Mettis
Since
supported by climate-resilient planning by 2026
supported by climate-resilient planning by 2027
supported by climate-resilient planning by 2028
Solution Overview
for
Extreme weather is intensifying, yet most buildings and infrastructure are still not designed or adapted to withstand it. Existing climate-risk tools identify exposure but rarely explain what must physically change in a specific asset. Developers, owners, insurers and lenders still rely on expensive consulting processes that can take months and often deliver lengthy reports after key design decisions are already locked. As a result, risks remain unmitigated, assets become harder to insure and finance, and organizations face avoidable damage, business interruption and costly retrofits.
Our Solution:
METTIS is a resilience digital twin for buildings and infrastructure. A user enters an address and uploads available plans; within minutes, the platform combines climate models, GIS data, engineering codes and underwriting standards to show exactly how extreme weather could affect each building system. It then generates prioritized, site-specific design and retrofit actions, including what to change, where, why, expected cost and risk reduction. Instead of waiting months for a static consulting report, developers, asset owners and insurers receive an auditable action plan they can use immediately to protect the asset, support financing and strengthen insurability.
How it works:
Most climate-risk tools stop at exposure scores, maps, or static reports. METTIS goes further by translating risk into asset-specific decisions: which building components are vulnerable, what should change, where the intervention is needed, and which actions deliver the greatest risk reduction.
Its uniqueness lies in combining climate models, geospatial data, engineering codes, building information and underwriting requirements within one auditable vertical-AI platform. The result is not a generic recommendation, but a prioritized resilience plan tailored to the site and the assetтАЩs actual systems.
Classification & Use Cases
Lifecycle stage(s) addressed:
Core technology types:
Key use cases in practice:
Maturity & Traction
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employee(s)
Impact & SDGs
Contribution to any of the 17 Sustainable Development Goals:
SDG 15 тАУ Life on Land METTIS supports ecosystem-positive planning by helping monitor and sustainably manage land, protect natural drainage, green areas and ecological corridors.
SDG 13 тАУ Climate Action METTIS supports climate action by enabling climate-resilient planning and helping projects reduce emissions, physical risks and future climate-related damage.
SDG 12 тАУ Responsible Consumption and Production METTIS helps reduce unnecessary use of non-renewable and hazardous materials by identifying effective interventions before construction, damage or costly retrofit.
Main impact areas
Team & Organization
Founding team:
Michal Grinvald, Co-founder & CTO тАУ GIS and geospatial technology expert with 30+ years of experience. Leads technology, data and spatial intelligence. LinkedIn: https://il.linkedin.com/in/michal-grinvald-02883a
Tamir Kessel, Head of Business Development & Strategy тАУ Leads strategy, partnerships and market development, with a focus on insurance and enterprise clients. LinkedIn: https://il.linkedin.com/in/tamirkessel
