Abstract: A serialization service module is provided for configuring an asset management system to provide a secure means of generating, assigning to chips (or other electronic objects or devices), and tracking unique serial numbers. To provide this service, a controller connects through a secure, encrypted connection to appliances at a manufacturer's location. Agents can then request serial number values from an appliance by product name. The serial numbers are generated by the appliance, metered, and provided to the agents. The serial numbers are then injected sequentially into each die in a chip manufacturing process using the agent. A log is reported to the controller.

Abstract: Systems and methods for cryptographic suite management are described. A system for cryptographic suite management has a cryptographic suite management unit comprising a series of APIs enabling diverse applications to call cryptographic functions. The system enables: multiple applications on an interface to access shared cryptographic resources; applications across multiple devices to share and license cryptographic resources between devices; encryption, decryption and sharing of data between devices having different cryptographic implementations; the definition, distribution and enforcement of policies governing the terms of use for cryptographic implementations, systems and methods to secure and protect shared and dynamically loaded cryptographic providers; use by an application of multiple cryptographic resources and the management of cryptographic provider bundles and associated policies across one or many cryptographic suite management unit instances.

Abstract: A system and method for controlling a production process for producing a product is provided in which overproduction may be inhibited by introducing a separation of duties within a production process. Typically a producer will contract out the various stages of a production process to multiple contractors. In general, separation of duties involves purposefully separating production stages, for silicon chips or other products, so that the end product has been handled or “touched”, by each subcontractor, in order for the end product to be fully functional.

Abstract: Systems and methods for cryptographic suite management are described. A system for cryptographic suite management has a cryptographic suite management unit comprising a series of APIs enabling diverse applications to call cryptographic functions. The system enables: multiple applications on an interface to access shared cryptographic resources; applications across multiple devices to share and license cryptographic resources between devices; encryption, decryption and sharing of data between devices having different cryptographic implementations; the definition, distribution and enforcement of policies governing the terms of use for cryptographic implementations, systems and methods to secure and protect shared and dynamically loaded cryptographic providers; use by an application of multiple cryptographic resources and the management of cryptographic provider bundles and associated policies across one or many cryptographic suite management unit instances.

Abstract: A serialization service module is provided for configuring an asset management system to provide a secure means of generating, assigning to chips (or other electronic objects or devices), and tracking unique serial numbers. To provide this service, a controller connects through a secure, encrypted connection to appliances at a manufacturer's location. Agents can then request serial number values from an appliance by product name. The serial numbers are generated by the appliance, metered, and provided to the agents. The serial numbers are then injected sequentially into each die in a chip manufacturing process using the agent. A log is reported to the controller.

Abstract: Systems and methods for cryptographic suite management are described. A system for cryptographic suite management has a cryptographic suite management unit comprising a series of APIs enabling diverse applications to call cryptographic functions. The system enables: multiple applications on an interface to access shared cryptographic resources; applications across multiple devices to share and license cryptographic resources between devices; encryption, decryption and sharing of data between devices having different cryptographic implementations; the definition, distribution and enforcement of policies governing the terms of use for cryptographic implementations, systems and methods to secure and protect shared and dynamically loaded cryptographic providers; use by an application of multiple cryptographic resources and the management of cryptographic provider bundles and associated policies across one or many cryptographic suite management unit instances.

Abstract: Systems and methods for cryptographic suite management are described. A system for cryptographic suite management has a cryptographic suite management unit comprising a series of APIs enabling diverse applications to call cryptographic functions. The system enables: multiple applications on an interface to access shared cryptographic resources; applications across multiple devices to share and license cryptographic resources between devices; encryption, decryption and sharing of data between devices having different cryptographic implementations; the definition, distribution and enforcement of policies governing the terms of use for cryptographic implementations, systems and methods to secure and protect shared and dynamically loaded cryptographic providers; use by an application of multiple cryptographic resources and the management of cryptographic provider bundles and associated policies across one or many cryptographic suite management unit instances.

Abstract: A serialization service module is provided for configuring an asset management system to provide a secure means of generating, assigning to chips (or other electronic objects or devices), and tracking unique serial numbers. To provide this service, a controller is used to define a product model, then to define one or more serialization schemas to be bound to each product model. Each serialization schema contains a range of serial numbers for a particular product. The serial number schemas are sent over a secure, encrypted connection to appliances at the manufacturer's location. Agents can then request serial number values by product name. The serial numbers are generated by the appliance, metered, and provided to the agents. The serial numbers are then injected sequentially into each die in a chip manufacturing process using the agent.

Abstract: A partial revocation list and a system and method for using the partial revocation list for tracking the authenticity of replacement cartridges in a manufactured device to inhibit cloning of the cartridges is provided. A revocation pool is maintained by a manufacturer who chooses a partial revocation list from the revocation pool to store in the memory of the cartridge. The device stores its own revocation list, informs the manufacturer of cartridges which have been used and checks when a new device is installed to ensure a cloned replacement is not being used. The partial revocation list distributes enough revocation information to devices to statistically impair the cartridge yield of a cloning operation.

Abstract: An authenticated RFID system is provided that uses elliptic curve cryptography (ECC) to reduce the signature size and read/write times when compared to traditional public key implementations such as RSA. Either ECDSA or ECPVS can be used to reduce the signature size and ECPVS can be used to hide a portion of the RFID tag that contains sensitive product identifying information. As a result, smaller tags can be used or multiple signatures can be written at different stages in a manufacturing or supply chain. A key management system is used to distribute the verification keys and aggregate signature schemes are also provided for adding multiple signatures to the RFID tags, for example in a supply chain.

Abstract: A system and method for remote device registration, to monitor and meter the injection of keying or other confidential information onto a device, is provided. A producer who utilizes one or more separate manufacturers, operates a remote module that communicates over forward and backward channels with a local module at the manufacturer. Encrypted data transmissions are sent by producer to the manufacturer and are decrypted to obtain sensitive data used in the devices. As data transmissions are decrypted, credits from a credit pool are depleted and can be replenished by the producer through credit instructions. As distribution images are decrypted, usage records are created and eventually concatenated, and sent as usage reports back to the producer, to enable the producer to monitor and meter production at the manufacturer.

Abstract: An authenticated RFID system is provided that uses elliptic curve cryptography (ECC) to reduce the signature size and read/write times when compared to traditional public key implementations such as RSA. Either ECDSA or ECPVS can be used to reduce the signature size and ECPVS can be used to hide a portion of the RFID tag that contains sensitive product identifying information. As a result, smaller tags can be used or multiple signatures can be written at different stages in a manufacturing or supply chain. A key management system is used to distribute the verification keys and aggregate signature schemes are also provided for adding multiple signatures to the RFID tags, for example in a supply chain.

Abstract: The present invention provides an inexpensive, software-based security-retrofit solution to verify the integrity of program code in embedded systems, or accessories, without resorting to expensive hardware changes. All unused memory on an accessory that could be used to store a program code image is filled with random data. A host system also locally stores a copy of the accessory's program image containing the random data. The host system sends the accessory a list of memory addresses or memory ranges on the accessory, which is always different and random in nature. The accessory will then produce a digest using values stored in the memory addresses as inputs to a secure hash function. The host system verifies the integrity of the embedded program code by verifying the resulting digest produced by and returned from the accessory.

Abstract: A system and method for remote device registration, to monitor and meter the injection of keying or other confidential information onto a device, is provided. A producer who utilizes one or more separate manufacturers, operates a remote module that communicates over forward and backward channels with a local module at the manufacturer. Encrypted data transmissions are sent by producer to the manufacturer and are decrypted to obtain sensitive data used in the devices. As data transmissions are decrypted, credits from a credit pool are depleted and can be replenished by the producer through credit instructions. As distribution images are decrypted, usage records are created and eventually concatenated, and sent as usage reports back to the producer, to enable the producer to monitor and meter production at the manufacturer.

Abstract: A method and system are provided for authenticating and securing an embedded device using a secure boot procedure and a full non-volatile memory encryption process that implements Elliptic Curve Pinstov-Vanstone Signature (ECPV) scheme with message recovery on a personalized BIOS and master boot record. The signature includes code that is recovered in order to unlock a key that is in turn used to decrypt the non-volatile memory. The use of ECPVS provides an implicit verification that the hardware is bound to the BIOS since the encrypted memory is useless unless properly decrypted with the proper key.

Abstract: A system and method for remote device registration, to monitor and meter the injection of keying or other confidential information onto a device, is provided. A producer who utilizes one or more separate manufacturers, operates a remote module that communicates over forward and backward channels with a local module at the manufacturer. Encrypted data transmissions are sent by producer to the manufacturer and are decrypted to obtain sensitive data used in the devices. As data transmissions are decrypted, credits from a credit pool are depleted and can be replenished by the producer through credit instructions. As distribution images are decrypted, usage records are created and eventually concatenated, and sent as usage reports back to the producer, to enable the producer to monitor and meter production at the manufacturer.

Abstract: A method and system are provided for authenticating and securing an embedded device using a secure boot procedure and a full non-volatile memory encryption process that implements Elliptic Curve Pinstov-Vanstone Signature (ECPV) scheme with message recovery on a personalized BIOS and master boot record. The signature includes code that is recovered in order to unlock a key that is in turn used to decrypt the non-volatile memory. The use of ECPVS provides an implicit verification that the hardware is bound to the BIOS since the encrypted memory is useless unless properly decrypted with the proper key.

Abstract: A method and system are provided for authenticating and securing an embedded device using a secure boot procedure and a full non-volatile memory encryption process that implements Elliptic Curve Pinstov-Vanstone Signature (ECPV) scheme with message recovery on a personalized BIOS and master boot record. The signature includes code that is recovered in order to unlock a key that is in turn used to decrypt the non-volatile memory. The use of ECPVS provides an implicit verification that the hardware is bound to the BIOS since the encrypted memory is useless unless properly decrypted with the proper key.

Abstract: A serialization service module is provided for configuring an asset management system to provide a secure means of generating, assigning to chips (or other electronic objects or devices), and tracking unique serial numbers. To provide this service, a controller is used to define a product model, then to define one or more serialization schemas to be bound to each product model. Each serialization schema contains a range of serial numbers for a particular product. The serial number schemas are sent over a secure, encrypted connection to appliances at the manufacturer's location. Agents can then request serial number values by product name. The serial numbers are generated by the appliance, metered, and provided to the agents. The serial numbers are then injected sequentially into each die in a chip manufacturing process using the agent.

Abstract: A partial revocation list and a system and method for using the partial revocation list for tracking the authenticity of replacement cartridges in a manufactured device to inhibit cloning of the cartridges is provided. A revocation pool is maintained by a manufacturer who chooses a partial revocation list from the revocation pool to store in the memory of the cartridge. The device stores its own revocation list, informs the manufacturer of cartridges which have been used and checks when a new device is installed to ensure a cloned replacement is not being used. The partial revocation list distributes enough revocation information to devices to statistically impair the cartridge yield of a cloning operation.