The Greek Pilot of the 6G-VERSUS project, focusing on wildfire detection and collaborative robotics for search and rescue operations, has been recognised as a Key Achievement by the Smart Networks and Services Joint Undertaking (SNS JU), highlighting the project’s progress in next-generation connectivity, AI and robotics.
The increasing complexity of emergency response operations calls for innovative technologies that can support first responders in challenging and potentially hazardous environments. From wildfire detection to locating people in need of assistance, reliable communication, real-time information and effective coordination are essential for safer and more efficient search and rescue (SAR) missions.
The 6G-VERSUS Greek Pilot addresses these challenges by bringing together collaborative robotics, artificial intelligence and advanced B5G/6G connectivity. Its use case, “Wildfire Detection and Collaborative Robotics for Search and Rescue Operations”, has been recognised as a Key Achievement by the Smart Networks and Services Joint Undertaking (SNS JU), acknowledging the technical progress and collaborative efforts behind the development of the solution.
Bringing Robotics and Next-Generation Connectivity Together
The Greek Pilot explores how robotic dogs and Unmanned Aerial Vehicles (UAVs) can work together to support search and rescue teams, both in the field and at the operations control centre.
The solution leverages advanced B5G/6G connectivity capabilities, including the dynamic use of Uu, Sidelink (device-to-device) and relaying functionalities. These capabilities enable ground and aerial robotic platforms to establish a resilient communications environment, supporting reliable information exchange even in challenging operational conditions.
UAVs provide aerial monitoring capabilities, live video streaming and telemetry, while robotic dogs can approach areas that may be difficult or hazardous for human responders. Together, these platforms can contribute to the delivery of critical information, support victim localisation and improve situational awareness during emergency response operations.
The overall solution integrates the INUS modular platform, which provides AI-based detection, tracking and situational awareness services tailored to search and rescue scenarios.
Through the integration of AI analytics and network-based capabilities, the platform supports the identification and localisation of potential victims, helping operators prioritise areas of interest and coordinate response activities.
The operational workflow combines information from cameras, UAVs, robotic platforms and the control centre, enabling a more comprehensive understanding of the evolving emergency situation.
By integrating AI-assisted intelligence with resilient connectivity, the Greek Pilot demonstrates how advanced network capabilities can support the effective coordination of collaborative robotic systems in demanding environments.
The Role of i-SENSE / ICCS-NTUA
The i-SENSE Research Group of the Institute of Communication and Computer Systems (ICCS) at the National Technical University of Athens (NTUA) plays a leading role in the 6G-VERSUS project as its Technical Manager and Use Case Champion of the Greek Pilot activities.
In this capacity, i-SENSE / ICCS-NTUA works closely with all Greek Pilot partners to translate advanced 6G concepts into real-world experimentation for critical public safety operations. Building on its expertise in advanced connectivity, artificial intelligence, robotics and integrated digital systems, the team contributes to the development and validation of innovative technological solutions for emergency response scenarios.
The Greek Pilot brings together the complementary expertise of:
- i-SENSE Group of ICCS – NTUA
- NCSR “DEMOKRITOS”
- INFOLYSiS
- OTE Group of Companies (HTO)
- Hellenic Rescue Team of Attica
Through this multidisciplinary collaboration, the Greek Pilot explores how next-generation networks, AI-driven technologies and robotic systems can enhance situational awareness, support coordinated emergency response and improve the effectiveness of critical public safety operations in real-world conditions.
About 6G-VERSUS
6G-VERSUS is a European research project exploring advanced network technologies and their application in real-world use cases. Through its pilots, the project investigates how next-generation connectivity can support innovative services and applications across different sectors.
Learn more about the project: 6G-VERSUS
