Harneys and dropRWA Plan Tokenized Cat Bonds to Address Uninsured Disaster Risks

What to Know

• Harneys and dropRWA plan to issue tokenized catastrophe bonds in early 2027 through a Bermuda structure.
• Each token is expected to represent legal ownership of the catastrophe bond, placing the ownership record onchain.
• Natural disasters caused $220 billion in economic losses last year, while insurance covered only $107 billion.
• The catastrophe bond market had $65.6 billion outstanding in June, with new issuance reaching $11.3 billion in the second quarter.
• In the Asia-Pacific region, 91% of disaster losses in 2023 were uninsured.
• The structure could allow smaller beneficial interests than many conventional catastrophe bond offerings, which often carry minimum investments of $250,000 or more.
• The proposal remains subject to securities, insurance and investor-protection rules.
• Market participants say tokenization could help raise capital for difficult-to-place risks such as floods and typhoon protection in Southeast Asia.

Bermuda Plan Puts Catastrophe Bond Ownership Onchain

Harneys and dropRWA are preparing a tokenized catastrophe bond issuance in Bermuda that would use blockchain-based records to represent legal ownership in a catastrophe bond. The planned transaction, targeted for early 2027, is designed to connect capital-market investors with defined disaster risks that remain difficult or expensive to insure through conventional channels.

The proposal sits at the intersection of insurance-linked securities and real-world asset tokenization. Catastrophe bonds, widely known as cat bonds, allow insurers and other protection buyers to transfer the financial risk of events such as hurricanes, wildfires, earthquakes, floods or typhoons to investors. In exchange for accepting the possibility of losses if a defined disaster event occurs, investors receive a return tied to the risk profile of the bond.

In the planned Harneys and dropRWA structure, each token would represent legal ownership of the catastrophe bond rather than a simple digital reference or informal economic claim. That distinction is central to the design because the token would serve as the ownership record for a regulated financial instrument, while the transaction would still need to meet applicable securities, insurance and investor-protection requirements.

Disaster Losses Continue to Outrun Insurance Coverage

The initiative comes as the global protection gap remains large. Natural disasters caused $220 billion in economic losses last year, but insurance covered only $107 billion. The remainder was absorbed by households, businesses and governments, underscoring the burden that uninsured or underinsured disasters can place on local economies and public finances.

That gap is especially significant in regions where insurance penetration is lower or where disaster risk is difficult to model. In the Asia-Pacific region, 91% of disaster losses in 2023 were uninsured. Limited claims data and less developed catastrophe models can make it harder for insurers and reinsurers to price coverage in high-risk areas, particularly for events such as floods and typhoons where exposure can vary sharply by geography, infrastructure quality and local mitigation standards.

For communities facing repeated climate and weather-related shocks, the absence of adequate insurance can delay rebuilding, strain public budgets and leave households exposed to sudden losses. Catastrophe bonds do not remove the underlying physical risk, but they can create another channel through which capital is committed in advance to absorb extreme loss events.

Catastrophe Bond Market Draws More Capital

The catastrophe bond market has continued to attract capital as insurers and public-sector entities look beyond traditional reinsurance capacity. The market had $65.6 billion outstanding in June, while new issuance reached $11.3 billion in the second quarter, the largest quarterly total on record.

That growth reflects investor demand for instruments whose performance is linked to insured disaster events rather than conventional credit or equity cycles. For specialist investors, catastrophe bonds can offer exposure to a distinct risk pool. For insurers and governments, they can provide multi-year protection and diversify sources of risk capital.

Even with that expansion, access has historically been concentrated among specialist funds and large institutions. Many catastrophe bond offerings carry minimum investments of $250,000 or more, placing them outside the practical reach of many smaller investors and limiting the range of capital sources available to protection buyers. The Harneys and dropRWA plan is exploring a structure that could accommodate smaller beneficial interests, although the product would not become a casual retail investment simply because it is tokenized.

Tokenization Could Broaden Participation Without Removing Risk

Tokenization may make ownership units easier to divide, record and transfer, but it does not change the fundamental nature of catastrophe bond risk. Capital committed to a cat bond is available to cover a defined insurance event. If the triggering conditions are met, investors can lose some or all of the principal allocated to that risk.

Henry Tucker, chief executive of specialist insurance group Hearns, has emphasized that tokenized catastrophe bonds should not be understood as a casino-style wager between opposing traders. The capital is fully committed to a defined insurance risk, and investors are being compensated for taking that risk rather than for speculating against another market participant.

That framing matters because real-world asset tokenization is often discussed in broad terms, with attention focused on liquidity, fractionalization and digital settlement. In catastrophe bonds, however, the underlying exposure remains severe and event-driven. A hurricane, flood, wildfire or typhoon can produce substantial losses, and a tokenized ownership format does not make those disasters less costly.

Market participants also caution that tokenization will not automatically guarantee cheaper coverage for people in exposed areas. Insurance pricing depends on expected loss, available data, model confidence, capital costs, local regulation and underwriting discipline. A tokenized structure may help bring more investors into the market, but it cannot erase the economic reality of high-risk zones.

Hard-to-Place Risks Are a Key Target

One potential use case is raising dedicated capital for risks that conventional reinsurers may be reluctant to absorb. Flood cover and typhoon protection in Southeast Asia are examples of exposures that can be difficult to place when claims data is limited or loss estimates are uncertain. A specialist underwriter could use a tokenized structure to raise capital for a single defined risk, explain the assumptions behind the pricing and offer investors a return that reflects the expected exposure.

That approach could be especially relevant where governments, businesses or local insurers need protection but face limited capacity from established reinsurance markets. By creating smaller ownership units and maintaining a clear legal ownership record, tokenized catastrophe bonds could widen the pool of potential capital while keeping the risk attached to a clearly specified event or portfolio.

The public-sector precedent for catastrophe bonds is already established. The World Bank arranged $200 million of hurricane coverage for Jamaica in May, replacing an earlier transaction that paid out after Hurricane Melissa in 2025. Jamaica’s finance minister, Fayval Williams, described catastrophe bonds as an important piece of ensuring capital market access for the country’s resilience strategy.

Regulation Remains Central to the Model

The planned Bermuda issuance will still need to operate within the boundaries of financial and insurance regulation. Tokenization does not exempt a catastrophe bond from securities rules, insurance oversight or investor-protection obligations. Instead, the technology is being positioned as a way to record and potentially distribute ownership more efficiently while preserving the legal and regulatory foundations of the instrument.

Bermuda’s role is notable because the jurisdiction is a major hub for insurance, reinsurance and insurance-linked securities. A tokenized catastrophe bond issued from Bermuda would draw on that market infrastructure while testing whether blockchain-based ownership records can fit within established insurance finance frameworks.

For FXCOINZ readers tracking the evolution of tokenized real-world assets, the Harneys and dropRWA plan shows how blockchain infrastructure is moving beyond digital-native assets into specialized financial markets. The opportunity is potentially large, but it is also complex. Catastrophe bond investors are not merely buying exposure to a yield product; they are providing capital that may be used when a severe disaster strikes.

The strongest case for tokenized cat bonds is not that they eliminate disaster risk, but that they may help organize capital more flexibly around risks that remain underinsured. If executed within robust legal and regulatory guardrails, the model could become a meaningful test of whether tokenization can support financial resilience in markets where conventional insurance coverage is still falling short.

Frequently Asked Questions (FAQs)

What are Harneys and dropRWA planning?

Harneys and dropRWA plan to issue tokenized catastrophe bonds in early 2027 through a Bermuda structure, with each token expected to represent legal ownership of the catastrophe bond.

What is a catastrophe bond?

A catastrophe bond is an insurance-linked security that transfers disaster risk from an insurer, government or other protection buyer to capital-market investors. Investors receive compensation for taking the risk that a defined event could trigger losses.

Why is tokenization being used for catastrophe bonds?

Tokenization can place the ownership record onchain and may allow smaller beneficial interests than many conventional offerings. The aim is to broaden potential investor access while keeping the instrument subject to legal and regulatory requirements.

Does tokenization make catastrophe bonds safer?

No. Tokenization changes how ownership may be recorded or divided, but it does not remove the underlying disaster risk. Investors can still face losses if the defined catastrophe event occurs and the bond is triggered.

How large is the catastrophe bond market?

The catastrophe bond market had $65.6 billion outstanding in June, and new issuance reached $11.3 billion in the second quarter, which was the largest quarterly total on record.

Why is the disaster insurance gap important?

Natural disasters caused $220 billion in economic losses last year, while insurance covered only $107 billion. That left households, businesses and governments responsible for a large share of the financial damage.

Which regions face major uninsured disaster losses?

The Asia-Pacific region faces a significant protection gap, with 91% of disaster losses in 2023 uninsured. Limited claims data and catastrophe models can make it harder to price coverage in high-risk areas.

Could tokenized catastrophe bonds lower insurance costs?

They may help attract additional capital, but they do not guarantee cheaper insurance. Pricing still depends on the expected risk, data quality, model confidence, underwriting standards and available capital.

What types of risks could this structure target?

Market participants point to hard-to-place risks such as flood cover and typhoon protection in Southeast Asia, particularly where conventional reinsurers may be cautious because claims data is limited or loss estimates are uncertain.