With the advent of the Internet of things (IoT), artificial intelligence and robotics, the threat to cybersecurity has entered a new stage in which risks to privacy, integrity and availability are amplified.
With the demand for data centers growing in the Asia-Pacific region, it’s important for firms to get into the market quickly. But what challenges need to be overcome when speed-to-market is a factor?
Great news for buildings using ENERGY STAR to benchmark and earn recognition for energy performance: Recently, the Environmental Protection Agency (EPA) completed its months-long review of its current ENERGY STAR scoring model for office spaces, which was implemented in August 2018 and which caused scores in office buildings to drop, particularly in cold climates.
During any worthwhile endeavor, roadblocks will arise. The same is true when creating smart buildings – but the roadblocks are always worth surmounting.
Companies across the United States could save roughly $1 billion annually in energy costs by replacing 10-to-20-ton rooftop air conditioning units (RTU) with ones that meet the high performance RTU specification.
Data center capacity has been increasing at a fast rate around the world. But plenty of challenges exist that put into question the sustainability of the boom.
Advanced, high-performance data centers are the rage. But what unique challenges do these massive projects face, and how are engineers designing data centers to keep costs down?
