Blog
Get more familiar with reask research and unique modelling philosophy.
Precise Parametric Insurance Boosts Your Return in a Changing Climate
What if there was a superior parametric insurance product that paid whenever you needed it, and
Number of Affected People – A Vague Measure
The lack of a standardized measure to report in a timely manner the impact of tropical cyclones is discussed in this blog, using the example of the tropical cyclones Batsirai 2022 and Freddy 2023 hitting Madagascar. The current reporting methods provide various figures, such as the number of people affected or displaced, without indicating the dimension of the severity. This deficit of coherence and clarity can lead to confusion and misinterpretation of the situation. The following blog suggests a comprehensive and comparable measure to report the impact of tropical cyclones and highlights the importance of providing quick liquidity for disaster relief measures.
Turning catastrophe models into predictive tools
Blog summary: By pre-computing millions of years of tropical cyclone activity, along with the climatic conditions
Reask’s Unified TC model: a global, climate-connected view of tropical cyclone risk
Reask was created to provide natural catastrophe risk analytics anywhere and everywhere on the globe, and
HindCyc: Immediate Post-Landfall Probabilistic Gust Estimates
In the days before a hurricane landfall, the insurance industry pays close attention to location and
Towards the next generation of Cat Models – Part 2
In a series of blog articles this month we put forward what we believe are necessary steps to build the next generation of Cat
Towards the next generation of Cat Models – Part 1
Over a pair of blog posts we will be discussing the key concepts behind REASK’s model
Challenges in assessing landfall risk from Japanese Typhoons
Today, we feature a post from guest blogger Dr Richard Dixon, a catastrophe risk modelling expert
InCyc: A Global Tropical Cyclone Insights Database
Introducing InCyc, a global database of over 200 high-resolutions Tropical Cyclone simulations. reask is using this, along with our machine learning technology, to create the next generation of TC risk products.
Guest Blog | Sea-level and coastal impacts: A rising tide lifts all risks
This blog is the first in a series of content provided by guest authors. Today, we
Precise Parametric Insurance Boosts Your Return in a Changing Climate
What if there was a superior parametric insurance product that paid whenever you needed it, and
Number of Affected People – A Vague Measure
The lack of a standardized measure to report in a timely manner the impact of tropical cyclones is discussed in this blog, using the example of the tropical cyclones Batsirai 2022 and Freddy 2023 hitting Madagascar. The current reporting methods provide various figures, such as the number of people affected or displaced, without indicating the dimension of the severity. This deficit of coherence and clarity can lead to confusion and misinterpretation of the situation. The following blog suggests a comprehensive and comparable measure to report the impact of tropical cyclones and highlights the importance of providing quick liquidity for disaster relief measures.
Turning catastrophe models into predictive tools
Blog summary: By pre-computing millions of years of tropical cyclone activity, along with the climatic conditions
Reask’s Unified TC model: a global, climate-connected view of tropical cyclone risk
Reask was created to provide natural catastrophe risk analytics anywhere and everywhere on the globe, and
HindCyc: Immediate Post-Landfall Probabilistic Gust Estimates
In the days before a hurricane landfall, the insurance industry pays close attention to location and
Towards the next generation of Cat Models – Part 2
In a series of blog articles this month we put forward what we believe are necessary steps to build the next generation of Cat
Towards the next generation of Cat Models – Part 1
Over a pair of blog posts we will be discussing the key concepts behind REASK’s model
Challenges in assessing landfall risk from Japanese Typhoons
Today, we feature a post from guest blogger Dr Richard Dixon, a catastrophe risk modelling expert
InCyc: A Global Tropical Cyclone Insights Database
Introducing InCyc, a global database of over 200 high-resolutions Tropical Cyclone simulations. reask is using this, along with our machine learning technology, to create the next generation of TC risk products.
Guest Blog | Sea-level and coastal impacts: A rising tide lifts all risks
This blog is the first in a series of content provided by guest authors. Today, we