Project Portfolio
“From Citrix WinView to Azure Virtual Desktop.”
A sample of past engagements: 47 of them, across more than twenty industries. Most recent first, then grouped by era, with the scale of each one alongside it.
At a glance
Two hundred users in one building and thirty-five thousand across a university system are different problems. We have had both.
47
Projects on this page
10,000+
Largest concurrent user community
35,000
Largest population behind one front end
1.7M
Customers behind a single storefront
Industries represented on this page
Recent work
Our four most recent engagements, in more detail. The platforms have changed. The problem has not: an architecture still has to hold up in production.
Credit Union
Completed
Handing a member-facing platform back in-house
The challenge
A credit union had LKMethod build and run its Citrix environment through a multi-year managed services program, then decided to bring operations in-house. The risk was losing the people who knew the architecture, and the reasons behind it, on a member-facing platform.
What we did
A 26-week transition: a dedicated L3 Citrix engineer on weekday coverage with weekend maintenance support, a senior architect for escalations and design guidance, and a knowledge-transfer curriculum timed to the client’s insourcing plan. Ownership shifted gradually through shadow and reverse-shadow work, with runbooks, SOPs and the history of the key decisions documented for the client’s own team. The wider LKMethod bench covered absences.
Outcome
The program concluded successfully.
Industrial Manufacturing
Completed
Proving GPU desktops for a global engineering team
The challenge
An industrial manufacturer with a globally distributed workforce needed to know whether cloud-hosted GPU desktops could run SOLIDWORKS well enough for its engineers, including those a long way from the nearest Azure region, before committing to a production build.
What we did
A proof of value on Azure Virtual Desktop in a new managed Azure subscription, with pilot users live within two weeks of kickoff. Performance was measured against defined benchmarks for frame rate, latency and rendering time, alongside standardized user feedback. Session host sizes came from observed utilization, and international users were tested against candidate Azure regions to recommend a regional architecture and a data-residency approach.
The decision gate
Pilot consumption was projected forward to production cost, and the findings ended in a formal go/no-go recommendation rather than a report.
Banking
In progress
Replacing Citrix with AVD before a hard renewal date
The challenge
A bank running Citrix faced a December renewal and wanted a modern desktop platform for a small group of named users instead. The original design used dedicated on-premises hosts, which the client did not want to take on.
What we are doing
Re-platforming to Azure-native Azure Virtual Desktop, managed through Nerdio Manager for MSP in a dedicated subscription that isolates AVD consumption and Nerdio billing from the bank’s other Azure workloads. Nine work streams, starting with a design phase that records the identity decision, then an image pipeline, FSLogix profiles on Azure Files Premium, a pilot, and migration with acceptance gates. The schedule was built backward from the renewal date so production migration finishes before it falls due.
How it is structured
One monthly fee bundles licensing with build and managed services, so both platforms can run in parallel during the migration. When the licensing vendor offered a billing deferral, we passed it to the client in full. LKMethod originally built this client’s Citrix environment.
Federally Regulated
2026
Assessing two Citrix estates ahead of a merger
The challenge
Two organizations in a federally regulated industry, preparing to merge, needed an honest view of each other’s Citrix environments: one on-premises across two datacenters, the other cloud-managed DaaS across two sites.
What we did
An assessment of Citrix virtual apps and desktops, DaaS and NetScaler at both organizations, covering control plane, catalogs, gateways, authentication, profiles and disaster recovery. It produced 15 findings across four severity levels: one critical, five high, six medium and three strategic. Among them, a business-critical application on end-of-life software with no patching and no supported recovery path, core Citrix services with no high availability, a DR site never exercised under full failover, and NetScaler appliances outside management visibility that had gone offline unnoticed.
The insight
We framed the findings as merger readiness rather than a defect list. The two organizations had nearly inverse risk profiles, so the real work was the business decision about which posture the combined company wanted to inherit.
Where it started
The first generation of centralized computing. Most of these estates outlived the hardware they were designed on.
Food Service Distribution
Remote computing for a national sales and delivery force
Citrix WinView and MetaFrame, built and supported end to end across the United States.
Software Development
JD Edwards delivered to finance and sales worldwide
Citrix MetaFrame, serving professionals spread around the world.
Manufacturing & Retail Distribution
Remote store computing across the United States
Citrix Presentation Server, delivered to store staff nationwide.
Public Utility
ARC/GIS delivered to specialists in Arizona and overseas
Presentation Server with Web Interface and Secure Gateway.
Airline
Remote computing for staff in the United States and overseas
Presentation Server with Web Interface and Secure Gateway.
Communications Manufacturing
Remote computing for a distributed engineering workforce
Presentation Server with Web Interface and Secure Gateway.
Mining
Remote computing across domestic and overseas operations
Presentation Server with Web Interface and Secure Gateway.
Banking
Remote computing across Arizona
Presentation Server with Web Interface and Secure Gateway.
Healthcare
Remote computing across the Phoenix area
Presentation Server with Web Interface and Secure Gateway.
Application and desktop delivery
The dual-farm, dual-zone pattern appears over and over here. It is the architecture that lets an estate survive losing a datacenter.
County School District
District application delivered across Maricopa County
XenApp with Web Interface and Access Gateway.
Airline
Upgrade path from Presentation Server 4.5 to XenApp 5.0, then 6.5
A migration route out of a greenfield deployment that had been outgrown.
Tribal Government
Remote computing across the community
XenApp with Web Interface and NetScaler Access Gateway.
Fashion
Remote computing for a global workforce
XenApp with Web Interface and NetScaler Access Gateway.
Healthcare
Dual-farm, dual-zone across two datacenters with GSLB failover
XenApp 6.5, StoreFront and NetScaler.
Higher Education
Student computing across the Southwest
XenApp 6.5, StoreFront and NetScaler Access Gateway.
Construction
Engineers and contractors across the Southwest
XenApp 6.5, StoreFront and NetScaler Access Gateway.
Construction
Engineers and contractors across the Western United States
XenDesktop 7.0, StoreFront and NetScaler Access Gateway.
Legal
Secure access into XenDesktop for a Southwest practice
NetScaler Access Gateway, integrated with the existing desktop estate.
Healthcare
Dual-farm, dual-zone across two datacenters over Nexus OTV
XenDesktop 7.6, StoreFront and NetScaler.
Satellite Communications
Global desktop and application virtualization
XenDesktop 7.5 for VDI and streaming with Provisioning Services, XenApp 7.5 for applications, NetScaler for offload, load balancing and gateway.
Hospitality
Desktop delivery to a global workforce
XenDesktop 7.6, StoreFront and NetScaler Gateway.
Airline
A single datacenter designed to span several within the year
XenDesktop 7.6, StoreFront and NetScaler.
Public Safety
A single datacenter designed to span several within six months
XenDesktop 7.6, StoreFront and NetScaler.
Food Service
Access infrastructure for internal and external staff
NetScaler in a dual-zone architecture, fronting a new XenDesktop 7.8 environment.
Healthcare
Centralized computing in a dual-zone datacenter
XenDesktop 7.11, StoreFront and NetScaler SDX.
Access, security and failover
Redundancy that has never been tested is a hypothesis. These were designed so that losing a datacenter is an event, not an outage.
Identity Theft Protection
Dual-farm, dual-zone SSL VPN redesign with GSLB inside and out
Four NetScaler pairs split across two datacenters, one pair in an unsecured DMZ and one in a secured internal DMZ at each site. SSL VPN, Access Gateway, Double-Hop SSL and SSL offload.
Cosmetics
Load-balancing redesign with SSL offload, caching and content switching
Two NetScaler pairs split across two datacenters, with GSLB for full environment failover.
Public Utility
High-security web app load balancing and Citrix access redesign
Four SDX 11500 appliances across two datacenters running multiple instances, fronting XenApp, Lync, Exchange, SharePoint and custom industry applications.
Higher Education
Dual-farm, dual-zone redesign with GSLB inside and out
Five NetScaler pairs across two datacenters. Double-Hop SSL, application firewall, SQL load balancing, web and application load balancing, SSL offload.
Federal Government
Multi-datacenter load balancing with full environment failover
Three NetScaler pairs across three datacenters, with NetScaler Gateway, SSL offload, content switching and rewrite/responder policies.
Local Government
Dual-zone access redesign for desktops and collaboration
Two SDX 11515 appliances running multiple instances, fronting XenDesktop 7.6, Lync, Exchange, SharePoint and custom applications.
Automotive Retail
A consolidation that retired three load-balancing platforms
Two SDX 11530 appliances replaced an MPX 8200 pair, twelve F5 partitions and fourteen Cisco ACE contexts, fronting a newly designed XenDesktop 7.6 estate.
Automotive Retail
Multi-datacenter GSLB across primary and disaster recovery
Gateway GSLB active/active, load balancing active/passive, with a path to active/active throughout.
Local Government
NetScaler built in Microsoft Azure
A cloud-based NetScaler pair with Gateway, SSL offload and redirection, serving industry applications and desktops.
Community Management
Consolidated authentication and a chat front end
A NetScaler VPX pair providing SSL offload and AAA authentication for SharePoint and MiTel chat, for staff and partners.
Natural Resources
Front end and ICA proxy across five Citrix farms
Two SDX 14020 appliances running multiple instances, with Double-Hop SSL, SSL offload, persistency groups and redirection.
Healthcare
Unified single sign-on across two farms and internal applications
NetScaler VPX with SSL offload, load balancing, content switching and ICA proxy.
Web and mobile at internet scale
Different stakes. When the users are customers rather than employees, a bad afternoon is a public one.
Public Utility
E-commerce front end for a new customer-facing store
SSL offload, content switching, application firewall, compression and redirection.
Public Utility
Front end for a heavily used customer portal
An MPX 8200 pair with content switching, application firewall, SSL offload and redirection, built to the organization’s security policy.
Higher Education
Front end for collaboration and industry applications
An SDX 11515 pair running multiple instances with a VPX in the alternate datacenter, fronting Lync, Exchange, SharePoint, SQL load balancing and custom applications.
Higher Education
Front end for internally developed applications
An SDX 11520 pair running multiple instances, with Double-Hop SSL, SSL offload, persistency groups and redirection.
Semiconductor
Global mobile application front end
SSL offload, rewrite and responder policies, content switching, compression and advanced load balancing, including intercepting and rewriting page bodies to move a hard-coded insecure application onto SSL.
Multi-Level Marketing
Mobile front end for corporate and partner applications
SSL offload, rewrite and responder policies, content switching, compression and advanced load balancing including SQL Server.
What they all have in common
Not a design handed over at the door. On every project on this page we did the architecture, the build, and the support afterwards.
That is also why we are the ones called in to fix other people’s deployments. We have seen what the decisions made on day one cost in year three.