Solar and wind energy may be green, but they have some limitations. A back-up power source is needed when the sun and wind aren’t available…
The Rough Edge of Rugged Computing
Rough around the edges. Cutting edge. On the ragged edge. You’d think that an edge device by nature would be able to withstand intense environments.…
Challenging Environments Part II: Testing for Harsh Environments
Rugged technology withstands everything thrown at it, but what exactly faces these warrior devices often comes across as vague. These five challenging environmental factors and…
Challenging Environments Part I: The Physical Demands on Technology Solutions
Deeper, higher, dirtier and longer: industries are going further than ever in their operations. The technology used to support their missions must be able to…
Water+Energy Part III: Four Technologies Reducing Industrial Energy and Water Waste
While water and energy industries have a frequently harmful, codependent relationship, this status quo can change. Technology provides an excellent way forward to sustainability and…
Water+Energy Part II: Water Use and Waste in Energy Industries
In 2014, the World Bank announced that modern water and energy production systems were on a collision course. Part I of our Water+Energy series covered…
Water+Energy Part I: Energy Use and Waste in Water Management
In 2014, the World Bank announced that modern water and energy production systems were on a collision course. In this three-part Water+Energy Series, this collision…
Three Energy Trends for 2019: Sealevel’s Favorites
The face of energy is changing, and alternative energy infrastructure has created a need for the grid to have digital and network management. Here are…
Wireless Power: One Futuristic Technology Energizing Smart Cities
A mobile device battery has many demands to fill: photos, maps, social media, apps and ride hailing services, etc. These demands increase at conferences and…