Our Solution Deployments
Native American Government – Remote Computing
Designed and implemented a computing architecture based on Citrix XenApp, Citrix Web Interface, and Citrix NetScaler using Access Gateway to support over 100 concurrent employees spread across the community.
Federal Government – Multi-Datacenter Load Balancing
Designed and implemented a new high-security fully redundant computing architecture based on Citrix NetScaler architecture. This implementation included three pairs (6) NetScaler devices split across three datacenters. The project leveraged GSLB (Global Server LoadBalancing) for full environment failover. Additionally, NetScaler Gateway, SSL Offload, Content Switching, and Rewrite/Responder Policies were deployed. All technologies were deployed to interface with current applications, networks, and Citrix infrastructure.
Local Government – High-Security Web App Load Balancing and Citrix Access Redesign
Designed and implemented a new high-security fully redundant computing architecture based on Citrix NetScaler architecture using the Dual-Zone reference architecture. This implementation included a pair (2) NetScaler SDX 11515 devices with multiple NetScaler Instances. NetScaler Gateway, Double-Hop SSL, SSL Offload, and redirection were deployed to support access to XenDesktop 7.6, MS Lync, MS OWA/Exchange, MS SharePoint, and customized industry applications to support over 2000 employees. All technologies were deployed to interface with current applications, networks, and infrastructure.
Local Government – High-Security Web App Load Balancing and Citrix Access Redesign
Designed and implemented a new high-security fully redundant computing architecture based on Citrix NetScaler architecture in Microsoft Azure. This implementation included a pair (2) of Azure cloud-based NetScaler devices. NetScaler Gateway, SSL Offload, and redirection were deployed to support access to industry applications and desktops to support over 2000 employees. All technologies were deployed to interface with current applications, networks, and infrastructure.