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A prominent credit union encountered multiple obstacles in establishing a secure, dependable, and scalable Virtual Desktop Infrastructure (VDI) for its staff. The current VDI system, built on an obsolete platform, posed challenges due to high maintenance costs, performance issues, and limited scalability. Moreover, the credit union aimed to enhance workforce flexibility and mobility by enabling employees to utilise personal devices and access their desktops from various locations. Meeting stringent regulatory and security standards, ensuring seamless business operations, and implementing robust disaster recovery measures were crucial objectives for the credit union.

In addressing the challenges, First Tech Federal Credit Union partnered with Aspire Live, a leading cloud services provider, to create a state-of-the-art VDI solution using VMWare Horizon Cloud. Drawing on Aspire Live's expertise and top-notch industry standards, the innovative solution integrates key elements, including VMWare Horizon Cloud on Microsoft Azure, VMWare Unified Access Gateway, VMWare App Volumes, and VMWare Dynamic Environment Manager.

In our recent project, we faced the challenge of supporting the Client's Disaster Recovery Testing initiative for their IBM Storwize V5030 system. The task involved implementing a new IBM Storwize V5030E system in the Chicago, IL, data centre production environment while repurposing the old V5030 as a replication target. Our main challenge was to ensure seamless synchronisation between the V5030E (source) and V5030 (target) systems and conduct a simulated disaster recovery scenario to validate functionality.

To address the challenge, we meticulously implemented the new technology IBM Storwize V5030E system in the Chicago, IL, data centre. We established a robust plan to synchronise data between the V5030E and V5030 systems, ensuring data integrity and continuity. Rigorous testing procedures were implemented to simulate a disaster recovery scenario, guaranteeing that the systems could seamlessly switch over in case of an actual emergency. Our team monitored the process to mitigate risks and ensure a successful transition.

A prominent organisation in the water treatment industry encountered issues with its Cisco Unified Communications (UC) solution, which caters to more than 100 end users. The current IP address setup posed efficiency, scalability, and network reliability challenges, necessitating a comprehensive overhaul. The project aimed to revamp essential UC components' outdated IP address configuration while minimising operational disruptions. The intricate environment comprised a UCS server, multiple Cisco UC virtual machines, an extensive phone network, and several Cisco Voice Gateways.

The solution involved addressing the challenges with the existing UC infrastructure, including Cisco Unified Communications Manager (CUCM), Cisco Unity Connection (CUC), and Cisco Emergency Responder (CER), which utilised cumbersome static IP addresses. These static addresses posed management and update difficulties, compounded by their placement in the same subnet as the data network, heightening security vulnerabilities and reducing network availability. The project demanded meticulous planning and coordination to seamlessly execute the IP address reconfiguration without causing service interruptions or downtime for UC users and critical applications. The reconfiguration encompassed updating the IP addresses of numerous UC devices, servers, gateways, and endpoints distributed across various sites and regions, ensuring a smooth transition to a more secure and efficient network setup.