Storage Technology Corporation

Battelle Energy Alliance, LLC

Other

Rfinity Corporation

Steven Harvey McCown

Michael Lawrence Leonhardt

Thai Nguyen

Charles Allen Milligan

Kurt Warren Derr

James Prescott Hughes

Michael Vaughn Konshak

Stephen S Selkirk

Jacques Debiez

Philippe Y Le Graverand

Kenneth W Rohde

Ludovic Duval

Robert Klunker

Gerald O'Nions

Steven Michael Halladay

Troy Moore

Gerald O Nions

A processing module operating method includes using a processing module physically connected to a wireless communications device, requesting that the wireless communications device retrieve encrypted code from a web site and receiving the encrypted code from the wireless communications device. The wireless communications device is unable to decrypt the encrypted code. The method further includes using the processing module, decrypting the encrypted code, executing the decrypted code, and preventing the wireless communications device from accessing the decrypted code. Another processing module operating method includes using a processing module physically connected to a host device, executing an application within the processing module, allowing the application to exchange user interaction data communicated using a user interface of the host device with the host device, and allowing the application to use the host device as a communications device for exchanging information with a remote device distinct from the host device.

Processing module operating methods, processing modules, and communications systems

Wireless device monitoring systems and monitoring devices include a communications module for receiving wireless communications of a wireless device. Processing circuitry is coupled with the communications module and configured to process the wireless communications to determine whether the wireless device is authorized or unauthorized to be present at the monitored area based on identification information of the wireless device. Methods of monitoring for the presence and identity of wireless devices are also provided.

Wireless device monitoring systems and monitoring devices, and associated methods

A secure computing module (SCM) is configured for connection with a host device. The SCM includes a processor for performing secure processing operations, a host interface for coupling the processor to the host device, and a memory connected to the processor wherein the processor logically isolates at least some of the memory from access by the host device. The SCM also includes a proximate-field wireless communicator connected to the processor to communicate with another SCM associated with another host device. The SCM generates a secure digital signature for a financial transaction package and communicates the package and the signature to the other SCM using the proximate-field wireless communicator. Financial transactions are performed from person to person using the secure digital signature of each person's SCM and possibly message encryption. The digital signatures and transaction details are communicated to appropriate financial organizations to authenticate the transaction parties and complete the transaction.

Systems and methods for performing wireless financial transactions

Wireless device monitoring methods, wireless device monitoring systems, and articles of manufacture are described. According to one embodiment, a wireless device monitoring method includes accessing device configuration information of a wireless device present at a secure area, wherein the device configuration information comprises information regarding a configuration of the wireless device, accessing stored information corresponding to the wireless device, wherein the stored information comprises information regarding the configuration of the wireless device, comparing the device configuration information with the stored information, and indicating the wireless device as one of authorized and unauthorized for presence at the secure area using the comparing.

Wireless device monitoring methods, wireless device monitoring systems, and articles of manufacture

A radio frequency detection assembly is described and which includes a radio frequency detector which detects a radio frequency emission produced by a radio frequency emitter from a given location which is remote relative to the radio frequency detector; a location assembly electrically coupled with the radio frequency detector and which is operable to estimate the location of the radio frequency emitter from the radio frequency emission which has been received; and a radio frequency transmitter electrically coupled with the radio frequency detector and the location assembly, and which transmits a radio frequency signal which reports the presence of the radio frequency emitter.

Radio frequency detection assembly and method for detecting radio frequencies

Electronic mail is archived and retrieved based on metadata generated by the client sending the electronic mail. The metadata is generated based on variable metadata generation policies distributed to each client. The metadata generation policies are executed in each client in conjunction with each electronic mail sent from the client. The electronic mail is received in a mail server on route to at least one addressee of the electronic mail. The received electronic mail is processed based on the metadata attached to the received electronic mail.

Electronic mail metadata generation and management

The present invention provides a flexible storage system through the use of portable, removable canisters holding multiple storage subsystems.

Canister-based storage system

A system and method for an e-mail rating system, where e-mail senders are evaluated based upon past performance. When an individual receives an email message and determines it to be SPAM, they notify a central database, repository or server. This central server, known as a Span Detection Server or SDS, maintains a list of e-mail senders and their associated spam rating. Spam thresholds are applied to incoming e-mail by a spam filter in conjunction with the SDS. Depending upon the sender's rating as compared to these thresholds, a received message is classified as desirable, undesirable or conditional.

System and method for rating unsolicited e-mail

A customer making a credit card transaction inserts their smart card into a card reader attached to the merchant's system. The card reader activates the customer's card and passes certain merchant information. The merchant's system then requests a 'billing digest' from the customer's card. The billing digest is returned to the merchant's card reader that forwards it (and the transaction information which includes customer information and merchant information) to the corresponding credit card issuer, which maintains the customer's credit card account. In one embodiment, the customer information and the merchant information are encrypted. Upon receiving the billing digest, transaction information is decrypted if necessary and the credit card issuer looks up the customer's master key using the customer's account number. The credit card issuer then uses the transaction information to re-compute the billing digest (an authentication billing digest) and compares this new value with the billing digest submitted by the merchant. If authentic, the billing digest and authentication billing digest values are equivalent, then funds are transferred and an acceptance notification is returned to the merchant. If not authentic, a denial notification is returned to the merchant. Security is further enhanced by utilizing a unique reference for each transaction in the unique customer information used for creating the billing digest.

Method and system for secure credit card transactions

Initially, a key range variable is created by concatenating the card group value, card number and reference number for an encryption key to be generated. A hashing algorithm generates an encryption key from a master key and the variable key range variable. The encryption key and the key range variable are output to the caller who requested the key. The encryption key is used to encrypt the information, while the variable key range is stored with the encrypted data. Generation of a decryption key requires a user call for a decryption key and includes the key range variable from the encrypted data. A hashing algorithm generates a decryption key from the master key and the key range variable. The decryption key is used to decrypt the information.

Encryption key management system using multiple smart cards

A communication system permitting temporary connections for specific, predictable data transfer performance is presented. The communication system includes a requesting computer system, a responding computer system, and communication paths for establishing connections between the requesting computer system and the responding computer system. The requesting computer system can establish a temporary initial control connection with the responding computer system through a first communication path. A temporary negotiating connection is established with the responding computer system. Data transfer characteristics are negotiated with the responding computer using the temporary negotiating connection. A temporary data connection is established through a set including at least one communication path based on the negotiated data transfer characteristics, the set not including the first communication path.

System and method for temporary data transfer

An encryption system permits end-to-end encryption of information over an untrusted interconnection network. The information encryption system includes at least one client for processing information. The system also includes at least one storage device for holding the information. At least one key server provides a data key for encrypting and decrypting the information. An encryption module is associated with each client. Each encryption module has a first processor accessing a first memory and a second processor accessing a second memory different from the first memory. The first processor communicates with the associated client. The second processor communicates with the storage device. The first processor communicates with the second processor through a dedicated channel. The second processor obtains the data key from the key server. Information is received from the first processor over the dedicated channel and encrypted using the data key. The encrypted information is then stored on the storage device. The second processor also reads the encrypted information from the storage device, decrypts the information using the data key, and sends the decrypted information to the first processor over the dedicated channel.

Growing community of inventors

Rigby, ID, United States of America

Steven Harvey McCown