Endpoint Control: A Foundational Requirement for Modern Workspaces

Endpoints remain one of the most persistent sources of cost and risk in modern IT environments. Traditional desktop computing was built around decentralised usage, local processing, and manual administration, assumptions that no longer align with compliance-driven operations, remote access models, and sustainability goals.

As applications and data move into centralised data centres and virtual environments, endpoints must evolve from standalone computing devices into controlled access terminals. This shift reduces operational overhead, limits data exposure at the edge, and enables consistent security and governance across users, locations, and device types.

Thin client solutions support this transition by removing local processing and storage from endpoints, allowing IT teams to centralise control while improving security, efficiency, and sustainability outcomes.

The Challenge

Despite improvements in endpoint security tooling, conventional PCs continue to introduce structural limitations.

High Operational and Replenishment Costs

Frequent hardware refresh cycles, device-level patching, and hands-on troubleshooting inflate operating costs and increase dependency on local IT support.

Excessive Power Consumption

Desktop PCs typically consume significantly more power than thin clients, increasing energy costs across the endpoint estate. Under standard office usage (8 hours per day, 260 days per year), a desktop consumes roughly 156 kWh annually, compared to about 21 kWh for a thin client, reflecting the impact of lower power draw at the endpoint.

Fragmented Endpoint Management

Application deployment, OS upgrades, and security updates are often performed device by device, slowing response times and increasing administrative effort.

Expanded Data Exposure at the Edge

Local storage of applications and data increases the risk of malware, unauthorised software installation, and data leakage, especially in distributed or shared environments.