• ACTIVITYDemonstration Project
  • STATUSOngoing
  • THEMATIC AREASafety & Security

Objectives of the service

Conceptual architecture, S-EDGE

The purpose of the S-EDGE (SatEllite anD 5G for Law Enforcement application) project is to contribute with innovative services to manage public security (Law Enforcement) through a solution, based on the use of Drones, which integrates new 5G broadband connectivity together with satellite technologies.

The service, is provided to different types of end-users (i.e. citizens, Public administration, Police Force…) and it is conceived to support operations for preventing and detecting crime and/or dangerous situations for the citizens, thanks to the provision of a Drone-based surveillance solution.

The service is provided through a Platform system, which supports the end-to-end operational activities, covering both the management of fleet of drones and data exploitation services: from mission planning to automatic management of surveillance operations, up to data exploitation thanks to advanced video processing algorithms.

The Drone Digital Platform, thanks to 5G broadband connectivity, will be able to collect payload data in real-time from on-board cameras, while the satellite link, based on IridiumNext constellation, will be used mainly as backup channel to control the drone where the 5G coverage is poor or absent ensuring a safe drone control and mission execution.

Drones will be set up to carry out both “automatic periodically planned” and “on demand” patrolling missions, both during day and night, over critical areas of the Urban environment. Each drone or its ground control station will be equipped with 5G and Satellite connectivity to ensure BVLOS/BRLOS communications and automatic/remote management of the mission through the Drone Digital Platform.

Drones will be equipped with optical/thermal imaging cameras to detect events of interest and will have the capability to transmit payload data in real-time

The Drone-based surveillance service will provide End User with both real-time (RT) data (i.e. video streaming) and near real-time (NRT) actionable information products (i.e. target detection and identification, early warning alerts), based on AI powered image/video-processing tools.

Users and their needs

Service/ system concept

High-Level System Architecture, S-EDGE

The system architecture includes the following components:

  • the Drone Platforms deployed on the demonstration field, including both the UAV and their Ground Control Stations (GCS).  The drone platforms include:
    • the Hangar is smart docking station able to autonomously manage the entire flight process: weather monitoring, landing and take-off, programmed and on-demand missions;
    • the Portable Control Station (PCS) is designed to carry, protect and manage a C1 class drone for rapid deployment and operations;
  • the Network Infrastructure, based on the integration of 5G mobile terrestrial network and IridiumNext satellite network, interconnecting the remotely managed assets (i.e. drones, GCS, Hangar, IoT sensors, etc.) with the centralized Drone Digital Platform, and supporting the real-time communications for both the payload data transmission and drone mission control communications;
    • the Iridium Satellite Network is based on Iridium Next constellation to be used mainly, but not uniquely, as backup channel for C2 communications;
    • the TIM 5G Network provides a broadband connectivity that allows real time transmission of C2 and payload communications guaranteeing exceptional performances in terms of high throughput and low-latency;
    • the 5G Cloud Edge Node is a key feature of the 5G network infrastructure, that enables to deploy applications close to the core network components, allowing an exceptionally large amount of data to be aggregated and processed in real time;
  • the Drone Digital Platform (DDP) is able to remotely manage UAS operations providing different information layers and advanced tools to support DDP will have multiple instances:the
    • Telespazio Drone Digital Platform (T-DROMES) is an integrated solution to manage fleets of drones belonging to several drone operators, handling also the overall complex workflow of safety and regulatory aspects. The fleet management capability is fully interconnected and integrated with the Data Service Exploitation component based on e-Geos CLEOS platform that allows the setup of real-time AI processing pipelines for video signals and also the integration on cloud infrastructures;
    • the TIM CloudEdge Platform (part of TIM 5G Network) allows to deploy many advanced services that support UAS operations and service exploitation:
      • Command & Control functions: in order to remotely manage the UAS and monitor telemetry using the TIM Cloud Robotics modules, taking advantage of the 5G network;
      • Data exploitation applications for payload data with AI techniques.
  • the IoT Sensors Networks, including local weather stations and surveillance cameras to support the drone based services providing local micro-weather analysis  and additional video streaming sources;
  • the End Users headquarter/offices (e.g. Police Station) and involved officers where and by whom the law enforcement operations are managed.

Space Added Value

5G and Iridium Next satellite networks are key technological features enabling the design and the implementation of S-EDGE services, and represent, therefore, a meaningful opportunity to test their performances in urban mobility scenarios.

Thanks to the integration of satellite communication technology with mobile 5G network it is possible to provide cutting-edge hybrid connectivity solutions:

  • The satellite communication connectivity allows to provide a resilient and “everywhere available” channel, thanks to possibility to guarantee a global coverage, and is often used as backup with respect to the mobile terrestrial cellular networks (3G/4G/LTE).
  • 5G network technology allows to provide very high performances in terms of throughput and low latency and jitter, that are both important for command & control and real-time video streaming applications.

Moreover, the 5G network allows processing capability close to 5G cellular antenna thanks the Edge Cloud concept node. This is not possible with previous mobile networks, as the new infrastructure provided by 5G networks allows to deploy on the 5G Edge Cloud node a set of SW components and services of the Digital Platform that guarantee:

  • real time management of command & control communications flows with drones or fleet of drones and their GCS/hangar, avoiding the need to exchange large amount of data with the remote network infrastructure;
  • real time processing of video streaming received by on-board payload sensors, by deploying AI algorithms on 5G Edge Cloud to provide a first level analysis and alert generation.

Moreover, GNSS Augmentation services allow to enhance positioning accuracy and integrity provisioning along the trajectory of the drone, during mission planning and mission operation, exploiting the combined use of GPS and Galileo constellations.

Current Status

The S-EDGE project successfully completed the FAT milestone. Test in-factory held in Rome and Turin demonstrated the compliance of the system to the requirements expressed during BDR. 
Tests demonstrated the capabilities of T-DROMES® platform to provide law enforcement services with drones, such as:

  • Periodical patrolling mission with automatic flight and real-time people and crowd detection through artificial intelligence algorithms, with geo-positioning of the target detected;

  • on-demand mission in response to a policeman’s or a citizen’s request; here below a  people detection through thermal sensors useful also in night-time:

Moreover, tests demonstrated how satellite assets like GNSS and Satellite Communication can empower drone solutions: in particular, vertical and horizontal protection levels quantify the reliability of the position information, while the satellite communication offers a resilient communication channel to be used in case of LTE loss. 

Next step for the project consists in SAT milestone, that foresees the execution in Parco Dora (Turin) of functional and performance tests, preparatory for Pilot demonstration.

Status Date

Updated: 21 September 2022 - Created: 25 March 2021