Our mission is to bring scientific expertise, engineering and technology to businesses, translating the complexity of climate risks into business language — damages, business interruption, rising costs, action priorities — and helping companies become resilient in a changing climate.
Knowing that a site is exposed to heat, floods or drought is not enough to make decisions.
Risk emerges from the interaction between a hazard, a site, assets, teams, operations and flows. This is the impact chain companies need to understand in order to act.
As long as adaptation is expressed only through maps, scores or climate scenarios, it struggles to enter business decisions.
It needs to be translated into business impacts: euros, days of downtime, avoided costs, investment priorities and comparable risk levels.
Adaptation cannot be managed sustainably through one-off analyses, scattered deliverables and files that are difficult to maintain.
Faced with portfolios of tens, hundreds or thousands of sites, companies need tools to consolidate, compare, prioritize and monitor their risks over time.
Adaptation involves field teams, business units, finance, risk, sustainability, suppliers and sometimes local territories.
It requires a shared language and coordination tools to move from diagnosis to action.
We start from the operational realities of companies: sites, infrastructure, critical equipment, operating constraints and business continuity.
This field understanding enables us to identify real vulnerabilities, model impact chains and define concrete adaptation actions.
We leverage climate data, risk assessment methods and research to build robust and transparent models.
This scientific rigor enables us to translate climate complexity into indicators that companies can understand, compare and use.
We develop a platform to industrialize physical climate risk analysis and make large-scale management possible.
This technology enables companies to consolidate data, model impacts, prioritize actions and monitor adaptation pathways over time.
Engineering physicist from EPFL, formerly at Carbone 4. Expert in climate adaptation, co-author of OCARA and methodological lead for Bpifrance's Diag Adaptation program.
Physicist from EPFL and ETH Zürich, former France Director of a B2B SaaS scale-up. Expert in modelling, geodata and enterprise business development.
Engineer from Mines Paris Tech, master's degree in AI from Sorbonne University, formerly at Alice & Bob. Expert in software engineering, data pipelines, AI and cloud platforms.
Azard is an accredited partner for Bpifrance's Diag Adaptation, helping companies build their climate adaptation roadmap.
Discover the program
Azard is part of the 2026 cohort of the LCL Impact Lab, a support program for impact-driven startups.
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