VMware, a maker of software that enables computers to run multiple operating systems simultaneously, is working on a new product to make it secure for corporations to open their networks to contractors or telecommuters . . .. The EMC subsidiary plans to announce on Monday a test version of Assured Computing Environment, which lets an outside computer run a second instance of Windows that can be locked down to prevent unauthorized copying or network access. ACE will be shipped by the end of the year, said Michael Mullany, vice president of marketing at VMware. Without something like ACE, a company would have to supply a remote user or contractor with an entirely separate computer, Mullany said. "It allows you to completely control the user environment at a very fundamental level," he said. To keep proprietary information from spreading to computers outside a company, ACE can be configured to block access to USB memory devices, floppy drives, printers or other devices that could be used to save or print information stored on corporate networks. In addition, it enables outsiders use a company's approved software collection, making it harder for foreign computers to infect corporate networks with viruses or other dangerous software. The link for this article located at Stephen Shankland CNET News.com is no longer available. . VMware unveils Verified Operation Framework to enhance network security for remote employees and freelancers reliably.. VMware, Assured Computing Environment, remote work security, data safeguard, corporate solutions. . LinuxSecurity.com Team
So what is a "chroot jail"? Essentially it is a security method for creating a safe user enviroment on systems that allow remote access accounts. The "jail" locks users into a virtual directory structure and grants access only to applications created for the jailed users by the administrator.. . .. So what is a "chroot jail"? Essentially it is a security method for creating a safe user enviroment on systems that allow remote access accounts. The "jail" locks users into a virtual directory structure and grants access only to applications created for the jailed users by the administrator. It has long been a standard for hosting companies to create remote access accounts with this method, but the process was far from simple. Creating each account took many steps and needed thorough testing to assure system security. The Jail Chroot Project's purpose is to streamline the task of creating the chroot jail environment. It does so with utilities that "automagically configure & build all the required files, directories and libraries". It also makes adding new jailed accounts very easy. In this article, we'll take a look at the Jail Chroot Project utilities and show you how to install and use them to secure remote access accounts in a chroot-ed environment on your GNU/Linux system. The link for this article located at LinuxOrbit is no longer available. . Investigate the Jail Chroot Initiative aimed at establishing protected spaces using chroot environments for remote access users.. Chroot Jail, User Isolation, Remote Access, Secure Environment, Jail Project. . LinuxSecurity.com Team
By running Linux, it enables much easier migration and porting of applications into the secure environment than with the current CP/Q operating system. As a key product for secure e-business, its main applications are financial-related solutions, such as electronic coupon dispensers, . . . . By running Linux, it enables much easier migration and porting of applications into the secure environment than with the current CP/Q operating system. As a key product for secure e-business, its main applications are financial-related solutions, such as electronic coupon dispensers, Internet postage meters, intellectual property protection (web subscription services), signatures for digital documents and certificate authorities. IBM Research has demonstrated Linux running on the IBM 4758 secure cryptographic coprocessor, a hardware security module. This is the first general purpose operating system (OS) running on a secure coprocessor. The IBM 4758 cryptographic coprocessor is an advanced, tamper-sensing and responding, programmable PCI card. Its specialized cryptographic electronics, along with a microprocessor, memory and random number generator are housed within a tamper-responding environment to provide a highly secure subsystem in which data processing and cryptography can be performed. The link for this article located at IBM is no longer available. . Unix systems facilitate the transition of software to protected settings, crucial for online commerce and data encryption.. Cryptographic Coprocessor, Secure Environment, Financial Solutions, IBM Technologies. . LinuxSecurity.com Team
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