Stealth Power is Recognized as a Top 10 Most Promising Homeland Security Solution Provider for 2018 by CIOReview
Stealth Power is thrilled to announce that it has been named one of CIOReview’s top 10 Most Promising Homeland Security Providers in 2018. CIOReview’s distinguished panel is made up of prominent marketing specialists and analysts, along with CIOReview’s editorial board. Their focus was on highlighting companies that offer pioneering technology solutions that can be implemented to optimize security business process. Stealth Power was chosen for its affordable and low maintenance power systems that ensure homeland and border patrol security.
Stealth Power is a leader in mobile power solutions. Stealth Power’s standalone hybrid power systems can be used by organizations seeking wireless, remote or hybrid generator power that is reliable and flexible. This technology can be utilized for multiple applications, such as oil and gas, cell towers, sky watch towers, operating bases, micro-grid operations, and unreliable grids. These systems have preserved millions of gallons of fuel – as well as millions of dollars – for Stealth Power’s clients while providing secure and scalable remote power. Stealth Power’s technology is also equipped with silent watch capability.
“Stealth Power has always been committed to delivering effective and efficient energy solutions to our homeland security customers,” said Shannon Sentell, COO for Stealth Power. “We are thrilled to be recognized this year by CIOReview for our hybrid solution products. This win emphasizes our company’s dedication to manufacturing affordable and superior mobile power products.”
To read CIOReview’s spotlight article on Stealth Power’s hybrid solution products, click here.
For a full list of gold, silver, and bronze winners in this year’s Best in Biz Awards, visit: https://homeland-security.cioreview.com/vendors/most-promising-homeland-security-solution-providers.html
To find out more about Stealth Power’s mobile power and idle-reduction technology, click here.