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SOLICITATION # CH16012 <br />technology inherently prevents the lock -in experienced when migrating to cloud services offered <br />by others. <br />VMware Dynamic Resource Scheduler continuously monitors CPU and memory utilization across <br />a cluster of vSphere hosts, allocating resources among VMs and rebalancing performance during <br />high -volume peak times. This is performed 247 within the VMware vCloud Air environment. <br />VMware vSphere High Availability delivers the availability required by most applications running in <br />VMs, independent of the operating system and application running in it. Whether participating <br />entities leverage Microsoft Windows or Linux; off -the -shelf or custom developed application; single <br />VMs or many, HA provides uniform, failover protection against hardware and operating system <br />outages within vCloud Air. <br />HA can: <br />• Monitor VMware vSphere hosts and VMs to detect hardware and guest operating system <br />failures. <br />• Restart VMs on other vSphere hosts in the cluster without manual intervention when a server <br />outage is detected. <br />• Reduce application downtime by automatically restarting VMs upon detection of an operating <br />system failure. <br />Other cloud providers require you to build availability in to your application. In the best case <br />scenario, this is as simple as including a load balancer in front of multiple VMs in the same tier to <br />achieve basic high availability. <br />However, often the technologies of other cloud service providers requires a complete redesign of <br />the hosted application, and often network devices such as load balancers are offered at an <br />additional cost, unlike vCloud Air. <br />vCloud Air was built to run hosted applications as -is, providing availability down to a single VM <br />instance, and balancing resources across multiple tenant needs with DRS. Unlike other clouds, <br />with vCloud Air and vCGS, participating entities are not required to rebuild thier application to get <br />the flexibility and agility that cloud can provide. Of course, vCloud Air customers usually do not just <br />stop at moving applications to vCloud Air. Once in the cloud they start to explore features like our <br />Advanced Networking Services and using APIs, automation, and Cl/CD tools to deliver services <br />faster. And, where it makes sense, customers do look at application redesigns as well, but with <br />vCloud Air it is not because they must redesign to ensure the application is always available. <br />VMWare AirWatch <br />AirWatch features active -passive configurations for high availability and redundancy with all <br />components made to failover with minimal downtime. Load balancing capabilities are deployed <br />across multiple data centers to ensure immediate server pick up, ensuring zero end user <br />downtime. AirWatch also incorporates replication technology featuring SQL log shipping or <br />network SAN byte replication to prevent data loss. <br />FireE e <br />Varies by service and customer deployment. Will be defined during engagement setup. <br />VirtueStream <br />Virtustream's U.S. based data centers are located in Washington, DC, Las Vegas, and San <br />Francisco. All data centers meet the highest industry standard in terms of operational protocol and <br />have redundancy built into all layers of the physical infrastructure. Core microVM's, which are <br />used for mission -critical workloads, provide reserved compute capacity and automatic storage <br />replication so that these systems can be failed over to a secondary data center and have access <br />to the compute capacity required in the event of a catastrophic outage at the primary data center. <br />8.16 Solution Administration <br />8.16.1 Ability of the Purchasing Entity to fully manage identity and user accounts. <br />CA I APM I Customer has full control over all user accounts <br />carahsoft 164 carahsoft <br />