Abstract: A system and method are provided for generating Unique Digital Signatures (UDS) for semiconductor memories to improve data security. Generally, the method involves allocating a number of native memory cells in a memory device; obtaining a multibit binary entropy string (BES) using variations of threshold voltages (VT) of the allocated cells as an entropy source; and mathematically manipulating the BES to generate the UDS. Optionally, the BES can be concatenated with another multibit binary number from a second entropy source internal or external to the memory device, and the result of the concatenation mathematically manipulated to generate the UDS. In one embodiment, a reference voltage is located at a median VT for the cells, and the BES is obtained by reading the cells versus the reference, assigning those having a VT above the reference a first bit value, and the remaining cells a second bit value.

Abstract: Techniques are described for performing an offline domain join and login on behalf of a computing device in order to enable the device to access corporate resources without local access to the domain controller. A slave service is described that can start a virtual machine on a local network of the enterprise, perform an offline domain join of the virtual machine, perform a first login to the virtual machine using credentials of a remote user and then capture the changes made on the virtual machine and deliver those changes to the remote user's device. These changes can then be applied on the user's device to add the credentials and configuration changes necessary for the user to access the private enterprise resources remotely.

Abstract: Techniques are described for performing an offline domain join and login on behalf of a computing device in order to enable the device to access corporate resources without local access to the domain controller. A slave service is described that can start a virtual machine on a local network of the enterprise, perform an offline domain join of the virtual machine, perform a first login to the virtual machine using credentials of a remote user and then capture the changes made on the virtual machine and deliver those changes to the remote user's device. These changes can then be applied on the user's device to add the credentials and configuration changes necessary for the user to access the private enterprise resources remotely.

Abstract: Techniques are described for performing an offline domain join and login on behalf of a computing device in order to enable the device to access corporate resources without local access to the domain controller. A slave service is described that can start a virtual machine on a local network of the enterprise, perform an offline domain join of the virtual machine, perform a first login to the virtual machine using credentials of a remote user and then capture the changes made on the virtual machine and deliver those changes to the remote user's device. These changes can then be applied on the user's device to add the credentials and configuration changes necessary for the user to access the private enterprise resources remotely.

Abstract: Techniques are described for performing an offline domain join and login on behalf of a computing device in order to enable the device to access corporate resources without local access to the domain controller. A slave service is described that can start a virtual machine on a local network of the enterprise, perform an offline domain join of the virtual machine, perform a first login to the virtual machine using credentials of a remote user and then capture the changes made on the virtual machine and deliver those changes to the remote user's device. These changes can then be applied on the user's device to add the credentials and configuration changes necessary for the user to access the private enterprise resources remotely.