Abstract: A system and method calculate an optimal rates in a multi-source price engine in over the counter (OTC) markets. The system and method integrate rates from multiple liquidity sources to generate an output rate that can be transacted upon. Specifically, the system and method calculate a best bid/offer rate from input rates provided by multiple liquidity sources and apply a target spread and minimum profit to the best bid/offer rate to generate an optimal output rate. The optimal output rate may be a function of many factors, including market conditions, customer credit, and the preferences of the market maker or broker.

Abstract: A system and method provide price validation for market makers in over the counter (OTC) markets. Specifically, the system compares a new or existing price provided by a market maker with a base rate. If the unilateral difference is less than or equal to a configurable tolerance, the price may be added to validated rates. The unilateral difference is an amount that the new bid source rate is greater than the bid base rate or an amount that the new offer source rate is less than the offer base rate. On the other hand, if the difference is more than the tolerance, the price may be ignored or removed by the system. As a result, the system provides protection against trading on invalid off-market rates or stale rates that is caused by system latency or other types of temporary anomalies.

Abstract: One embodiment of the present invention provides a system that uses digital signatures in a novel configuration to perform validations to facilitate a trade. This system operates by receiving a quote related to the trade at a first computer system, wherein the quote includes permission information that facilitates determining permissions that have been granted to a quote maker. Upon receiving the quote, the system validates that the quote maker digitally signed the quote by using a public key of the quote maker to verify that the quote was signed by a corresponding private key belonging to the quote maker. The system also validates that the quote maker has permission to perform the trade by using a public key of a first security officer to verify that the permission information was signed by a corresponding private key belonging to the first security officer, thereby authorizing the quote maker to perform the trade.

Abstract: A system and method calculate an optimal rates in a multi-source price engine in over the counter (OTC) markets. The system and method integrate rates from multiple liquidity sources to generate an output rate that can be transacted upon. Specifically, the system and method calculate a best bid/offer rate from input rates provided by multiple liquidity sources and apply a target spread and minimum profit to the best bid/offer rate to generate an optimal output rate. The optimal output rate may be a function of many factors, including market conditions, customer credit, and the preferences of the market maker or broker.

Abstract: A system and method calculate an optimal rates in a multi-source price engine in over the counter (OTC) markets. The system and method integrate rates from multiple liquidity sources to generate an output rate that can be transacted upon. Specifically, the system and method calculate a best bid/offer rate from input rates provided by multiple liquidity sources and apply a target spread and minimum profit to the best bid/offer rate to generate an optimal output rate. The optimal output rate may be a function of many factors, including market conditions, customer credit, and the preferences of the market maker or broker.

Abstract: A system and method calculate an optimal rates in a multisource price engine in over the counter (OTC) markets. The system and method integrate rates from multiple liquidity sources to generate an output rate that can be transacted upon. Specifically, the system and method calculate a best bid/offer rate from input rates provided by multiple liquidity sources and apply a target spread and minimum profit to the best bid/offer rate to generate an optimal output rate. The optimal output rate may be a function of many factors, including market conditions, customer credit, and the preferences of the market maker or broker.