Invited Speakers

U-Space consultant and president of IntelliMove Consortium

Title: The UAV Services value chain, its development and deployment

Abstract: Flying UAVs is not just a matter of a pilot/UAS Operator and its flying vehicle. From ground handling and maintenance up to air traffic management, communication, navigation, surveillance and MET networks and services will be needed in a rich and dense sky populated of drones, mostly automatic if not autonomous, each one rendering a service to its end user. Cristiano Baldoni, one of the originators of UTM back in 2014, ENAV head of SESAR OU, then CNSMET OU and finally nominated CEO of d-flight S.p.A., ENAV spin-off for accommodating UAV in the sky, currently self employed as U-Space consultant and president of IntelliMove Consortium, will present the history, the present, the future and the challenges of implementing a profitable and sustainable drone environment.

UVA Solutions, Medolla, Modena, Italy. 

Title: Industrial drone services: a way to improve processes and safety 

Abstract: Simone Bergamini, currently serving as the CEO of UAV Solutions, founded the company in 2018 in the province of Modena. UAV is a cutting-edge enterprise dedicated to the development and provision of advanced technological solutions, with a particular focus on drone-based services, assisting companies in their technological advancement. The company operates in various strategic sectors, standing out for its high standards of quality and innovation. To date, UAV has secured a prominent position in the market, establishing itself as a leader in the drone service industry. Through its continuous pursuit of excellence, the company collaborates with major multinational corporations, further strengthening its reputation and international success.

Consultant at Waco srl, Pisa, Italy. 

Title: The use of drones in confined spaces with high risk for human safety, advantages and opportunities. 

Abstract: Waco Srl is an innovative start-up that offers engineering services with high technological content.  Among the various activities carried out, we have internally developed a video inspection service using SAPR technology and subsequent post processing, of confined environments at high risk for human safety, thus avoiding the operator's entry into the asset and the plant. The drones used collect video, thermal and geometric information which is subsequently analyzed and appropriately processed. In the case of assets with a predominantly linear development, such as sewer collectors or underground channels, we have developed the SubZmap application which allows you to view the video in parallel with the georeferenced trajectory.

Professor at Vigo University. Department of Engineering Design. Galicia, Spain 

Title: Presentation of the book "Applying Drones to Current Societal and Industrial Challenges", Springer Nature. 

Abstract: Drone technology has recently emerged as a pivotal tool across various sectors, garnering significant attention from academia and the public. In response, J.P. Davim, Antonio Sartal, and Diego Carou have published a comprehensive book that explores the latest drone applications, focusing on real-world implementations rather than just technological advancements. The book aims to demonstrate how drones can benefit society in diverse ways. Contributions from leading academic and research institutions, primarily from Spain and Italy, showcase various applications, including firefighting, search and rescue, logistics, space exploration, journalism, and healthcare. Notable case studies include using drones for nighttime forest fire monitoring and protecting critical infrastructure. Additionally, the book emphasizes the crucial role of drones in aerospace engineering education, highlighting the need to integrate practical drone applications into the training of future aerospace engineers. 

Professor at Pisa University, Department of Agriculture Food and Environment, Pisa, Italy.

Title: UAV applications for vineyards and olive orchards 

Abstract: UAVs offer a revolutionary approach to monitoring the biophysical and physiological parameters of grapevines and olive trees, especially in the context of climate change. Equipped with advanced remote sensing technology, drones provide high-resolution, real-time data crucial for understanding the impacts of climate variability on these essential Mediterranean crops. However, the key to maximizing the benefits of drone technology lies in the accurate agronomic interpretation of the data collected. This presentation will highlight the significant potential of drone-based remote sensing in viticulture and olive growing, emphasizing the critical role of agronomic expertise in leveraging this technology to ensure resilient and productive farming systems.

Founder of eVertiSKY Inc, Chicago, Illinois, USA 

Title: Vertiport As An Anchor: The New Urban Hubs 

Abstract: eVertiSKY integrates Urban Air Mobility (UAM) into cities, acting as a single-source provider for both ground and airborne infrastructure. This encompasses planning, testing, simulation, and implementation of UAM projects. Through a standardized consulting process, eVertiSKY provides cities and stakeholders with valuable insights for efficient UAM management and to support strategic decision-making. UAM commercialization is carried out both on the ground and in urban airspace, through a structured process involving feasibility studies, UAM labs, and UAM integration. 

Researcher at Istitute of Appliyed Sciences and Intelligent System, National Research Council, Lecce, Italy.

Title: Drones and Artificial Intelligence: research activities at ISASI-CNR

Abstract: The advent of artificial intelligence is embracing all sectors of knowledge, and in particular the drone sector: aerial, surface, etc. The use of AI is gaining much success for its ability to adapt to highly dynamic situations during navigation, but also for the development of intelligent payloads in order to create high value-added services. The talk will provide an overview of the computational models of image interpretation developed at ISASI-CNR, with sensors ranging from simple RGB cameras to multi- and hyperspectral ones, to surface drones for environmental monitoring, with the aim of developing intelligent payloads and systems.

Head of Civil Protection and Forestry, Florence Metropolitan Area, Florence, Italy 

Title: The use of drones in civil protection activities of the Metropolitan City of Florence: experiences and potential developments  

Abstract: The Civil Protection of the Metropolitan City of Florence has long been using drones to monitor the territory with reference to the effects of civil emergencies such as landslides and floods. In the past, the activities were carried out with the aid of an ultralight aircraft which was decommissioned due to the progressive development of the drone technology. In the discussion, previous experiences and potential developments related to a progressive automation of acquisition systems will be presented, with the aim of speeding up the acquisition of images from emergency scenarios and reducing operators exposure to risks. 

Journalist. Deputy head of service "Il Tirreno", Italy

Title: New technologies, old issues: opportunities and challenges of drone journalism 

Abstract:  Getting as close as possible to a fact is crucial in journalistic work. In the past, photographing or shooting from above could be done by renting helicopters, which was very expensive. Only big networks could afford it. Filming the site of a natural disaster or war scenario from above could also be risky. Drones in journalism have profoundly changed this activity, making it safe and accessible to anyone. But not all that glitters is gold.The right to report stops at the front door: private space cannot be invaded. So, where is the "front door" in the airspace? The use of drones opens up new ethical questions in journalism. The discussion has only just begun. 

Research Fellow at Pisa University, Dept. of Civil and Industrial Engineering, Aerospace Section, Pis, Italy 

Title: A Sense and Avoid System prototype for a mini-UAV   

Abstract: The nontrivial problem of integrating UAVs within the non-segregated civil airspace still presents to date complex technical and regulatory challenges to solve. Size, Weight and Power constraints often hinder the applicability of consolidated collision avoidance systems (such as TCAS and ADB-S) aboard small size UAVs. Therefore, innovative, cutting edge, solutions are required to provide UAVs with the capability of autonomously detecting and avoiding impending midair collisions. The discussion provides an overview of the work conducted at the University of Pisa (DICI), for the design and development of a prototypical sense and avoid system for a mini-UAV leveraging data fusion between radar and optical sensors.  

Project Officer, ANCI Tuscany, Italy

Title: Collaboration and Public Engagement: Keys to the Acceptance of Advanced Air Mobility  

Abstract: The introduction of Advanced Air Mobility (AAM) in urban areas requires an approach that goes beyond technological innovation. Establishing effective dialogue with local communities is essential to ensure social acceptance and the success of new aerial mobility technologies. This presentation explores strategies to actively engage communities, plan integrated infrastructure, and promote inclusive public policies. By analyzing best practices, it will highlight how collaborations between public entities, private organizations, and citizens can facilitate a responsible and sustainable implementation of AAM, ensuring shared and lasting benefits.

Founder of Flybrì srl, Montelupo Fiorentino, Firenze, Italy

Title: Introduction to ABzero demo

Abstract: to be announced

Founder at Aerialclick, Lecce, Italy.  

Title: VTOL Drones and the Evolution of Drone Technology: Societal Impacts and Future Challenges.

Abstract: Over the past twenty years, drones have evolved rapidly from simple remote-controlled flight systems to complex platforms like VTOL (Vertical Take-Off and Landing) drones. These aircraft have revolutionized industries such as agriculture, mapping, and emergency services due to their versatility and ability to operate in challenging environments. Their impact on society is significant: from reducing operational costs to enhancing safety in hazardous operations, and introducing new applications in both civilian and military domains. This presentation will explore the key milestones in drone evolution and the future challenges posed by this transformative technology.  

Researcher at Institute for Informatics and Telematics. Trust, Security and Privacy Research Unit. National Reserch Counsil, Pisa, Italy.  

Title: Drones and Cybersecurity: From Communication Security to Data Protection.

Abstract: Drones are increasingly widespread transportation systems in various sectors, both civil and military. They can be used for package delivery, as in the case of Amazon Prime Air, but also for monitoring war zones or areas affected by environmental disasters, with the goal of locating and rescuing potential survivors. From a cybersecurity perspective, drones share many similarities with other cyber-physical transportation systems, such as vehicles. Both of these transportation means have two fundamental characteristics in common: they are network nodes and are capable of collecting and sharing data through the network. These properties make them vulnerable to cyberattacks, which can have serious impacts, on the privacy and safety of citizens. 

Professor at Vigo University, Galicia, Spain, Department of Mechanical Engineering, Heat Engines and Fluid Mechanics

Title: Drones for space exploration

Abstract: Aerial vehicles within extraterrestrial atmospheres provide an unprecedented capability to traverse difficult terrains and access remote locations previously inaccessible to surface rovers or landers, while enhancing the resolution of payload onboard orbiters. In this work, a comprehensive review of the advancements and applications of drones in space exploration is provided. Besides, their potential benefits in terms of cost-efficiency, versatility, and adaptability to different environments are depicted. A review of several potential planets and moons to be explored by drones is presented, while two fixed-wing drones are conceptually designed for the most promising targets, Mars and Titan. Moreover, the challenges and limitations associated with drone technology in space exploration are addressed.

CEO & CTO at DM-AirTech, Hamburg, Germany 

Title: Drones and Weather: Challanges and Solutions of scaling operations 

Abstract: To be announced.

Director at Strategy&Value Creation, PwC, Rome, Italy

Title: The impact of AAM on Italian GDP 

Abstract: Our recent international AAM Readiness Survey highlights that the AAM market faces several challenges, with funding being one of the most critical. However, the case of Italy demonstrates that, through a structured national roadmap like that of ENAC and a detailed investment plan, various socio-economic benefits are expected to positively impact the domestic market. These include value added both in terms of GDP growth, with investments projected to generate an economic multiplier of 1.5x between 2021 and 2030, as well as the creation of high-quality jobs in strategic sectors of the Italian economy. 

Medical Consultant. Former Director of the UOC Immunohematology and Transfusion Medicine Livorno Pisa - Director of the Transfusion Area ASL Toscana NordOvest, Pisa, Italy

Title: Validation process for blood transport with drones 

Abstract:  The project to use drones for transporting blood components began in 2018. In 2019, we validated this process by demonstrating the safety and effectiveness of blood transport. We evaluated the impact of high altitude, temperature, and acceleration on red blood cell integrity through pre- and post-flight hemolytic tests. Additionally, a risk analysis assessed potential critical issues based on flight observations and transfusion experience. Integrating drone technology into healthcare processes is highly desirable.

Automation  at Sigma Ingegneria srl, Lucca, Italy

Title: Operations with drones: The Sigma Ingegneria experience. 

Abstract: Sigma Ingegneria is an engineering company focused on robotics and industrial automation situated in Lucca active for more than 20 years. During the presentation we will show our journey in drones world starting from agricultural surveying arriving to nuclear monitoring applications including the use of swarms of drones. 

Founder & CEO at Skycharge, Berlin, Germany

Title: Cross-Platform Charging Infrastructure for BVLOS Drone Operations 

Abstract:  As the drone industry advances, the demand for efficient and scalable battery swapping and charging solutions has become critical, especially for Beyond Visual Line of Sight (BVLOS) operations. This talk will explore the innovations behind drone battery swapping and charging stations, focusing on how these technologies are enabling the sustainable and flexible deployment of diverse drone models across various industries. By addressing current challenges and presenting real-world use cases, I will try to highlight how these solutions are driving the next wave of drone infrastructure and contributing to safer, and more sustainable operations. 

Research Fellow at the Institute of Mechanical Intelligence, Scuola Superiore Sant'Anna, Pisa, Italy

Title: Artificial intelligence and autonomous drones for civil applications  

Abstract: This talk illustrates the experiences of the Intelligent Automation System research group in recent research and innovation projects related to autonomous systems. Particular attention will be given to the use of drones in the civil sector, focusing on applications such as visual inspection of structures and infrastructures, and precision agriculture. The cooperation activities between heterogeneous agents will also be explored, with reference to tasks such as exploration, detection, and localization, as well as search and rescue scenarios. 

Co-Founder & CEO at ABZero srl, Navacchio, Pisa, Italy 

Title: ABzero | Life Saving Partner 

Abstract: The Smart Capsule for the delivery of blood, blood components and organs: the experience ABzero in different working scenarios and next steps. The Smart Capsule is an autonomous and multimodal system for the delivery of blood, emocomponents, organs and medicines that enables everyone using drones according to regulations, ensuring delivery in an autonomous and immediate way and in total safety for humans.

Professor of Aerospace Engineering, Aerospace Technology Research Group (ATRG) at Vigo University, Galicia, Spain

Title: Integration of Unmanned Aerial Vehicles (UAVs) in manufacturing and wildfire monitoring  

Abstract: This talk explores the integration of Unmanned Aerial Vehicles (UAVs) across various fields, including manufacturing and wildfire monitoring. The first part examines the development of a hovercraft UAV system for light part delivery in manufacturing plants. This system utilizes technologies such as computer vision, ultrasonic sensors, and ArUco markers for precise indoor navigation. The results highlight the system's effectiveness in accurate localization and safe navigation within confined spaces. The second part focuses on UAV applications in wildfire observation under the FIREPOCTEP project, detailing the design and testing of a fixed-wing UAV for night-time fire monitoring. This section also discusses software enhancements for UAV piloting in extreme conditions, facilitating coordinated drone operations in wildfire scenarios. 

Partner of G2 Startups. President at Flowdron srl, Milano, Italy 

Title: The Drone Economy's evolution from Innovation Hype to Industry Maturity. Where are we today? 

Abstract: Drones have a transformative impact on society in various areas of use: personal, enterprise and military, with a specific speed in adoption, acceptance, deployment and ultimately market penetration. The speed of evolution in enterprise applications is driven by the awareness of three main maturity factors (Business/process needs of enterprise customers; Available technology; Applicable regulation) and by the ability of UAV service/products providers to adapt technology to business processes under the regulatory umbrella. The drone industry is in a transitional phase of early to mid-level maturity according to specific sectors of activity.  

Chairman of Giancarlo Zema Design Group, Innovative Ecosustainable Architecture Studio, Rome, Italy 

Title: The key role of architecture for the social acceptance of Urban Air Mobility 

Abstract: The design of infrastructures for eVTOLs or rather vertiports, will increasingly be a key element for the affirmation and public acceptance of  the Advanced Air Mobility in the world. Innovative, smart and eco-sustainable architecture, will be fundamental for the creation of a new flight experience and for the development of this new air transport system. Architect Zema, known for his pioneering projects, will tell us about his emotional projects for vertiports and urban furniture with the use of drones for the smart cities of the future.