Advancing autonomous systems and robotics for high-risk disaster response, strengthening disaster resilience in conflict-afflicted crisis zones

Projects’ results are expected to contribute to some or all of the following outcomes:

• To develop and/or adapt a Multi-Function Autonomous Systems for High-Risk Scenarios, which can navigate the unique challenges posed by conflict-driven disasters, such as unstable structures and heavily obstructed urban environments. This system will perform or support civilian tasks like search and rescue, hazard assessment, and supply transport in areas too dangerous for human responders;
• Enhanced remote sensing and situational awareness, creating sensor-based technologies that improve situational awareness for first responders and decision-makers, enabling them to assess disaster zones remotely and safely;
• Autonomous navigation and search capabilities in dangerous environments focusing on technologies that enhance the ability of autonomous systems to perform search operations in low-visibility or smoky conditions, typical of areas impacted by bombings, fires, or other conflict-related incidents;
• User-centred and real-world testing in environments that replicate the conditions of conflict zones and urban disasters;
• Capacity building and training for autonomous system deployment providing specialised training guidelines for first responders and civil protection agencies to operate and maintain autonomous systems effectively in conflict scenarios.

Conflicts such as the Russian war against Ukraine and the overall geopolitical context marked by tensions and conflicts make it more pressing than ever to ensure that responders are equipped with advanced tools that not only enhance their capabilities, but also protect their lives and increase operational efficiency in extreme environments. These crises demand a new level of preparedness and resilience, where autonomous systems using cutting-edge technologies work in unison to support swift, coordinated, and safe responses.

In light of the ongoing conflicts and the complex, high-risk environments they present, this topic focuses on developing and deploying advanced autonomous systems specifically tailored for large-scale, multi-dimensional disasters and tailored to the challenges of conflict driven. These disasters, exacerbated by geopolitical conflict, severe infrastructure damage, and immediate safety threats to both civilians and responders, demand innovative and resilient solutions. The topic seeks to address the EU’s critical need for tools that protect infrastructure, services, and populations while enhancing resilience and operational readiness.

Through rigorous real-world testing and capacity-building programs, responders will be trained to integrate and manage these autonomous systems effectively, preparing them for rapid deployment in high-stakes scenarios. The project will focus on delivering innovative, durable, and efficient technological solutions that allow responding effectively to crises similar in complexity and danger in environments similar to the one of the war in Ukraine. By developing tools that address the unique operational and safety challenges posed by such scenarios, this topic will reinforce the EU’s preparedness to protect both citizens and first responders, ensuring swift, coordinated responses to complex crises across Europe and beyond.

Within this topic, the European Commission encourages all potential participants to create, where possible, opportunities for the affected persons and entities, in particular researchers and innovators previously active in Ukraine as well as Ukrainian researchers and innovators who are unable to return to Ukraine in the given circumstances.