Tokenized catastrophe bonds target the disaster

CoinDesk3 min read
Tokenized catastrophe bonds target the disaster
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Infrastructure

Natural disasters resulted in $220 billion in economic losses last year, with less than half covered by insurance, highlighting a significant global protection gap. To address this, Bermuda-based law firm Harneys and tokenization platform dropRWA are planning to issue tokenized catastrophe bonds early next year. By representing legal ownership of these bonds via tokens, the initiative aims to lower the traditional $250,000 minimum investment threshold, potentially attracting a broader base of capital market investors. Catastrophe bonds currently serve as a vital mechanism for insurers to transfer risks like hurricanes and wildfires to investors, with $65.6 billion outstanding as of June. While the World Bank has successfully utilized conventional cat bonds for public disaster protection in regions like Jamaica, the tokenized approach seeks to improve accessibility and efficiency in underwriting. Experts emphasize that this structure remains a sophisticated financial instrument rather than a retail product, focusing on defined insurance risks. Ultimately, the project intends to leverage blockchain technology to bridge the insurance gap in high-risk areas where conventional reinsurance is often difficult to place.

Key points

  • Harneys and dropRWA plan to issue tokenized catastrophe bonds in early 2025.
  • Catastrophe bond market reached $65.6 billion outstanding as of June.
  • Tokenization aims to lower $250,000 minimum investment barriers for disaster risk capital.
  • Asia-Pacific region faced 91% uninsured disaster losses in 2023 per OECD data.

Background

Catastrophe bonds are high-yield debt instruments designed to raise money for companies in the insurance industry in the event of a natural disaster. They function as a risk-transfer mechanism where investors receive interest payments but lose their principal if a specific, pre-defined catastrophe occurs. These instruments are primarily used by insurers and reinsurers to manage exposure to extreme events like earthquakes or hurricanes.

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