Search Results for: virtualization security

Release: 5nine P2V Hyper-V Planner

June 22, 2009 by Robin Wauters Leave a Comment

5nine Software today announced the release of 5nine P2V Hyper-V Planner, and 5nine P2V Hyper-V Planner Free Edition – the first virtualization migration planning solutions specifically designed for enterprise P2V Hyper-V deployment projects.

5nine P2V Hyper-V Planner offers the following features:

Automated P2V Hyper-V Migration Planning – Performs sophisticated analysis of the current data center and provides multiple migration plans depending on particular enterprise requirements. Optimized placement of virtualized workloads is based on business requirements, technology (memory, storage and CPU utilization, security) and TCO/ROI.
Agentless Data Collection – Automatically discovers and collects hardware inventory, utilization data and application performance metrics in a non-intrusive manner without installing agents. It also allows importing this information from an Excel or XML file.
Simple-to-Use – The product was designed to be used for projects of all sizes – from small virtualization pilot or SMB projects to large enterprise projects with hundreds of servers, hosts and virtual machines (VMs).
Integrated TCO/ROI Reporting – P2V Planner creates a variety of technology assessment, workload and TCO/ROI reports for each migration plan, for easy comparison and decision making.
Ongoing Value – Whether your P2V Hyper-V migration project is complete or ongoing, the Planner continues to provide value by optimizing the workloads and resource utilization in a virtualized data center.

The current version of the product supports Microsoft Hyper-V, while subsequent releases will support multiple virtualization platforms, including VMware P2V planning, as well as actual P2V conversion in accordance with the P2V migration plans created.

5nine P2V Hyper-V Planner Free Edition is available immediately, and it’s free for any Microsoft Hyper-V environment. P2V Hyper-V Planner is also available immediately, with North American pricing starting at $59.00 USD per physical server.

Wind River Releases Its Own Type-1 Hypervisor

June 17, 2009 by Robin Wauters Leave a Comment

Wind River today announced the immediate availability of Wind River Hypervisor, a key pillar of Wind River’s comprehensive Multicore Software Solution for device development. Wind River Hypervisor is a high-performance Type-1 hypervisor, which supports virtualization on single and multicore processors. It provides integration with Wind River’s industry leading operating systems (VxWorks and Wind River Linux) and supports other operating systems. The Wind River Workbench development tools suite has been extended to support developing software that runs on the Wind River Hypervisor.

Wind River Hypervisor enables virtualization for devices across a broad range of market segments, including aerospace and defense, automotive, consumer devices, industrial, and networking. Within these markets, embedded developers are adopting hypervisors to enable the replacement of multiple boards or CPUs with a single board and/or a single CPU, create innovative new devices that leverage multiple operating systems, and reduce complexity when integrating multicore processors. The benefits of using the Wind River Hypervisor include reduced hardware costs and power consumption, opportunity for innovation, and accelerated time-to-market.

Wind River makes it easier for customers to consolidate their systems and adopt multicore technology in devices by using key features in Wind River Hypervisor, including:

Support for single and multicore processors;
Focus on real-time aspects such as performance, latency, determinism and minimal footprint;
Protection between operating systems and cores, including starting, stopping, reloading operating systems to increase reliability; and
Highly optimized silicon-specific hardware support.

The introduction of Wind River Hypervisor enhances Wind River’s comprehensive Multicore Software Solution, which consists of three pillars:

Operating system choice including a high-performance integration with the industry’s leading real-time operating system VxWorks and commercial-grade Linux platform Wind River Linux, and the ability to integrate other operating systems into the same system;
A broad and flexible set of multicore software configurations with support for Symmetric Multiprocessing (SMP), Asymmetric Multiprocessing (AMP) and supervised AMP, and virtualization; and
A unified development environment based on Wind River Workbench for configuring, building, diagnosing, and analyzing the software for hypervisor-based systems, including the VxWorks and Wind River Linux operating systems and the applications running on these operating systems.

Earlier this year, Wind River introduced VxWorks 6.7, which allows system designers to select the optimal multicore design configuration, AMP or SMP, to deliver next-generation devices with higher performance while maintaining or reducing power consumption. Now, Wind River Hypervisor enables systems designers to use a supervised AMP configuration that makes an AMP system easier to configure.

Separately, Wind River also announced today VxWorks MILS Platform 2.0, the latest addition to the industry-leading VxWorks product portfolio, which leverages Wind River Hypervisor technology to provide virtualization. The virtualization provided by the hypervisor, coupled with the security properties of the entire VxWorks MILS separation kernel, results in a MILS architecture designed to provide a high level of assurable security.

McAfee Introduces New Enterprise Firewall Solutions

June 8, 2009 by Robin Wauters Leave a Comment

McAfee today announced that it has upgraded its enterprise firewall products with new capabilities that help customers increase network security and lower their compliance and operational costs in both physical and virtual network environments. The products, McAfee Firewall Enterprise (formerly Sidewinder), McAfee Firewall Enterprise Control Center and McAfee Firewall Enterprise Profiler also feature streamlined management through integration with McAfee ePolicy Orchestrator software and leverage McAfee global threat intelligence to provide world class protection.

Today, McAfee Firewall Enterprise protects more than 15,000 customers worldwide including thousands of government agencies, Fortune 500 organizations, and seven of the top ten financial institutions. By deploying these next generation capabilities, customers will lower ongoing management costs.

Next generation capabilities include significant advancements in firewall management, hybrid delivery options and integrated layers of threat protection. With the addition of McAfee Firewall Profiler, McAfee Firewall Enterprise is application and identity aware. McAfee Firewall Enterprise is the first and only firewall to use a global reputation-based technology, including TrustedSource reputation and geo-location to filter unwanted traffic before it hits the network—stopping attacks before they happen.

McAfee Firewall Profiler is a revolutionary new capability that pinpoints in real-time how firewalls rules and rule changes impact application availability, usage and security. Profiler turns hours and days of rule creation deployment and troubleshooting work into a matter of clicks by providing administrators visibility into the business impact of rule changes. By providing an intuitive visual context based on users and applications, Profiler reduces the impact of creating or changing specific rules and helps firewall administrators implement new policies and respond rapidly to business needs.

The revised version of Control Center and Firewall Reporter dramatically simplify management of multiple firewalls and enable more accurate audit and compliance reports. Both Profiler and Control Center now integrate with McAfee ePO software. Firewall Control Center now provides ePO software with firewall health data and reports for each firewall.

McAfee Firewall Enterprise is now available in traditional appliance form factors, in a new virtualized hardware appliance and as a software-based firewall virtual appliance. These new delivery options allow customers to take advantage of virtualization technologies to lower cost and increase flexibility when consolidating datacenter and application environments and when bringing up new virtual environments.

McAfee Firewall Enterprise appliances are available today, starting at $4,900 USD. Exact pricing depends on customer requirements, selected model and associated add-on modules. The McAfee Firewall Enterprise Virtual Appliance is priced at $4900 per VMWare ESX instance. McAfee Firewall Profiler appliance starts at $19,500 USD and Firewall Enterprise Control Center starts at $6,900 USD.

Open Kernel Labs Introduces OK:Android

June 7, 2009 by Robin Wauters Leave a Comment

Open Kernel Labs (OK Labs), provider of virtualization software for mobile phones and broadband internet devices, today introduced OK:Android, an off-the-shelf paravirtualized version of the Android smartphone platform.

Using Secure HyperCell Technology, OK:Android enables Android to be used as a guest operating system running in a secure hypercell on top of the OKL4 microvisor, the OK Labs mobile phone virtualization platform. OK:Android gives handset manufacturers (OEMs) a short path to developing and delivering new designs with Android. The combination of OK:Android and OKL4 also extends new levels of security and robustness to the increasingly popular smartphone OS from Google and the Open Handset Alliance (OHA).

To date, Android-based handsets have been delivered by Taiwan-based HTC, with additional designs announced by Motorola, Samsung and other handset OEMs. Although Google and the OHA have been successful in engaging device suppliers and building a developer community, semiconductor suppliers, mobile OEMs and mobile network operators (MNOs) still face the significant challenges involved in porting and hosting Android on current chipsets and on new mobile hardware. By providing a flexible framework for Android integration with specific handset hardware and a straightforward way to reuse legacy software in new Android devices, OK:Android helps reduce time to market for a new wave of Android devices.

Since its introduction in 2008, Android has enjoyed a rapidly-growing market presence and bullish prospects for new deployments. One million Android-based handsets have shipped in 2008 as indicated by HTC; and research and consulting firm Strategy Analytics projects nine times that number in 2009. “Virtualization technology is being evaluated by many handset OEMs today, primarily for its significant time-to-market benefits for new phone designs,” noted Andreas Constantinou, lead analyst at VisionMobile. OK Labs virtualization technology already ships in over 300 million mobile handsets, including Android-based devices where OKL4 runs on the baseband processor. With OK:Android and the OKL4 microvisor, OK Labs can further accelerate Android adoption for new designs.

The impact of OK:Android starts by helping OEMs bring designs to market faster, and further extends its impact by incorporating a range of benefits across the emerging Android ecosystem. In particular, OK:Android enables OEMs, MNOs and ISVs to:

Offer new options for creating and prototyping Android-based devices and applications with embedded virtualization.
Create more secure and robust mobile devices, applications and services with Android and OKL4.
Run Android together with other mobile OSes and/or deploy multiple instances of Android on a single device.
Consolidate hardware (e.g., base band and application CPU cores) for more aggressive price-points for Android-based handsets.
Create new Android-based devices enabled for mobile-to-enterprise virtualization (M2E). M2E is a set of joint solutions developed by Citrix Systems, Inc. and OK Labs for delivering enterprise applications to mobile devices.

OK:Android and OKL4 are available immediately from OK Labs and its global channel partners.

Sun Updates OpenSolaris

June 1, 2009 by Robin Wauters Leave a Comment

Sun announced the latest release of the OpenSolaris 2009.06 operating system, delivering features in networking, storage and virtualization, along with significant performance enhancements and developer productivity updates.

Central to the new release is the inclusion of Project Crossbow, the most significant networking technology development to Solaris in this decade. Extending the features that made the Solaris Operating System the world’s leading technology platform, OpenSolaris 2009.06 is a major step forward for enterprises looking to deploy the next generation of Solaris that includes the latest innovations from Sun and the OpenSolaris community.

As a follow on to Sun’s ZFS technology, which reinvented the fundamental concept of file systems, Project Crossbow’s complete re-architecture of the network stack becomes the new standard for how networking at the operating system level is done. This project delivers, for the first time, the networking capability designed for virtualization in combination with highly scaled, multiple-core, multi-threaded processors connected with extremely fast network interfaces. More information on Project Crossbow is available at: http://opensolaris.com/learn.

Project Crossbow’s virtual network interfaces provide full resource management to simplify administration of complex deployments of multi-tiered applications on a single machine or an entire datacenter. Combined with the ability to scale the workload of single or multiple network interfaces across multiple core and processor systems, up to the largest systems available in the world today, customers can increase network efficiency and performance. Available today, both of these networking enhancements are major milestones for an enterprise operating system and are likely to set a new standard for next generation operating system platforms.

OpenSolaris 2009.06 provides dozens of enhancements to the breakthrough technology of ZFS and encompasses it with a complete architecture of connectivity and protocol support. New, fully integrated flash storage support in ZFS helps to optimize large scale pools of very high performance storage by designating flash devices as write accelerators and read accelerators. These pools are automatically managed by ZFS to achieve extreme levels of performance across many workloads, making the need for small caches on RAID controllers obsolete.

Native support for Microsoft CIFS has been added as a full peer to NFS, as a high performance kernel with integrated features and support for Microsoft Windows semantics for security, naming and access rights, allowing transparent use and sharing of files across Windows, Linux and Solaris environments. To round out the complete storage capability, Sun has designed new, very high performance support for iSCSI and Fiberchannel block protocols into the Solaris kernel, allowing systems running OpenSolaris to participate as a client and a target for virtually any storage topology.

All of these storage features are integrated into the Solaris platform and take full advantage of its core functionality including: fault management, networking, multi-threaded scaling, performance, security and resource management capabilities.

With this announcement, Sun continues to deliver on a holistic, built-in virtualization design for networking, storage and application abstraction, raising performance and scale to new highs for the industry. Building on the advances in networking storage virtualization, the OpenSolaris platform delivers key server virtualization technologies in the form of Solaris Containers, Logical Domains (LDoms) for Sun CMT systems and the Xen-based hypervisor to give users a complete virtualization platform built directly into the OpenSolaris OS. One of the most widely deployed virtualization technologies in the world, Solaris Containers provide lightweight, agile, software-defined boundaries that can be used to create virtual servers for consolidating hundreds of existing enterprise-class workloads onto a single system. More information on the built-in virtualization capabilities of OpenSolaris is available here.

Leostream Pushes Connection Broker 6.0

June 1, 2009 by Robin Wauters 1 Comment

Leostream announced late last week a new version of its vendor-neutral connection broker. The Leostream Connection Broker 6.0 features native support for Citrix XenServer, along with additional highlights including extended monitor support, an enhanced Web interface, more powerful USB device management and reporting capabilities.

The Leostream Connection Broker, which is delivered as a virtual appliance, is the software management layer that ties desktop images in the data center to users’ thin client, laptop, desktop or Web interfaces. With it, enterprises can provide end-users with a virtual desktop experience equal or superior to that of traditional desktops. End-users can access their virtual desktop from any machine, no matter where they are located, due to the Connection Broker’s ability to direct users to their own virtual desktop image.

For IT, the Leostream Connection Broker allows managers to maximize the virtualization of existing resources by easily integrating an array of clients, back-end systems and viewers. In addition, management can rest assured that its virtual desktop infrastructure (VDI) is secure. The Leostream Connection Broker integrates with existing authentication and security protocols without changes, providing a rich set of policies for exact implementation of business rules for users and machines.

With its new version, the Leostream Connection Broker 6.0 offers native support for Citrix XenServer, easily installed as a virtual appliance on Citrix XenServer 5. As a result, enterprises can now create a VDI entirely on XenServer. This new capability builds on Leostream’s previous Citrix offerings. This includes Leostream’s long-standing Citrix Ready verified support for XenServer Centers and the more recent addition of XenApp Integration for delivering desktops and applications side-by-side. With Leostream, organizations can deliver Citrix desktops simultaneously with other virtual, physical or bladed desktops or Terminal Server sessions, create pools of Citrix desktops or applications for delivery to different groups of users, and assign desktop and application pools based on end-user policy and location.

The Leostream Connection Broker 6.0 also provides extended monitor support. Virtual desktops can be split or spanned across multiple screens with no degradation of performance. This enables IT to provide virtual desktops to end-users accustomed to multiple monitors.

Additional enhancements in the Leostream Connection Broker 6.0 include:

More Powerful USB Device Management: End-users can attach and employ USB devices on virtual desktops with the same ease-of-use as physical desktops, while IT management has complete visibility and control over which USB devices are permitted;
Enhanced Reporting: IT can now monitor resource usage; and
New Integration with Syslog Servers: New integration features allow for more effective compliance and auditing.