Specialty parametric insurance

    Specialty parametric insurance covers the risks the standard market finds hardest to place, structuring cover around independent data where conventional insurers restrict or decline.

    It spans wildfire, volcano and business interruption, perils that are severe, correlated or difficult to model, and it pays a set amount on a confirmed trigger, in days rather than months. For businesses exposed to these risks, where cover is shrinking or slow, parametric offers both capacity and speed.

    What specialty risk means for a business

    Specialty risks share a common feature: they are severe and hard to insure conventionally. Wildfire threatens property, infrastructure and whole communities, and even an unburned site can be halted by smoke, evacuation or power shutoffs. A volcanic eruption can close airspace, blanket a region in ash and stop tourism and transport far beyond the volcano itself. Business interruption from an external event stops operations while fixed costs continue. In each case the loss is large, the exposure is concentrated, and the traditional market is often reluctant to respond, leaving businesses with few options.

    Why traditional cover struggles with specialty risk

    As losses grow, insurers retreat from the most exposed wildfire and volcanic regions, cutting cover, raising prices or withdrawing. Where cover remains, claims are slow and contested, and business interruption in particular turns on a detailed, disputable calculation of lost profit that can take many months to settle. These are exactly the conditions in which a fast, data driven alternative adds the most value, because the conventional market is least able to provide timely, certain protection.

    How Trigger structures specialty parametric cover

    We build specialty cover on an independent, observed measure of the event. For wildfire that can be a satellite confirmed fire perimeter or burned area within a defined distance of a site. For volcano it can be a confirmed eruption at or above a defined scale, or an ash affected zone covering your operations. For business interruption it is a physical parameter, such as a catastrophe reading or an infrastructure outage, that causes the interruption. Payouts are agreed in advance and released on confirmation of the trigger, giving immediate liquidity without a site by site loss assessment.

    The perils we cover in this line

    • Wildfire. A satellite confirmed fire perimeter or burned area near a site.
    • Volcano. A confirmed eruption of a defined scale, or an ash affected zone.
    • Business interruption. A physical trigger that causes an operational shutdown.

    The data behind specialty triggers

    Specialty cover relies on independent monitoring suited to each peril. Earth observation satellites detect active fires and map burned areas quickly, even across remote terrain. Volcano observatories and global monitoring programmes record eruption occurrence, scale and ash dispersal. Business interruption triggers use whichever independent measure fits the cause, from catastrophe readings and weather indices to recognised outage measures. As with every line, each source is graded for independence, history and durability before it is used, because the credibility of the payout rests on the credibility of the data. Read more in our guide to satellite data in insurance.

    Reducing basis risk on specialty cover

    Because specialty perils can be localised and complex, basis risk is managed with particular care. That means choosing the right satellite product and resolution for a wildfire perimeter, defining eruption scale and distance precisely for a volcano, and tying a business interruption trigger closely to the event that actually halts operations. Triggers are tested against historical events, and where a parametric structure cannot track the exposure closely enough, we say so rather than force a poor fit.

    Which sectors it suits

    Specialty parametric cover suits energy and utilities with exposed assets, forestry and land owners, real estate and construction in wildfire prone regions, hospitality, tourism and aviation exposed to volcanic disruption, and manufacturing and supply chain operators exposed to business interruption. Public sector bodies use it to protect communities and infrastructure. Wherever a severe risk is being cut back by the traditional market, specialty parametric can restore capacity and add speed. For the wider case, see why choose parametric.

    Where specialty parametric adds the most value

    Specialty parametric cover adds the most value precisely where the traditional market is pulling back. As losses from wildfire and other severe perils rise, conventional insurers are cutting capacity, raising prices and excluding the operational losses that hurt most, which leaves exposed businesses with shrinking options. Parametric can step into that gap, because it prices and pays on independent data rather than on an appetite for the risk, and it can cover the smoke, evacuation, ash and interruption losses that indemnity policies exclude.

    It is also well suited to risks that are simply too complex or too correlated for the standard market to model comfortably. For any business finding that cover for a severe risk is narrowing, specialty parametric is often the most practical way to keep meaningful, fast paying protection in place.

    Frequently asked questions

    What is specialty parametric insurance and how does it work?

    Specialty parametric cover applies the parametric principle to hard to place risks such as wildfire, volcano and non damage business interruption. An independent measure of the event is agreed in advance and a set amount is paid when it is met, including for smoke, evacuation, ash and interruption losses that indemnity policies often exclude.

    What data sources determine specialty policy triggers?

    Earth observation satellites detect active fires and map burned areas quickly, even across remote terrain. Volcano observatories and global monitoring programmes record eruption occurrence, scale and ash dispersal, and business interruption triggers use whichever independent measure fits the cause, from catastrophe readings to weather indices and recognised outage measures.

    How quickly are specialty parametric claims paid?

    Once the independent data confirms the agreed trigger has been met, settlement is typically a matter of days, because there is no loss adjusting to complete. The payout is a set amount fixed in the policy, so there is nothing to survey, negotiate or dispute.

    What is basis risk on specialty cover?

    Because specialty perils can be localised and complex, basis risk is managed with particular care: the right satellite product and resolution for a wildfire perimeter, precise eruption scale and distance for a volcano, and interruption triggers tied closely to the event that halts operations. Where a parametric structure cannot track the exposure closely enough, we say so rather than force a poor fit.

    Can specialty parametric cover risks the standard market declines?

    That is where it adds the most value. As losses from severe perils rise, conventional insurers are cutting capacity, raising prices and excluding operational losses, and parametric can step into that gap because it prices and pays on independent data rather than on appetite for the risk.

    Which reinsurers provide specialty parametric capacity?

    Our placements are backed by A rated reinsurance markets, and a risk can be routed through a regulated Guernsey cell or placed direct with cedents, whichever fits the transaction. Pricing, structuring and risk transfer sit in one place, so terms come back from a single conversation.

    Talk to us about specialty cover

    If you carry a hard to place risk such as wildfire, volcano or business interruption, submit a risk and we will design a structure around an independent trigger, tested against history and backed by A rated reinsurance capacity. Learn more about how parametric claims are paid, and see our energy and supply chain sector pages.