Rugged Tablets for Smart Cities

Upgrading the Utilities Field: Choosing the Best Rugged Tablets for Grid Modernization

The global energy transition isn’t just an abstract conversation happening in a boardroom. It is actively unfolding in the trenches, up on utility poles, and across sprawling substations. As our power grids evolve to incorporate renewable energy, manage smart meters, and handle unpredictable weather patterns, the infrastructure supporting them has to evolve too.

From the Grid Edge to the City Core: Real-World Computing Lessons from DistribuTECH 2026

The energy sector has moved decisively beyond the pilot stage. Following DistribuTECH 2026 in San Diego, the message to utility and infrastructure leaders was clear: the industry has entered a new phase of full-scale AI deployment.

When the Water Rises: How Drones and Rugged Tablets Are Changing Flood Management

Flooding doesn’t just happen during hurricanes on the coast. In recent years, we’ve had floods in areas seen as “normally dry,” inland areas, and places where people rarely worry about heavy rain, transformed into disaster zones in a matter of hours. The speed and sheer volume of water are staggering, leaving behind billions of dollars of damage to properties and people’s lives at risk.

Strengthening the Backbone: Rugged Technology for the Future of Grid Management

Grid modernization is far more than an industry buzzword; it is a high-stakes transformation of our most critical infrastructure. As we pivot toward renewable energy and the “electrification of everything,” the pressure on the grid and the teams managing it has reached a tipping point.

Powerline & Vegetation Management Reimagined with Rugged Computing Systems and Digital Twin Technology

The reliability and safety of power distribution networks have never been more critical. Hospitals, transit networks, emergency services, and entire communities can all be affected by a single power outage. In this scenario, powerline utilities are under increasing pressure to update their techniques for managing and monitoring powerlines without sacrificing efficiency, accuracy, or safety. This is true as well when it comes to vegetation management. As climate conditions become more unpredictable, vegetation patterns become more complex.