The month-long evaluation explored whether emerging hardware categories can support full-time professional workflows. The tested setups included extended reality (XR) glasses, standalone virtual reality headsets, high-end tablets, and smartphones using external displays. Each configuration was measured against standard productivity requirements, specifically focusing on the ergonomics of long-term use and the software limitations inherent in mobile and spatial computing operating systems.

Key findings from the testing period highlighted significant trade-offs between portability and operational efficiency. While XR glasses and headsets offered expansive virtual screen real estate, they frequently faced challenges regarding input precision and battery longevity compared to conventional clamshell computers. Tablets and mobile devices proved highly portable but remained constrained by mobile-first interfaces that occasionally hindered complex multi-tasking or specialized software requirements during the 30-day trial.

For CIOs and IT directors, these findings provide a benchmark for current hardware maturity when considering hardware refresh cycles or mobile workforce strategies. Understanding the practical limitations of XR and mobile-only ecosystems is essential for leaders evaluating the transition away from traditional laptop deployments in specialized or remote roles. Operations leaders must weigh the potential for increased mobility against the integration and usability hurdles identified in these alternative computing setups.