IGEL Technology 正在开发智能、安全的端点解决方案来访问云工作空间。该公司还在其自己的组织内采用“云优先”战略：IGEL 最近开始使用 Microsoft Azure 中的 Citrix Workspace 为其自己的员工提供桌面和应用程序。云迁移的一个重要目标是提高数字工作场所的性能和可用性。这个目标从一开始就实现了。一方面，员工受益于高度可靠的 Azure 平台，包括保证所提供资源的正常运行时间。另一方面，IGEL 的 IT 部门现在拥有新的选项和工具，可以为每位用户提供最佳的用户体验。

克服大规模应用交付的挑战在帮助客户实现应用程序现代化的过程中，Xenit 还帮助他们实现应用程序交付的现代化。 Gottschlag 的团队手动配置大部分应用程序交付基础架构，这既耗时又容易出错。他们必须不断地在扩大规模（可能还有过度供应）之间来回切换，以确保有足够的容量满足估计的需求，并在需求下降时缩小规模。除了效率低下之外，团队使用的工具并不总是能提供他们声称要交付的东西。 Xenit 需要一种自动化且一致的方式来为客户提供服务并帮助他们扩展自己的服务部署和交付。

由于 Xenit 使用了 Amazon Web Services (AWS)，Gottschlag 想要一个与 AWS 无缝协作的应用程序交付解决方案，并且该解决方案可以为 Xenit 客户提供将其他公共云解决方案整合到其云产品组合中的选项。该解决方案还需要使应用程序交付更易于管理且更具成本效益。

IGEL Technology 已决定从早期阶段转向基于云的工作场所。该公司之前有一家外部服务提供商，为其大多数 IT 用户运营 Citrix 基础架构。

作为一家拥有 40 家业务的企业集团，EBSCO 面临着庞大的 IT 环境，每个业务部门都有不同的技术需求。在扩展到云平台的同时支持遗留应用程序带来了巨大的管理和安全挑战。即使是应用程序可用性的最短中断也可能导致数十万美元的生产力损失。 EBSCO 需要一种能够简化跨业务部门的应用程序管理并允许每个团队选择其想要使用的应用程序的解决方案。

In order to empower field employees to access the information they need at any time, LG&E and KU have steadily moved toward mobile-powered workforces and paperless operations. In a power plant, mobile connections can be challenging. Wireless network connections aren’t always available in power plants, and when they are, they often suffer from interference. To combat the unreliable nature of wireless connections, the LG&E and KU development group turned to cellular connectivity and developed several internal-facing mobile applications that employees use on Apple iPad devices. In the early stages of the move to a cellular-based approach, employees were sometimes unable to connect to the mobile applications due to LG&E and KU’s previous load balancing solution ineffectively handling traffic. The solution couldn’t consistently deliver the needed capacity and reliability—which meant that employees couldn’t consistently access critical apps and data. To support more secure, reliable mobile-application access in the field and on employees’ personal devices, in 2012, LG&E and KU deployed Citrix XenMobile. Citrix NetScaler was already deployed to provide remote access to a small, internal virtual-desktop-infrastructure (VDI) environment. The companies also used a different load-balancing solution to support other critical application workloads, such as their existing SAP solution–based customer portal, Microsoft Exchange, and Oracle Financials. The addition of XenMobile, and the pending end-of-life of the existing load-balancing appliance, provided the opportunity for LG&E and KU to consolidate all their load-balancing requirements onto a single vendor platform—a move that could meet application delivery needs and lower overall operational costs.

ABB Schweiz AG faced the challenge of provisioning remote CAD workstations within existing network capacity. The company needed to provide its users in India with access to applications like Siemens Solid Edge and Autodesk E3.series CAD applications within a tight seven-month project schedule. The internal network infrastructure posed a bottleneck for the central engineering databases hosted in Switzerland, as the WAN links were not designed to support remote processing for extensive construction plans. Building a local database in India would have taken too long and generated significant data traffic on the WAN.

Clark Builders faced significant challenges in managing its ultra-mobile workforce across three offices and up to 60 remote sites, often in challenging locations such as north of the Arctic Circle. The company needed to set up job sites quickly and ensure reliable connectivity and data access. The existing technology infrastructure was outdated, and there was a pressing need to centralize information and consolidate into a single datacenter. The company partnered with Long View Systems to modernize its infrastructure and support its mobile workforce effectively.

Initially, Globus faced significant challenges with their existing web conferencing solution, which was complicated and unreliable. The system was not user-friendly for either the webinar leaders or the attendees, leading to numerous complaints from travel agents about poor audio quality, static lines, and connectivity issues. These webinars were crucial for educating travel agents about the company's latest travel offerings, and the ineffective communication was potentially harming revenues and the company's reputation. Additionally, the previous solution lacked the ability to synchronize audio and video recordings for online posting, which was essential for agents who could not attend live events. Globus needed a service with integrated audio, improved ease of use, high reliability, and excellent audio quality to address these issues.