Virtual Desktop Tools, Server Virtualization

OpenSynergy Announces Next Generation of Zonal EE Architectures

opensynergy-announces-next

OpenSynergy has announced that the ‘COQOS Hypervisor Software Development Kit’ (SDK) has been successfully ported to the STMicroelectronics Stellar family of Integrated MCUs. The software firm, based in Berlin, has collaborated with STMicroelectronics to prove that the automotive virtual platform, 'COQOS Hypervisor SDK for real-time processors', uses hardware virtualization and extends it. Virtualization allows automakers to safely and successfully run numerous processes and applications on a shared piece of hardware without interfering with one another. Future generations of the domain and zonal designs will be built on the foundation created by this method technically.

To fully utilize the vast potential of the new class of automotive MCUs, function separation by hardware virtualization is not enough. To further facilitate the integration of several applications and operating systems working simultaneously, various functions are placed side-by-side on virtualization technology such as COQOS Hypervisor SDK. OpenSynergy's COQOS Hypervisor SDK includes a hypervisor and virtual devices, enabling the systems to connect without additional hardware. Thus, ‘VIRTIO-CAN’ is used instead of traditional CAN buses (a CAN implementation in shared memory, instead of wires). Since 2018, OpenSynergy has been an active member of the OASIS Open consortium, specifying the essential devices per the open VIRTIO standard for developing these virtual devices.

Using the COQOS hypervisor in conjunction with STMicroelectronics' Stellar virtualization technology, it is possible to entirely isolate the software from the hardware, allowing the operating systems and the applications executing on them to function in isolation from one another. They can be modularly updated also.

Philippe Prats, Vice President of Automotive Marketing and Applications, EMEA Region, STMicroelectronics said, "We developed Stellar Integration MCUs for Software Defined Vehicles specifically to deliver hardware virtualization able to integrate many real-time and multi-ASIL vECUs".

(Source – CISION PR Web)

Hardware virtualization enables domain functions (such as power distribution, body control, and GW functions) to function concurrently on a single Stellar MCU. Stellar's high-performance, multi-core design expands integrated functions necessary for a zonal or domain-based strategy. Spatial aggregation of functions, such as zonal computers, will be favored by future architectures as it reduces the cabling required for the entire vehicle. In addition, reduced vehicle weight and simplified integration are possible due to the cost savings made possible by harnessing via zonalization and virtual ECUs.

About OpenSynergy

OpenSynergy, founded in 2007 and headquartered in Berlin, provides embedded software products for the next generation of vehicles. Hypervisor and communication products enable integrated driving. It's communications platforms include the automotive-leading Bluetooth stack Blue SDK. Many OEMs use it as their Bluetooth reference. OpenSynergy offers complementary Automotive-Grade software components for the Android Open Source Project to enhance Android's automotive adoption. In addition, it offers engineering services for product customization.

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Virtual Desktop Tools, Virtual Desktop Strategies

Leostream Enhances Security and Management of vSphere Hybrid Cloud Deployments

Business Wire | January 29, 2024

Leostream Corporation, the world's leading Remote Desktop Access Platform provider, today announced features to enhance security, management, and end-user productivity in vSphere-based hybrid cloud environments. The Leostream platform strengthens end-user computing (EUC) capabilities for vSphere users, including secure access to both on-premises and cloud environments, heterogeneous support, and reduced cloud costs. With the Leostream platform as the single pane of glass managing EUC environments, any hosted desktop environment, including individual virtual desktops, multi-user sessions, hosted physical workstations or desktops, and hosted applications, becomes simpler to manage, more secure, more flexible, and more cost-effective. Significant ways the Leostream platform expands vSphere’s capabilities include: Security The Leostream platform ensures data remains locked in the corporate network, and works across on-premises and cloud environments, providing even disparate infrastructures with the same levels of security and command over authorization, control, and access tracking. The Leostream platform supports multi-factor authentication and allows organizations to enforce strict access control rules, creating an EUC environment modeled on a zero-trust architecture. Multivendor/protocol support The Leostream platform was developed from the ground up for heterogeneous infrastructures and as the connection management layer of the EUC environment, the Leostream platform allows organizations to leverage vSphere today and other hypervisors or hyperconvergence platforms in the future as their needs evolve. The Leostream platform supports the industry’s broadest array of remote display protocols, including specialized protocols for mission-critical tasks. Consistent EUC experience The Leostream platform enables IT to make changes to the underlying environment while ensuring the end user experience is constant, and to incorporate AWS, Azure, Google Cloud, or OpenStack private clouds into their environment without disruptions in end-user productivity. By integrating with corporate Identity Providers (IdPs) that employees are already familiar with, and providing employees with a single portal they use to sign in, the Leostream platform offers simplicity to users too. Connectivity The Leostream Gateway securely connects to on-prem and cloud resources without virtual private networks (VPNs), and eliminates the need to manage and maintain security groups. End users get the same seamless login and high-performance connection across hybrid environments including corporate resources located off the internet. Controlling cloud costs The Leostream Connection Broker implements automated rules that control capacity and power state in the cloud, allowing organizations to optimize their cloud usage and minimize costs, such as ensuring cloud instances aren’t left running when they are no longer needed. The Connection Broker also intelligently pools and shares resources across groups of users, so organizations can invest in fewer systems, reducing overall cost of ownership. “These features deliver a streamlined experience with vSphere and hybrid or multi-cloud resources so end users remain productive, and corporate data and applications remain secure,” said Leostream CEO Karen Gondoly. “At a time when there is uncertainty about the future of support for VMware’s end-user computing, it’s important to bring these options to the market to show that organizations can extend vSphere’s capabilities and simultaneously plan for the future without disruption to the workforce.” About Leostream Corporation Leostream Corporation, the global leader in Remote Desktop Access Platforms, offers comprehensive solutions that enable seamless work-from-anywhere environments for individuals across diverse industries, regardless of organization size or location. The core of the Leostream platform is its commitment to simplicity and insight. It is driven by a unified administrative console that streamlines the management of users, cloud desktops, and IT assets while providing real-time dashboards for informed decision-making. The company continually monitors the evolving remote desktop landscape, anticipating future trends and challenges. This purposeful, proactive approach keeps clients well-prepared for the dynamic changes in remote desktop technology.

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