The purpose of the project

TRIFFID aims to establish a comprehensive framework for disaster risk management across Europe, integrating innovative technologies and methodologies to enhance resilience in critical infrastructures. The initiative will adopt a multi-disciplinary approach, fostering collaboration among various sectors, including emergency services, academia, and industry stakeholders. By leveraging advanced data analytics and real-time monitoring systems, TRIFFID will facilitate a proactive response to disasters, ensuring that communities are better prepared and equipped to mitigate risks associated with climate change and other emerging threats.

OUR OBJECTIVES

Objective 1

Developing an AI-Powered Hybrid UGV+UAV Platform for Remote Reconnaissance. This objective focuses on creating an autonomous hybrid platform combining Unmanned Ground Vehicles (UGVs) and Unmanned Aerial Vehicles (UAVs) to enhance remote reconnaissance capabilities in disaster scenarios. The system will improve operational efficiency by minimizing human supervision through adaptive AI-powered task planning and navigation. Key goals include reducing task planning times, increasing reliability in traversing hazardous environments, ensuring compliance with safety standards, and enabling reliable, low-latency wireless communication for data exchange.

Objective 2

Enhancing Situational Awareness in Disaster Response. This objective focuses on improving robotic perception and Human-Robot Interaction (HRI) to enhance situational awareness during disaster response. The goal is to enable robots to operate safely and effectively in dynamic, hazardous environments, such as those impacted by fire, water, smoke, and collapsed buildings. Key areas include improving real-time mapping, semantic analysis of disaster scenes, gesture recognition, and sensor fusion, while ensuring the safety of humans in proximity through advanced technologies like Augmented Reality (AR).

Objective 3

Promoting Adoption of Robotic Systems in First Responder Operations Objective 3 aims to foster the integration of AI and robotics into disaster response by establishing standards, policies, and training that support human safety, ethical guidelines, and operational efficiency. This includes ensuring ergonomic and intuitive HRI, addressing societal and psychological factors, updating protocols, and ensuring compliance with legal and ethical standards. The objective also focuses on exploring commercial opportunities derived from TRIFFID’s technological innovations.

Objective 4

Development and Real-World Demonstration of TRIFFID. Objective 4 is focused on building the TRIFFID system and testing its effectiveness in real-world disaster scenarios, including fires, earthquakes, and floods. This objective involves the design and implementation of the system, followed by active involvement of first responders to tailor the system to their needs. Key goals include improving operational efficiency, reducing human exposure to danger, and ensuring the trust and acceptability of the system among users and stakeholders.

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PARTNERS

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The Hellenic Mediterranean University (HMU) is based in Crete, Greece established in 2019 from the Technological Educational Institute of Crete, spans 5 schools with a focus on research and education in technology, science, engineering and management. It hosts a vibrant  community of over 20.000 students and is noted for its robust research programs.

The Electrical and Computer Engineering Department which is involved in the TRIFFID project covers the fields of Telecommunications, Energy, Automatic Control, Electronics, and Computers. With a strong emphasis on combining theoretical knowledge with practical applications, the department is dedicated to preparing future engineers to address complex, real-world challenges. In collaboration with the TRIFFID Project, the PASIPHAE Group within the Electrical and Computer Engineering Department is actively advancing their shared vision and goals.

PASIPHAE Group leader in communication technologies since 2001 with more than 12+ EU-Funded Projects currently active and over 50 Students in PhD, MSc, & Beng and Collaboration with over 100 Companies in Industrial Sector including HP, IBM, GOOGLE, Intracom, Thomson, Philips, Idemia, etc.  Since its founding Pasiphae Group has participated in numerous projects funded by the European Union's Framework Programmes 5, 6, 7, and Horizon 2020, with a focus on information and communication technology (ICT), health, and safety.

Organisation’s role in TRIFFID

The Hellenic Mediterranean University (HMU) holds two roles in the TRIFFID project: acting as the technical partner and leading communication and dissemination activities.

As the technical partner, HMU drives the development of a communication framework (T3.4) that interconnects the various components within the TRIFFID ecosystem. This involves designing, implementing, and maintaining a robust and efficient infrastructure to ensure reliable communication among all components of the TRIFFID. To achieve this, HMU will provide the necessary hardware and software required to establish and maintain reliable communication within the TRIFFID ecosystem.

In addition to its technical role, HMU leads the project’s communication and dissemination efforts (WP7). This includes creating and executing a strategic plan to raise awareness, engage stakeholders, and showcase the project’s innovative solutions.

 

 

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Harokopio University of Athens (HUA) is a public university dedicated to promoting research and learning in a small, well focused set of intellectual areas. The university, situated in the centre of Athens and close to the Unesco World Heritage Centre of the Acropolis, originates from an educational institution that was first established in 1929 and gained the status of University in 1990. It takes its name from the national benefactor Panagis Harokopos. The University’s excellent campus facilities house four academic departments. The design and overall development of the University has been based on international standards and on scientific research.

The department involved in TRIFFID is the Department of Informatics and Telematics. It was founded in 2006 with a mission to advance Computer Science, primarily in the field of web/telematic applications, big data, machine learning and networking. The Department places strong emphasis on application domains such as internet technologies, digital transformation, e-business, e-government, e-health, advanced transport telematics,  etc.

The HUA's TRIFFID team has competences in computer vision, image processing and machine learning.

 

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The Universitat Politècnica de Catalunya - BarcelonaTech (UPC) is a public institution of research and higher education in the fields of engineering, architecture, sciences and technology, and one of the leading technical universities in Europe. Every year, close to 6,000 bachelor’s and master’s students, more than 300 doctoral students and 1,600 continuing education students graduate. The UPC has a high graduate employment rate: 95% of its graduates are in work and 88% find a job in under three months.

The UPC researchers participating in TRIFFID belong to the Automatic Control department and are associate researchers of the Institut de Robòtica i Informàtica Industrial (IRI). IRI is a Joint University Research Institute of the Spanish Council for Scientific Research (CSIC) and the UPC. The Institute conducts basic and applied research in robotics and automatic control. It was created in November 1995 and is located in the Parc Tecnològic de Barcelona, in the Faculty of Mathematics and Statistics building in the South Campus of UPC in Barcelona, Spain. In particular, within IRI, the TRIFFID team is part of the Mobile Robotics research line, whose research activities are aimed to endow mobile robots and ubiquitous computing devices the necessary skills to aid humans in everyday life activities. These skills range from pure perceptual activities such as tracking, recognition or situation awareness, to motion skills, such as localization, mapping, autonomous navigation, path planning or exploration. UPC’s team CV includes faculty, undergraduate, MSc, PhD, and postdoc members, along with technical support personnel involved in other R&D projects.

Organisation’s role in TRIFFID

UPC will serve as technical manager of TRIFFID (T1.2), monitoring the project’s technical developments, while implementing quality control procedures and project activity planning. Further, UPC is the leader of WP3 - Robot navigation and communications. UPC is in charge of T3.1 - Dynamic robot task/mission planning; T3.2 - Autonomous UGV and UAV navigation; and T3.3 - Safety monitoring and fault recovery. Alongside with the leading activities, UPC also participates in T2.2 - Pilot scenario definition; T2.5 - System acceptance and evaluation; T4.1 - Visual scene analysis and EO data analysis; T4.2 - Non-visual data analysis and information fusion; and T6.1 - System specifications and design. The technical contributions will be focused in LiDAR SLAM and multimodal sensor fusion techniques, with special interest in semantic mapping, robot localization, state estimation, planning and navigation and, overall, the perception and control of the robotic platforms.

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The Cyber and Data Security Lab (CDSL is established at the Faculty of Law and Criminology of the Vrije Universiteit Brussel (VUB). It aims at exploring the legal aspects of cybersecurity, information security, data protection, and privacy. It participates in funded research projects, where it plays the role expert in legal and ethical matters.

Organisation’s role in TRIFFID

The role of VUB-CDSL is to conduct research on the legal and ethical aspects of the project, with the view to ensuring compliance of research activities with laws and ethics in research standards, on one hand, and to highlighting societal, legal and ethical considerations associated to TRIFFID’s technological solutions.

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The ACROSS - Automation, Control, and Robotic Systems group specializes in applied research and development in machine and process control, leveraging over 20 years of experience and a team of 25+ engineers and scientists. Our work focuses on innovative control algorithms, real-time HIL simulators, advanced simulations, digital twins, and mechatronic system optimization for specialized applications. We design and optimize production machines, automation processes, and teaching aids while developing essential software and hardware tools. Our research, regularly published in professional journals and presented at international conferences, is swiftly transferred to industry through our strong collaborations with leading European universities and partner companies.

Organisation’s role in TRIFFID

The ACROSS team from UWB will provide a robotic dog (UGV) and a UAV platform for the project, equipping them with the necessary sensors and data bridges to meet the requirements of all use cases defined by project partners. The team is involved in several work packages, including WP2 (Use-case Requirements and Pilot Studies), specifically T2.2 (Pilot Scenario Definition), and WP6 (TRIFFID System Specification, Integration, and Validation), where ACROSS leads T6.2 (Robot, Sensor, and Communication Integration) and contributes to T6.1 (System Specifications and Design) and T6.5 (TRIFFID System Validation and Evaluation). Additionally, ACROSS is engaged in WP1, WP5, and WP7 to support broader project objectives.

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The National Research Council of Italy (https://www.cnr.it) is the largest national public research organization distributed in a network of 88 institutes. CNR is contributing with the Planning and Scheduling Technology (PST) Laboratory at the Institute for Cognitive Science and Technology (ISTC), a leading institute for cognitive science, cognitive technology and artificial intelligence (https://www.istc.cnr.it).

The PST lab (https://www.istc.cnr.it/en/group/pst) was founded in 1997 as a research group  focused on automated and interactive techniques for planning problems. It has obtained results on specialized constraint reasoning, (meta) heuristics for scheduling, mixed-initiative problem solving, timeline-based planning.  The group has been involved for over twenty years in a collaboration with the European Space Agency (ESA).  Three problem solving tools developed by PST are in continuous daily use in the mission planning ground facility at ESA-ESOC, Darmstadt.  More recently, the lab broadened its research interests toward new areas thus acquiring competences in robotics, ambient assisted living, cognitive systems for training, manufacturing and health systems for aging well. The lab has a long experience in EU-funded research projects in different  topics (Space, ICT, Security, Manufacturing and AAL). The lab is involved in the coordination of the euRobotics Topic Group on A.I. and Cognition in Robotics.

Organisation’s role in TRIFFID

CNR will mainly contribute to: the analysis of the societal impact of the technological solutions generated by the project, promote a human-centered design approach also considering human factors, the study of the issues related to Human-Robot Interaction in crisis management, the development of AI-based solutions to foster autonomy in UAV and UGV support to first responders and the exploitation/dissemination of the results of the project.

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The Disaster Competence Network Austria (DCNA) is an essential component of research into crises and disasters and their prevention and management in Austria and beyond. In this area, the organisation is considered a key bridge-builder between science and practice by bringing together actors in security and disaster research, emergency organisations, and various authorities at regional, state, and federal levels, as well as companies. The efficient coordination of excellent, contemporary, and internationally competitive activities in security and disaster research is crucial. DCNA’s activities focus on continuous and permanent networking, knowledge and technology transfer, as well as cooperation to facilitate access to expertise, models, tools, and research approaches.

Organisation’s role in TRIFFID

DCNA provides support primarily in evaluating and integrating the system into the processes of emergency organisations as leader of work package 5. DCNA also provides support in the areas of dissemination and use-case requirements (work package 7). Toward the end of the project, DCNA will create a training curriculum and help organise exercises in which the application of the TRIFFID system is practiced in the field.

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TELESTO Technologies (TEL), founded in 2004, is based in Athens-Greece. The company provides state-
of-the art solutions in the area of Internet-of-Things (IoT), sensor networks and ways for retrieval,
dynamic composition and use of sensor generated data. Fields of applications include emergency
response, sustainable urban environment & city resource management, digital city services, customer
loyalty and analytics, fixed and mobile assets management e.t.c. TEL is recognized among the innovation
leaders in Smart Cities, especially in Greece. TEL clearly stands out for its active participation in projects
that demand advanced technical expertise and the application of innovative approaches to address
complex challenges. Its competitive advantages include the higher-level scientific profile of the staff, as
well as the management skills allowing it to successfully take up all the phases of a project’s lifecycle
(study-design-implementation-operation). TEL is a Cambium Networks Authorized Connected Partner
and holds an ISO 9001:2008 quality management certificate for telecom and IT services.  TEL includes a
multidisciplinary team of experts with exceptional scientific and technical expertise. The company is
renowned for leading the design and development of innovative and beyond the state-of-the-art cloud
based solutions; from concept development and design to implementation and operational support,
towards the delivery of impactful and reliable outcomes.
Dr. Dimitris Drakoulis graduated from the Department of Electrical and Computer Engineering at the
National Technical University of Athens (NTUA) in 1997 and earned his Ph.D. in the NTUA's Computer
Science Division in 2002. He is a co-founder of TELESTO Ltd. (TEL) (established in 2004) and has served as
a scientific/technical leader in numerous innovative R&D projects funded by European and National
programs, including “SMART”-FP7-GN: 287583, “eVACUATE”-FP7-GN:313161, “ZONeSEC”-FP7-
GN:607292, “RANGER”-H2020-GN:700478 “ODYSSEUS” – HORIZON (GA: 101073910) “ONELAB” –
HORIZON (GA:101073924) “S4AllCities” - H2020 (GA: 883522), “i3MARKET” - H2020 (GA: 851754) and
many others. Dr. Drakoulis has held key positions in companies such as EMC Hellas, Hellenic Aerospace
Industry (EAB), Teletel, and Exodus, focusing on ICT project coordination and management. He has co-
authored a book on next-generation networks and network convergence and has published numerous
papers in conferences and scientific journals. His research interests lie in wireless networks and the IoT,
encompassing sensor network technologies and Ambient and Pervasive Computing. He has also been an
elected member of the Greek Association of Electrical and Mechanical Engineers (E.Mh.P.E.E.), a
member of the Technical Chamber of Greece (T.E.E.), and a member of the IEEE.

Organisation’s role in TRIFFID

TEL participates in TRIFFID project as a technical partner responsible for the system specifications and
design, the middleware development for software integration, front-end HCI development, component
integration and final technical system validation. TEL also collaborates with other TRIFFID partners in the
definition of the user requirements and the scenarios for the pilot studies, the planning of the pilot
execution and the evaluation and acceptance of the system by the end users. TEL also contributes to the
creation of the operational integration standards, protocols and policy recommendations and the
training curricula and exercises for First Responders.

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ITML, an international ICT enterprise based in Greece with branches in Cyprus and the UK, excels in the
development of custom software solutions, leveraging cutting-edge technologies such as big data
analytics, advanced data mining and machine learning. Its solutions cover a wide range, from e-
commerce to smart city applications, driven by a commitment to improving user experience and
accessibility. ITML is actively involved in numerous H2020 projects, contributing its expertise in the areas
of cybersecurity, IoT, smart transport and digitalisation. Its core strength lies in the design and
development of software prototypes, applying machine learning, data mining and visualisation tools in
various domains. With a team of internationally recognized engineers and experienced software
professionals, ITML consistently delivers innovative solutions that meet evolving market needs.

Organisation’s role in TRIFFID

In TRIFFID, ITML plays a multifaceted role, leading key tasks such as innovation management,
exploitation strategy development, and the design and implementation of AI methods and software
infrastructure for non-visual data analysis. Also, ITML is responsible for other tasks, such as leading
activities related to LLM/verbal communication, and implementing the participatory design and
foresight/future thinking methodologies to ensure the integration of the TRIFFID system into disaster
response procedures effectively.
ITML’s main goals in TRIFFID include:
● Fostering innovation by managing and implementing forward-looking strategies.
● Ensuring the project's outputs are effectively utilized through comprehensive exploitation plans.
● Designing advanced AI methods and software infrastructure to enhance the analysis of non-
visual data.
● Managing tasks focused on the design, implementation, and optimization of Large Language
Models (LLMs) to enhance natural language understanding, generation, and human-like
communication.
● Composing an innovative methodology for participatory design to maximize the fulfillment of
stakeholders’ needs and actively encourage their engagement.

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Pompiers de l’Urgence Internationale (PUI), International Emergency Firefighter, is a French NGO founded in 2004, based in Limoges, with 265 volunteers. Our mission is to provide aid to populations affected by crises, strengthen civil security in emerging countries, and promote disaster prevention. PUI is recognized as a French Civil Protection Association by the Haute Vienne’s Prefecture and is the first French organization classified by the UN as an INSARAG medium Urban Search and Rescue (USAR) team. Additionally, PUI is recognized by the French government as a public service association and is part of the European Volunteers Search and Rescue (EVOLSAR) network and under classification by the WHO as an Emergency Medical Team.
Our expertise lies in urban search and rescue (USAR), drones, emergency medical response, humanitarian logistics, and disaster preparedness. We operate advanced water purification units and collaborate with the French Association for the prevention of natural and technological disasters (AFPCNT) to enhance the society's resilience. PUI also specializes in civil protection diagnostics, augmented reality fire training, earthquake simulations, and disaster preparedness programs, demonstrating a holistic approach to emergency response.

Organisation’s role in TRIFFID

As first responders, PUI plays a pivotal role in the TRIFFID project, specifically contributing to the Use-Case #1: Wildfire at the Wildland–Industrial Area Interface. Our tasks include defining scenario definition, pilot evaluation, and leading the planning of all pilots.
Our primary objectives are to simulate and test innovative technologies in real-world scenarios, focusing on early wildfire detection, improved response coordination, and victim rescue. By immersing ourselves in diverse situations, we aim to provide actionable insights into the practicality and effectiveness of these technologies, ensuring their relevance for operational use. Through this involvement, PUI strengthens its commitment to advancing global disaster preparedness and response capabilities.

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The Joint Fire Brigade (GB) was established in 1998 by the municipalities of Rotterdam and Rozenburg, and the Cooperative Industrial Fire Brigade with Excluded Liability (CIBUA), a cooperative of about 65 companies.

The GB serves both as a company fire brigade for businesses in the Rotterdam port and industrial area and as a public fire service for the port, industrial zones, and nearby residential areas, including Hoogvliet, Rozenburg, and Pernis.

Specializing in industrial incidents, the GB minimizes material, financial, and environmental damage while continuously improving and sharing its expertise. With over 300 dedicated professionals, the GB operates on core values of professionalism, transparency, and commitment.

Organisation’s role in TRIFFID

Within TRIFFID, GB plays a key role in identifying end-user requirements and carrying out pilot studies. The primary focus is to ensure that the technology developed addresses the real needs of first responders. To achieve this, GB will oversee the process of gathering and analyzing end-user requirements and will lead the pilot execution to validate the technology in practical scenarios.

In addition to its technical responsibilities, GB will take the lead in community building and fostering collaboration by clustering with relevant initiatives and stakeholders. This approach ensures strong engagement with the broader community and facilitates the sharing of knowledge and best practices across related projects.

 

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The Hellenic Fire Corps (HFC), founded in 1930, is a special security corps under Greece's Ministry for Climate Crisis and Civil Protection. Its mission is to safeguard lives, property, and natural resources across Greece, managing a wide range of risks, including natural and technological disasters, fires, and complex threats like chemical, biological, radiological, nuclear, and environmental incidents.In the TRIFFID project, HFC leverages its extensive operational expertise in disaster response and fire suppression to support the development of robotic aids aimed at enhancing first responders' effectiveness. This involvement includes using their experience in managing equipment, training, and rescue operations to guide TRIFFID’s integration into real-world emergency response​

URL: https://www.fireservice.gr/el

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Region of Epirus (ROE) - ocated in northwest Greece, ROE's Civil Protection Service manages regional disaster prevention and response, with experience in forest fires, floods, landslides, and earthquakes. In TRIFFID, ROE contributes to technical management, pilot scenario planning and execution, and sociotechnical integration. Their role includes ensuring system acceptance, community engagement, and developing disaster response protocols

 

URL: https://php.gov.gr/

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