Abstract: According to one embodiment of the invention, a financial instrument includes a first tax-deferred account and first, second, and third guarantees. The first tax-deferred account has an account balance based in part on a deduction from wages paid to an employee. The first guarantee is a guarantee of a first protected value based upon a deposit growing at a minimum growth rate The second guarantee is a guarantee that a beneficiary may periodically receive a transfer of an amount of money for the life of the employee. The third guarantee is a guarantee that the first protected value may be transferred with the first tax-deferred account to a separate financial instrument including a second tax-deferred account, a fourth guarantee of a second protected value, and a fifth guarantee that a beneficiary may periodically receive a transfer of an amount of money for the life of the employee.

Abstract: A method for providing retirement income using mutual fund longevity insurance is provided. A current or prospective retiree can purchase a mutual fund coupled with a longevity product. The longevity product insures against the early exhaustion or termination of the mutual fund, superannuation, or poor market performance of the mutual fund, and could be funded using a qualified annuity, a Roth Individual Retirement Annuity (IRA), or a non-qualified annuity to provide tax advantages. Retirement income is provided for the retiree beginning at retirement. During the life of the mutual fund, periodic withdrawals are taken from the mutual fund and invested in the longevity product. If the retiree reaches a threshold age, the retiree can choose to receive income from the longevity product.

Abstract: The present invention provides a method for maximizing retirement income using bridge annuities and deferred Social Security income. Financial information about a client is gathered, in addition to financial information about the client's spouse, if applicable. A variety of income scenarios are modeled using the financial information and a plurality of income models, each model including income from a bridge product and deferred Social Security income. Alternate funding approaches are projected using the financial information, and the modeled scenarios are compared to the alternate funding approaches to determine the optimal scenario for maximizing retirement income. The client can then purchase a bridge product in accordance with the optimal scenario.

Abstract: According to one embodiment of the invention, a financial instrument includes a first tax-deferred account and first, second, and third guarantees. The first tax-deferred account has an account balance based in part on a deduction from wages paid to an employee. The first guarantee is a guarantee of a first protected value based upon a deposit growing at a minimum growth rate The second guarantee is a guarantee that a beneficiary may periodically receive a transfer of an amount of money for the life of the employee. The third guarantee is a guarantee that the first protected value may be transferred with the first tax-deferred account to a separate financial instrument including a second tax-deferred account, a fourth guarantee of a second protected value, and a fifth guarantee that a beneficiary may periodically receive a transfer of an amount of money for the life of the employee.

Abstract: The present invention provides a method for maximizing retirement income using bridge annuities and deferred Social Security income. Financial information about a client is gathered, in addition to financial information about the client's spouse, if applicable. A variety of income scenarios are modeled using the financial information and a plurality of income models, each model including income from a bridge product and deferred Social Security income. Alternate funding approaches are projected using the financial information, and the modeled scenarios are compared to the alternate funding approaches to determine the optimal scenario for maximizing retirement income. The client can then purchase a bridge product in accordance with the optimal scenario.