User and application segmentation
Classify task, knowledge, mobile and specialist users by concurrency, application, data, profile, peripheral and experience requirements.
Centralise desktops where the workload fits
Virtual Desktop Infrastructure & Thin Clients
Assess user experience, applications, connectivity, security, capacity and licensing before adopting centralised desktops.
Connected IT
Cloud
Security
Infrastructure
Workplace
Where the work begins
Build the decision around the business requirement.
Virtual desktop infrastructure (VDI) hosts desktop sessions or applications centrally and delivers the user experience across a network. Thin clients can provide a controlled access endpoint, but neither is automatically simpler or less expensive for every workforce. Atmic Systemics helps organisations profile users and applications, assess connectivity and peripherals, model platform capacity, plan security and clarify licensing questions before a pilot or deployment.
Problems we help address
Clarity before configuration.
Remote or distributed users need controlled access to centrally hosted applications and data
Shared workstations require a consistent session that follows the authorised user
Specialist applications or peripherals may not perform well over a remote display protocol
A proposed VDI business case overlooks backend capacity, licences, profiles, support or network quality
Existing virtual desktops suffer from slow login, inconsistent user experience or unmanaged image growth
Scope and capabilities
What a well-scoped engagement can include.
Final scope depends on the environment, priorities, product entitlements and agreed responsibilities.
Experience and connectivity assessment
Review bandwidth, latency, loss, display count, multimedia, real-time communications, printing and location-specific conditions.
Platform and capacity design
Model session hosts or virtual desktops, compute, graphics, storage, profiles, identity, gateways, management and selected failure states.
Thin-client planning
Evaluate hardware, firmware, peripherals, authentication, management, support lifecycle and fallback needs at the access endpoint.
Security and licensing review
Define access paths, segmentation, session controls and relevant user, device, operating-system, application and platform licensing questions.
Potential business benefits
Designed for usefulness after handover.
A centralised-desktop decision based on measured user and application fit
Capacity planning that includes concurrency and user-experience demand
Reduced local data exposure for suitable workflows
More consistent images and controlled access endpoints where appropriate
Licensing and operational dependencies exposed before wider rollout
Practical use cases
Secure contractor access
Provide controlled access to approved applications while evaluating identity, data movement, device trust, session policy and monitoring requirements.
Support shared work areas
Use managed thin clients or repurposed endpoints to connect authorised users to consistent centrally managed sessions.
Deliver a specialist application remotely
Test graphics, latency, peripherals, licensing and backend performance with representative data and users before deciding whether to scale.
Assessment and implementation
A controlled route from current state to usable outcome.
Each stage establishes evidence for the next decision. The sequence is adjusted to suit risk, dependencies and change windows.
Profile
Segment users and applications, record concurrency, data, peripherals, locations and experience expectations, and identify unsuitable cases early.
Model
Develop architecture and capacity assumptions covering hosts, profiles, storage, networking, access, management, security and recovery.
Pilot
Test representative users, locations, applications, peripherals and peak conditions; gather qualitative and technical observations.
Refine and phase
Resolve findings, confirm licensing and support, define acceptance measures and deploy only to validated user groups in controlled waves.
Typical deliverables
Artifacts your team can use.
- User, application and peripheral suitability matrix
- Connectivity and experience assessment
- VDI or session architecture and capacity model
- Security, access and management design
- Licensing and dependency questions register
- Pilot plan, findings and phased rollout recommendation
Planning considerations
Dependencies to surface early.
- User experience depends on the full path: endpoint, local network, internet or WAN, gateway, host, storage, profile and application.
- Real-time voice/video, high-resolution graphics, USB devices and printing need workload-specific validation.
- Centralising desktops concentrates dependency on backend services and connectivity, so availability and recovery must be designed explicitly.
- Microsoft, Citrix, VMware/Broadcom and application licensing can vary by product, deployment model, user, device and contract; current terms require verification.
- Thin clients still require firmware, identity, inventory, warranty and physical lifecycle management.
Frequently asked questions
Useful questions before you begin.
Is VDI always cheaper than laptops or desktops?
No. The comparison should include servers or cloud capacity, storage, networking, licences, endpoints, management, support and user productivity, as well as hardware replacement cycles.
Will VDI work over any internet connection?
It may connect, but usable experience depends on latency, packet loss, bandwidth stability, display and media workload. Representative location testing is essential.
What is the difference between VDI and a thin client?
VDI is the centrally hosted desktop architecture. A thin client is one type of endpoint used to access a remote desktop or application; VDI can also be accessed from conventional computers.
Can graphics-heavy applications use VDI?
Potentially, with suitable graphics resources, protocols, capacity and network conditions. Application vendor support and a realistic pilot should guide the decision.
Does centralisation prevent data leakage?
It can reduce local storage, but copying, printing, screenshots, credentials, session policy and authorised access still require controls. VDI is not a complete data-protection programme by itself.
Virtual Desktop Infrastructure & Thin Clients
Turn the requirement into a practical plan.
Share the current environment, desired outcome and timeline. We’ll help define the right next conversation.