ENABLE SECURE ACCESS

Brand	Owner (click to sort)	Address	Description
XDP	SIMTONE CORPORATION	2530 Meridian Parkway Durham NC 27713	Electronic communication hardware and software applications for enabling computer users to connect to remote computers via internet or intranet using communication protocol standards that enable secure access to remote computers, all of the above goods excluding analog matrix switching systems for keyboards, video and mice;Telecommunication services, namely, providing communication protocol standards that enable secure access to remote computers;Licensing of proprietary technology in the field of protocol standards that enable secure access to remote computers;Consulting and technology licensing services, namely, the development and licensing of intellectual property relating to communication protocol standards that enable secure access to remote computers, and consulting services relating to the implementation, use and deployment of that technology;
XDP	Xtend, Inc.	6000 - 28th Street, S.E. Grand Rapids MI 49546	Electronic communication hardware and software applications for enabling computer users to connect to remote computers via internet or intranet using communication protocol standards that enable secure access to remote computers, all of the above goods excluding analog matrix switching systems for keyboards, video and mice;Telecommunication services, namely, providing communication protocol standards that enable secure access to remote computers;Licensing of proprietary technology in the field of protocol standards that enable secure access to remote computers;Consulting and technology licensing services, namely, the development and licensing of intellectual property relating to communication protocol standards that enable secure access to remote computers, and consulting services relating to the implementation, use and deployment of that technology;
	Where the owner name is not linked, that owner no longer owns the brand

Technical Examples

The present invention provides a data processing apparatus and method for accessing memory. The data processing apparatus has a secure domain and a non-secure domain, in the secure domain the data processing apparatus having access to secure data which is not accessible in the non-secure domain. The data processing apparatus comprises a device coupled via a device bus with the memory, the device being operable, when an item of data in the memory is required by the device, to issue onto the device bus a memory access request pertaining to either the secure domain or the non-secure domain. The memory is operable to store data required by the device, and contains secure memory for storing secure data and non-secure memory for storing non-secure data. In accordance with the invention, the memory access request as issued by the device includes a domain signal identifying whether the memory access request pertains to either the secure domain or the non-secure domain. The presence of this domain signal issued as part of the memory access request enables checking to be performed to ensure that secure data within the secure memory is not accessed by the device when the memory access request pertains to the non-secure domain.