Abstract: A currency transfer platform is disclosed. A currency amount and a first location is received at a server from a first computing device where a transaction is initiated. A first transaction code and a geographic boundary are generated based at least in part on the first location. The first transaction code is provided from the server to the first computing device. A second transaction code and a second location is received at the server from a second computing device. The second transaction code is validated based at least in part on the first transaction code and the second location is validated based at least in part on the geographic boundary information. On validation, a transfer of the currency amount from an account associated with the first computing device to an account associated with the second computing device is executed.

Abstract: A giver device of a currency transfer platform is disclosed. A first application interface is generated to receive a currency amount to be transferred. A location information corresponding to a geographic location of the giver device associated with an input of the currency amount is determined. The currency amount and the location information are provided to a remote server and in response thereto a transaction code is received. A second application interface is generated and the transaction code is output to the second application interface. One of a first notification that the currency amount was transferred and a second notification that the currency amount was not transferred is received from the remote server.

Abstract: A receiver device included in currency transfer platform is disclosed. A first application interface is generated at the receiver device to receive a transaction code. Location information corresponding to a geographic location of the receiver device associated with an input of the transaction code is received. The transaction code and the location information are provided to a remote server. One of a first notification that a currency amount was transferred and a second notification that the currency amount was not transferred are received from the remote server.

Abstract: An apparatus and method provides dynamic schedule mediation by scheduling and monitoring appointments between a service provider and customers. The apparatus and method uses a statistical analysis to determine a best appointment time based on at least one of: historical performance patterns, the type of service requested during the appointment, geographic location of the customer or the service provider, time of day, time of year, weather, skills of the service provider, and automobile traffic conditions. The system and method continuously monitors changes to the appointment initiated by the customer or the service provider and notifies the other. The statistical information of a service provider may also be used to evaluate the rules of the service provider and to evaluate individual field service personnel of the service provider.

Abstract: An apparatus and method provides dynamic schedule mediation by scheduling and monitoring appointments between a service provider and customers. The apparatus and method uses a statistical analysis to determine a best appointment time based on at least one of: historical performance patterns, the type of service requested during the appointment, geographic location of the customer or the service provider, time of day, time of year, weather, skills of the service provider, and automobile traffic conditions. The system and method continuously monitors changes to the appointment initiated by the customer or the service provider and notifies the other. Reminders are also sent to the customer and confirmation prompts may also be sent to the customer. The apparatus and method also provides the ability to select service providers based on their historical performance or other factors.