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- The Xenocode microkernel supports the Windows XP, Windows 2000, 2003, 2008 and later, Windows Server, Windows Vista, and Windows 7 operating systems. Virtual Application Studio creates 32-bit executables, which can be run under 32-bit mode on x64 platforms.
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Convert your Windows, .NET, Java, Flash, Shockwave or other Windows-compatible application into a self-contained virtual appliance that runs instantly. Xenocode Virtual Application Studio lets you deploy your application, data files, settings, and runtimes in a single executable. It dramatically simplifies application deployment and maintenance by shipping a single executable that runs immediately anywhere. No more 'DLL hell', separate setups, or missing dependencies. Xenocode Virtual Application Studio also lets you execute .NET and Java applications with no runtime present and convert Flash and Shockwave applications into native x86 executables.
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What is Xenocode app virtualization?Xenocode is a next-generation virtualization technology that allows applications to be deployed in lightweight, pre-configured virtual machines that execute instantly on any Windows desktop.
Unlike hardware virtualization solutions such as VMware and Virtual PC, which emulate the underlying hardware and therefore require an entire copy of the host operating system, Xenocode application virtualization technology emulates only operating system features required for application execution. As a result, Xenocode-virtualized applications have essentially the same performance characteristics as native executables, allowing for easy deployment on corporate Intranets, the web, USB keys, or existing infrastructure such as Microsoft SMS, LANDesk, Altiris, ZENWorks, Unicenter, or AppStream.
Xenocode application virtualization technology allows system administrators and software publishers to dramatically reduce the costs and complexity associated with development, setup, configuration, deployment, and maintenance of software applications, and to deploy legacy applications on Windows Vista and Windows 7.
The Xenocode app virtualization engine
The core of Xenocode virtualization technology is the Xenocode Virtual Operating System. The Xenocode virtual kernel is a lightweight implementation of core Windows operating system APIs, including the filesystem, registry, process, and threading subsystems, completely implemented within the Windows user-mode space. The Xenocode virtual kernel is embedded within each virtualized application executable, allowing virtual applications to be executed without any separate client install, device drivers, or player software.
Applications executing within the Xenocode virtual environment interact with a virtualized filesystem, registry, and process environment, rather than directly with the host device operating system. The virtualization engine handles requests within the virtualized environment internally or, when appropriate, routes requests to the host device filesystem and registry, possibly redirecting or overriding requests as determined by the virtual application configuration:
Application virtualization diagram
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The Xenocode virtualization kernel occupies roughly 400K of disk space uncompressed, with negligible runtime performance overhead. And, because Xenocode transparently compresses all virtual environment data, virtual applications typically consume only half as much disk space as the same application installed directly on the host device.
Comprehensive operating system feature support
Xenocode virtual applications support customization of shell metadata in executables, including customized icons, publisher descriptions, and versions. The Xenocode kernel dynamically remaps shell folders (for instance, the My Documents and Application Data folders) to the appropriate location on each host device. Similarly, registry key values containing explicit path names or prefixes are dynamically remapped to the appropriate values for the executing host device. Xenocode also fully supports Windows side-by-side (SxS) deployment manifests, should you have applications that use this isolation technology. Virtual applications containing SxS assemblies execute properly across all Windows variants.
Desktop shortcuts, start menu icons, and shell file associations can be wired into the virtual application using the scriptable XReg shell integration tool included with Virtual Application Studio.
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Supported platforms and technologies
The Xenocode microkernel supports the Windows XP, Windows 2000, 2003, 2008 and later, Windows Server, Windows Vista, and Windows 7 operating systems. Virtual Application Studio creates 32-bit executables, which can be run under 32-bit mode on x64 platforms. Xenocode supports common runtime environments such as the .NET Framework 1.1, 2.0, 3.0, and 3.5, Silverlight, Java 5.0 and 6.0, Flash, and Shockwave.
To simplify runtime and component setup, the Xenocode Virtual Application Studio authoring environment provides one-click configuration of popular runtimes and components.
Xenocode virtualization technology offers decisive performance, flexibility, and economic advantages over traditional virtualization and deployment technologies, such as hardware virtualization (VMware and Virtual PC) and hypervisors.
Traditional application deployment is slow, insecure, and unreliable
Installation of the typical desktop application requires a long setup process — file copies, component registrations, runtime installations, and installation of third-party dependencies — followed by additional user configuration, preference setup, and customization. Most applications do not function properly on secured, locked-down desktops, forcing administrators to compromise network security for application compatibility. Finally, interactions between shared components and different application versions frequently introduce errors when applications are installed, uninstalled, or upgraded.
The result is an inflexible IT infrastructure and extensive costs associated with application administration, maintenance, end-user support, regression testing, security breaches, and application failures.
Xenocode virtual apps run instantly, anywhere, with zero impact
Xenocode virtualization technology is a revolutionary approach to application deployment that dramatically reduces deployment and maintenance costs associated with traditional setup technologies.
A virtual application is a compact, self-contained, virtual machine pre-configured with all of the files, registry data, settings, components, runtimes, and other dependencies associated with a specific application. Xenocode virtual applications run with zero setup, zero configuration, and zero impact on the host device — just click and run right now.
Xenocode virtual applications are isolated from one another and from the host device, allowing enterprise desktops to be locked down and eliminating conflicts associated with shared components and application upgrades. Because virtual applications do not modify the base operating system state, broken devices can be swapped out with no impact on the end-user.
And, unlike machine virtualization technology, Xenocode virtualization technology allows virtualized applications to execute at virtually the same speed as native applications, with minimal disk and memory overhead.
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Maximize your existing desktop management infrastructure
Xenocode works seamlessly with popular desktop management systems, including Active Directory, Altiris, LANDesk, Novell, and Unicenter. Because Virtual Applicaction Studio generates standalone, agentless single-executable files or MSIs, Xenocode-virtualized applications can be deployed just like traditional applications using your existing management infrastructure. No separate servers, configuration, or client setups are required.
Eliminate application conflicts, 'DLL hell', and system modifications
The Xenocode virtual machine allows the application environment, including filesystem and registry subsystems, to be isolated from the host device, preventing virtual applications from interfering with one another or with applications installed on the host device. Multiple versions of applications, runtimes, and components can be executed concurrently without errors. Virtual Application Studio supports both merge and override isolation semantics, optionally allowing virtual applications to interact with host resources when necessary.
By eliminating the need for access to privileged system resources, application virtualization allows software to execute properly on locked-down desktops. Windows Vista and Windows 7 users can enjoy the use of legacy applications without compatibility errors and UAC prompts.
The Xenocode virtualization engine also fully supports Windows side-by-side (SxS) deployment manifests, should you have applications that use this isolation technology. As an added benefit, virtualized applications containing SxS assemblies execute properly on Windows 2000, even though SxS was not implemented in this version of the Windows operating system.
Maximize developer and QA team productivity
In spite of tremendous productivity advantages, many developers have avoided next-generation development environments such as Java and .NET due to problems deploying the associated runtimes. Xenocode virtualization technology allows software developers to fully embrace Java and .NET without concern for runtime deployment, backwards compatibility, versioning problems, and associated test and maintenance costs.
Xenocode virtual applications also allow embedding of Flash/Shockwave, VB6, COM/ActiveX, MDAC, and ODBC components.
The optional Xenocode .NET Obfuscator combines app virtualization with additional developer-specific capabilities including .NET code obfuscation, watermarking, database embedding, and timebomb support.
Deploy on the web, intranets, USB keys, and secure kiosks
Xenocode allows you to stream applications directly from your web site, ship in standalone executables, publish over MSI, or deploy over enterprise desktops using Active Directory group management.
Xenocode also enables new distribution channels by deploying ready-to-run, pre-configured applications on USB keys and demo CDs. Virtualized applications run properly even if your flash device or demo disk is inserted into a machine without administrative privileges, such as a locked-down kiosk PC.
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How is Xenocode different from hardware virtualization?
Unlike hardware virtualization and hypervisor systems such as Microsoft Virtual PC, Hyper-V, and VMware, the Xenocode virtualization system works at the application level and virtualizes only those operating system features required for application execution. This allows virtualized applications to operate extremely efficiently, with essentially the same performance characteristics as native executables.
Advantages of Xenocode virtualization over hardware virtualization include:
* Extremely high performance: Xenocode virtual applications execute at essentially the same speed as applications running natively against the host hardware, with only a small additional memory footprint. On the other hand, applications running within hardware-virtualized environments experience significant slowdowns and impose a large memory footprint because the virtual machine includes and virtualizes an entire host operating system.
* Reduced licensing costs: Because Xenocode virtual applications do not contain a host operating system, it is not necessary to purchase separate operating system licenses to use a Xenocode virtual application. hardware virtualization systems require a host operating system in order function, possibly imposing additional licensing costs and restrictions.
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* Dramatically reduced application size: Xenocode virtual applications only require a disk footprint proportional to the size of the virtualized application, data, and included components. As a result, Xenocode virtual applications are typically small enough to be conveniently and quickly downloaded by end-users. Because hardware virtualization requires inclusion of an entire host operating system image, including many basic subsystems which will already present on the end-user device, hardware virtualization typically requires gigabytes of storage per virtual machine.* Ability to run dozens of virtualized applications: Because of its low-overhead characteristics, it is easily possible to run dozens of concurrent Xenocode virtual environments per processor. Conversely, due to the high overhead of hardware virtualization, it is generally possible only to run a very small number of hardware-virtualized environments per processor.
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* Non-Windows operating systems: Xenocode virtual applications currently execute only on the Windows operating system. Hardware virtualization can execute any operating system compatible with the underlying virtualized hardware, such as Linux.* Kernel mode virtualization: The Xenocode virtual machine only virtualizes user-mode operating system features, whereas hardware virtualization systems emulate the entire OS stack, including kernel mode components. Applications requiring device drivers or other non-user-mode software may require a hardware-virtualized environment to function properly.
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