climx translates Canadian climate ensemble projections into actionable risk intelligence — for engineers, planners, and decision-makers working at the intersection of climate change and infrastructure.
Three integrated modules — from raw climate maps to likelihood scoring to financial impact — in one platform built for Canadian infrastructure.
Visualize 28+ climate indicators across Canada and Quebec. Extreme heat, precipitation, freeze-thaw cycles, and freezing rain — mapped at high resolution under multiple emission scenarios. Compare reference and future periods side-by-side.
CanDCS-M6 · ESPO-G6-R2 · PCIC-DVEUnderstand the probability of exceeding critical thresholds for infrastructure assets. Get PIEVC-HLSG likelihood scores (1–5) for any region — from MRC to municipality — with discrete risk classification and ensemble percentiles.
PIEVC-HLSG · 1–5 Score · RegionalTranslate climate projections into infrastructure cost estimates. Quantify BAU vs adapted cost trajectories for roads, bridges, stormwater, and transit assets to 2100. Includes SOGR analysis and retrofit costing.
CIPI Tables · Asset Lifecycle · 2100climx operates at multiple spatial scales — from province-wide trends down to the MRC, municipality, or a specific address.
climx supports CMIP6 emission pathways and continuous projections to 2100 — stress-testing decisions across the full range of plausible futures.
Intermediate emissions pathway. ~2.7°C global warming by 2100. Represents partial climate policy implementation.
High emissions pathway. ~3.6°C global warming by 2100. Represents a fragmented world with limited climate action.
Three authoritative Canadian climate datasets covering the full range of hazards relevant to infrastructure planning.
CMIP6 multi-model ensemble covering Canada. 24 indicators across extreme heat, cold, precipitation, and temperature. National coverage.
Quebec-focused high-resolution ensemble. 28 indicators including seasonal temperature and liquid and solid precipitation. Finer spatial detail over Quebec.
Station-based derived variables for engineering applications. Design value estimates including temperature extremes, precipitation intensities, and wind. Used for infrastructure design standards.
Request a demo and we'll walk you through climx with your region's data.