Abstract: Methods, apparatuses, non-transitory computer program products, systems, and mobile terminal devices are disclosed for performing wireless financial transactions which separate an account identification and transaction authorization from a single charge card into two separate elements, which include at least an encrypted account identifier and a transaction-adaptive, context sensitive, dynamically content-rich, transaction authorization.

Abstract: Methods, apparatuses, non-transitory computer program products, systems, and mobile terminal devices are disclosed for performing wireless financial transactions which separate an account identification and transaction authorization from a single charge card into two separate elements, which include at least an encrypted account identifier and a transaction-adaptive, context sensitive, dynamically content-rich, transaction authorization.

Abstract: A receiver plate for embedding within a fastener target area of a fabricated body is disclosed, with the receiver plate providing tri-axial motion resistance for a fastener that may be inserted into the fabricated body and through the receiver plate at an imprecisely determined location within the fastener target area. Also disclosed is a fabricated body adapted for insertion of fasteners within a target area comprising a molded body portion, and a receiver plate embedded within the molded body portion in a target area. Further disclosed is a fastener and receiver plate for use with a body in which the receiver plate is embedded, wherein the fastener has a head, a shaft and a tapered tip.

Abstract: A receiver plate for embedding within a fastener target area of a fabricated body is disclosed, with the receiver plate providing tri-axial motion resistance for a fastener that may be inserted into the fabricated body and through the receiver plate at an imprecisely determined location within the fastener target area. Also disclosed is a fabricated body adapted for insertion of fasteners within a target area comprising a molded body portion, and a receiver plate embedded within the molded body portion in a target area. Further disclosed is a fastener and receiver plate for use with a body in which the receiver plate is embedded, wherein the fastener has a head, a shaft and a tapered tip.

Abstract: An apparatus and system for authenticating and searching data is provided. The apparatus includes a tightly coupled housing, an authenticator in the tightly coupled housing, a first archival storage in the tightly coupled housing, an indexer in the tightly coupled housing, and an index storage in the tightly coupled housing. The authenticator receives a file from an external email system, the authenticator creates first and second self-authenticating copies of the file, the first archival storage stores the first self-authenticating file, the indexer dissembles the second self-authenticating copy into components of the second self-authenticating copy, and the index storage stores the components of the second self-authenticating in a searchable format.

Abstract: An apparatus and system for authenticating and searching data is provided. The apparatus includes a tightly coupled housing, an authenticator in the tightly coupled housing, a first archival storage in the tightly coupled housing, an indexer in the tightly coupled housing, and an index storage in the tightly coupled housing. The authenticator receives a file from an external email system, the authenticator creates first and second self-authenticating copies of the file, the first archival storage stores the first self-authenticating file, the indexer dissembles the second self-authenticating copy into components of the second self-authenticating copy, and the index storage stores the components of the second self-authenticating in a searchable format.

Abstract: A method and system of authentication for sensor-recorders and other information capture devices is disclosed. In accordance with aspects of the current invention, a digital sample of the environment is obtained. From this sample and at least one parameter representative of at least one condition under which the sample was generated, a digital signature is created. This signature is stored in memory with the sample to be checked at a later time for authenticity. The file is checked for authenticity by generating a second signature from the file and comparing that signature to the original signature. If the two signatures are identical, the sample is considered authentic and if the two signatures are different, the sample cannot be authenticated.