Lithium-ion batteries power mobile devices across healthcare, government, logistics, manufacturing, and field operations. But unlike the device itself, a battery is a consumable component. Every charge cycle, period of storage, temperature fluctuation, and year of use gradually affects battery health.
Continue reading “How to Identify and Safely Handle a Damaged Lithium-Ion Battery “
Every warehouse manager and logistics leader knows the drill: leadership invests heavily in shiny new IoT sensors, predictive maintenance algorithms, and cloud dashboards to modernize the supply chain. Yet, downtime still happens. Shipments still get mislaid in the yard, and critical conveyor motors still burn out while maintenance tickets sit in an unread queue.
Continue reading “The Frontline Mobile Edge: Why Hardware Durability is the Missing Link in Real-Time Logistics and Predictive Maintenance”
For millions of families living in rural towns and remote areas, seeing a healthcare specialist is an all-day event, from driving several hours each way to the nearest regional clinic, taking time off from work, burning expensive fuel, and coordinating childcare. Far too often, rural residents delay routine checkups, skip physical therapy, or manage chronic conditions in isolation simply because specialist care is out of reach.
Continue reading “How Telehealth Kiosks Bring Doctors and Specialists to Local Community Hubs”
Organizations that rely on Windows-based computing devices should review an important Microsoft security transition now underway. Microsoft is replacing its original 2011 Secure Boot certificates with updated 2023 certificates to help maintain trusted, boot-level protection across supported Windows systems.
Continue reading “Microsoft Secure Boot Certificate Updates: What DT Research Device Fleets Need to Know “
Data modernization is now a key asset for the modern military, making maintenance, logistics, and combat operations all data-driven operations.
As the U.S. Army and joint forces push hard to modernize through initiatives like the Next Generation Command and Control (NGC2) architecture and high-stakes exercises like Project Convergence, the traditional concept of a “battlefield perimeter” is effectively gone.
Continue reading “The Digital Backbone at the Tactical Edge: Why Rugged Computing Matters for Military Modernization”