Physics and AI for a Resilient Earth
Supporting society with advanced solutions
to face climate challenges
Supporting society with advanced solutions
to face climate challenges
At PHAIR-EARTH, we leverage cutting-edge technology to tackle the complex climate challenges of the future. By combining physical models and Artificial Intelligence, we deliver unprecedented insights into climate and environmental risks. Our solutions support informed, strategic, and resilient decision-making across numerous sectors of society.
Join us in safeguarding people and businesses, and turning climate challenges into opportunities – for a more sustainable, and fair world.
Digital replicas of highly-heterogeneous environments such as cities, mountains, and coastal areas, leveraging AI to simulate, monitor, and project local climate variables and indices.
Combining hyper-resolution climate hazards with local vulnerabilities and exposure, to support evidence-based decision-making across numerous sectors of society, and enhancing the safeguard ofpopulation and businesses.
Improved science-based strategies and tools that enable cities, municipalities, businesses, and institutions to anticipate, respond to, and minimize adverse climate impacts over time.
Integrated approaches leveraging numerical climate data, AI and systems analysis to reduce systemic vulnerabilities and enhance long-term socio-economic, ecological and infrastructural resilience under a changing climate.
Expert services grounded in state-of-the-art scientific research, delivered by a multidisciplinary team with strong academic backgrounds in climate modeling, geophysics, big data analysis, mitigation and adaptation to climate change, supporting evidence-based planning, policy design, and risk assessments.
PHAIR-EARTH lies at the forefront of advancing resilience by integrating the state-of-the-art physical climate models with artificial intelligence. Our innovative approach provides an unprecedented understanding of highly heterogeneous environments, such as cities and coastlines, enabling high-resolution future climate projections, hazard and risk assessments.
PHAIR-EARTH also provides advanced technical and scientific climate consultancy services to companies, public institutions, and insurance stakeholders, generating actionable insights that safeguard people and directly empower businesses, governments and communities to navigate the growing challenges of climate change.
We are actively shaping a new paradigm in climate services - one that is data-driven, scalable, and focused on the needs of cities, sectors, and societies.
PHAIR-EARTH leads a new era for multi-scale decision-making - where data-driven planning, equitable adaptation, and proactive risk management are the norm. We seek to elevate the standard of climate services, enabling not only more precise characterization of local climate extremes but also the strategic integration of this knowledge into risk-sensitive sectors such as health, energy, finance, insurance, governance, agriculture and forestry, among others.
We envision a future where physical and AI-driven climate information becomes a foundational layer in decision-making across sectors - supporting the design of resilient infrastructure, the safeguarding of communities, and the sustainable growth of urban environments.
Pedro Matos Soares is a senior climate scientist with over 30 years of internationally recognized experience in climate change,
regional climate modelling, climate extremes,
land–atmosphere interactions, climate risk, adaptation and
AI-driven climate research.
Gil Lemos is an academic researcher and geophysicist, focusing on climate change and adaptation, numerical modelling and on the integration of large-scale climate data with scalable AI frameworks.
Angelina Bushenkova is a PhD student in Geophysical Sciences with a focus on urban climate and high-performance modeling, establishing a key-bridge between climate science and AI frameworks.
Tec Labs - Centro de Inovação, Campo Grande, Lisboa, Portugal
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