AI-based monitoring from space and observation platforms, drones and in-situ data have the potential to provide unprecedented systems for enhanced situational awareness and for navigation in the air and over land and sea.
This is important for preparedness to unforeseen events, for security purposes and for digital sovereignty.
The climate is changing fast. AI-based modelling of the environment, such as atmospheric variables, land cover, sea ice or marine systems, provides mechanisms for understanding change, and provide early warning, detailed forecasting, or abundance estimation.
Simultaneously, AI-based infrastructure monitoring, for power lines or pipelines, is increasingly needed, also given stress caused by the changing climate.
Healthcare is under pressure. AI research based on medical imagery, electronic health records, lab results, or clinical text, can help transform health systems by improving prevention, diagnosis, treatment, operations, and scientific discovery at scales that are difficult for humans alone. Responsible deployment is critical.
Solving societal challenges needs accelerated AI innovation to turn new ideas into useful knowledge, technologies, products, services, and for creating value and sustainable growth. It is not only about inventing faster, but also about shortening the path from research and experimentation to real-world impact.
Develop technology that is resilient to changes and unforeseen events or attacks.
Interpretable AI for users, which is energy-efficient and aligned with fundamental human values.
AI that is resistant to variations, operating conditions, and drifts.
Coming soon.
Coming soon.
Coming soon.
Coming soon.