[0025]The present invention overcomes these deficiencies in existing systems of risk transfer between entities, insurers, reinsurers, and the capital markets. Firstly, the invention enables investors to know every asset and liability of each of the Underwriters in which they invest or might invest. Secondly, it enables investors to rapidly bid up the value of such underwriters when events favor them, and bid down the value of such underwriters when events are unfavorable to them. Thirdly, it enables investors to employ computational algorithms in computer workstations and hand-held devices to value the relative advantage or disadvantage of making a change in the holdings they have in individual Underwriters. Fourthly, it enables Underwriters to employ computational algorithms in computer workstations and hand-held devices to value the relative advantage or disadvantage of making a change in their portfolios of assets and liabilities in light of changes in the trading prices of Liquid Insurance Contracts and the trading prices of shares in Underwriters. Fifthly, it enables Underwriters to raise capital from investors by making changes in their portfolios transparent to the investors.
[0026]The invention can be used to create responses to events such as, but not limited to, hurricanes, floods, fires, earthquakes, terrorism and changes in law. In the case of terrorism, for example, the invention could be employed to create Liquid Insurance Contracts covering various kinds of loss from terrorism; these Liquid Insurance Contracts would be underwritten by the Underwriters; the risks thus underwritten would be transferred in turn to the world-wide capital markets through investors' ongoing investments in the Underwriters. In this way, entities would be spared the problems created by exclusions of loss arising from terrorism, and Congress would be spared the need to enact a special solution to each new risk-creating problem.
[0027]The invention applies the lessons of the capital markets to the structure of the risk-transfer process. In capital markets, capital can move quickly in response to events. The invention brings this quick movement of capital to the risk-transfer process. The capital markets use trading floors to reduce transaction costs. The invention brings this low-cost mechanism to the risk-transfer process. The capital markets use prices as proxies for the combined effects of expected payoff, uncertainty of payoff, and timing of payoff. As a direct result, in the capital markets, prices change in response to changes in information and trading floors nearly always clear. The invention brings these benefits to the risk-transfer process.
[0028]The invention gives to investors the information needed to determine if underwriting decisions are profitable. Thus it gives investors a way to measure the performance of the underwriting function and separate out financial loss due to the realization of insured contingencies from those that are due to bad management including excessive underwriting leverage.
[0029]The invention gives the investors the information investors need to determine if underwriting decisions are profitable because it separates the risk-transfer function from the claims management function. By subtraction, it provides performance management information regarding the claims management function. In this way the invention promotes operating efficiencies and facilitates investments in new and useful technologies for underwriting and for claims management.
[0030]The invention provides a means for capital to flow to support new types of coverage and coverage of new types of risks. Both by separating out the suretyship function (so that insurance regulators know that insurance contracts can be trusted) and by making portfolios transparent (so that investors can see their total exposure to one hazard across a range of Underwriters), the invention facilitates the rapid creation of new insurance solutions.