systems and renewable generation systems, in order to create a platform of value‑added services for DSOs and other stakeholders.
Partner
Teknofield S.r.l. – IESolutions Soluzioni Intelligenti per l’Energia S.r.l. – DEA S.p.A. – SDI Automazione Industriale S.p.A. – Respect S.r.l. – Abika S.r.l.
Site
A-ISolE
Abstract
The operation and maintenance of machinery in port areas used for loading and unloading bulk materials demand strict adherence to safety procedures and increasingly advanced skills. In this context, SaFeforPorts aims to develop and validate a complete solution that enables remote training through a VR simulator of a ship unloader and subsequently supports the operator in the field with a hands‑free head‑mounted wearable device that facilitates operation and maintenance tasks.
Partner
Tenova S.p.A. – Prosoft Intesys S.r.l. – Informamuse S.r.l.
Abstract
The ARTISTIC project aims to design and validate an innovative technological solution to promote the Ligurian museum heritage through digitalization, educational robotics, humanoid robots, AI, and VR. The project focuses on enhancing, communicating and educating about cultural heritage with a view to social inclusion and well‑being, patriculary for users with cognitive or physical disabilities, children, and the elderly.
Partner
EHT S.c.p.A.
Site
ARTISTIC
Abstract
The SPOTT project aims to develop and demonstrate a hydrogen-powered autonomous yard truck, equipped with advanced computer vision systems, sensors, and artificial intelligence to automate logistics operations in ports. Real-world testing will evaluate its impact in on emissions reduction, enhanchemet safety, and logistical efficiency, paving the way for a new generation of smart and sustainable ports.
Partner
Università degli Studi di Napoli Parthenope
