Abstract: In one embodiment, memory cell includes a control gate, a floating gate, a substrate comprising a source region and a drain region, a first isolator between the control gate and floating gate, and a second isolator between the floating gate and the substrate. The memory cell is configured to have a retention time that is within a statistical window around a selected lifespan. The selected lifespan may be less than ten years, such as, for example, less than one year, less than one month, or less than one week.

Abstract: In accordance with some embodiments, fuse information may be written into a fuse array in a way that provides sufficient redundancy, making it harder for malicious parties to attack the fuse array.

Abstract: In accordance with some embodiments, fuse information may be written into a fuse array in a way that provides sufficient redundancy, making it harder for malicious parties to attack the fuse array.

Abstract: An embodiment uses hardware secrets secured within a security engine to provide a secure solution for field key provisioning. An embodiment is operating system independent due to the out-of-band communications with the security engine. Secrets need not be provisioned during manufacturing time. An embodiment may ensure only security engine specific provisioned secrets are used at runtime. Other embodiments are addressed herein.

Abstract: An apparatus and method for updating security association database entries in a system having multiple security channels by selectively granting access to the entries by a plurality of the multiple security channels that may need to update the same entry using a first-come, first-served scheme. The apparatus includes a controller circuit that functions to carry out the method which, for each of the multiple security channels, includes determining whether another of the security channels has a higher priority to access a particular security association database entry. If no other channel has a higher priority, then the channel requesting access to the entry retrieves it from its address location, modifies it, and writes the modified entry back to its address location. The controller prevents other channels from simultaneously, or substantially simultaneously, retrieving and modifying the same entry.

Abstract: An embodiment uses hardware secrets secured within a security engine to provide a secure solution for field key provisioning. An embodiment is operating system independent due to the out-of-band communications with the security engine. Secrets need not be provisioned during manufacturing time. An embodiment may ensure only security engine specific provisioned secrets are used at runtime. Other embodiments are addressed herein.

Abstract: An apparatus and method for updating security association database entries in a system having multiple security channels by selectively granting access to the entries by a plurality of the multiple security channels that may need to update the same entry using a first-come, first-served scheme. The apparatus includes a controller circuit that functions to carry out the method which, for each of the multiple security channels, includes determining whether another of the security channels has a higher priority to access a particular security association database entry. If no other channel has a higher priority, then the channel requesting access to the entry retrieves it from its address location, modifies it, and writes the modified entry back to its address location. The controller prevents other channels from simultaneously, or substantially simultaneously, retrieving and modifying the same entry.

Abstract: An apparatus and method for updating security association database entries in a system having multiple security channels by selectively granting access to the entries by a plurality of the multiple security channels that may need to update the same entry using a first-come, first-served scheme. The apparatus includes a controller circuit that functions to carry out the method which, for each of the multiple security channels, includes determining whether another of the security channels has a higher priority to access a particular security association database entry. If no other channel has a higher priority, then the channel requesting access to the entry retrieves it from its address location, modifies it, and writes the modified entry back to its address location. The controller prevents other channels from simultaneously, or substantially simultaneously, retrieving and modifying the same entry.

Abstract: An apparatus and method for updating security association database entries in a system having multiple security channels by selectively granting access to the entries by a plurality of the multiple security channels that may need to update the same entry using a first-come, first-served scheme. The apparatus includes a controller circuit that functions to carry out the method which, for each of the multiple security channels, includes determining whether another of the security channels has a higher priority to access a particular security association database entry. If no other channel has a higher priority, then the channel requesting access to the entry retrieves it from its address location, modifies it, and writes the modified entry back to its address location. The controller prevents other channels from simultaneously, or substantially simultaneously, retrieving and modifying the same entry.

Abstract: Apparatus, systems and methods for protection of independent vendor encryption keys with a common primary encryption key are disclosed including an apparatus including memory to store a plurality of encrypted vendor keys, memory to store a primary key; and cipher logic to use the primary key to decrypt an encrypted vendor key of the plurality of encrypted vendor keys to provide an effective key. Other implementations are disclosed.

Abstract: An apparatus and method for updating security association database entries in a system having multiple security channels by selectively granting access to the entries by a plurality of the multiple security channels that may need to update the same entry using a first-come, first-served scheme. The apparatus includes a controller circuit that functions to carry out the method which, for each of the multiple security channels, includes determining whether another of the security channels has a higher priority to access a particular security association database entry. If no other channel has a higher priority, then the channel requesting access to the entry retrieves it from its address location, modifies it, and writes the modified entry back to its address location. The controller prevents other channels from simultaneously, or substantially simultaneously, retrieving and modifying the same entry.

Abstract: A surgical drape support apparatus includes a base section, a side section coupled to the base section, a curved section coupled to the side section, a top section coupled to the curved section. The side section, the curved section and the top section include a reduced thickness portion. The side section or section and the top section include an inward extending projection. The base section includes a first raised rib projection and a second raised rib projection substantially perpendicular to the first raised rib projection.

Abstract: An apparatus may include circuitry to permanently and inaccessibly store a first private key that is a shared secret between a manufacturer of the circuitry and a first vendor of first encrypted media information. It may also include a key ladder to provide plural layers of encryption to the first private key to generate a first result for decrypting the first encrypted media information. A cryptographic module may encrypt the first private key to generate a second result for a security purpose other than decrypting media information. The module also may include a key ladder, and the apparatus may include other key ladders using the private key.

Abstract: An apparatus and method for updating security association database entries in a system having multiple security channels by selectively granting access to the entries by a plurality of the multiple security channels that may need to update the same entry using a first-come, first-served scheme. The apparatus includes a controller circuit that functions to carry out the method which, for each of the multiple security channels, includes determining whether another of the security channels has a higher priority to access a particular security association database entry. If no other channel has a higher priority, then the channel requesting access to the entry retrieves it from its address location, modifies it, and writes the modified entry back to its address location. The controller prevents other channels from simultaneously, or substantially simultaneously, retrieving and modifying the same entry.