December 1, 2010 – (HOSTSEARCH.COM) –
Datapipe, a leading provider of managed hosting services and data center infrastructure for IT and cloud computing, has been named among New Jersey’s fastest growing companies in New Jersey by NJBIZ Magazine. This marks the third consecutive year that the managed hosting leader was selected for the list which honors businesses that have made a significant contribution to growth and success throughout the state.
“Our innovative, managed cloud computing offerings are resulting in record growth,” said Robb Allen, Datapipe CEO. “As a well established company, it’s especially significant to rank among New Jersey’s fastest growing companies for three straight years. Behind all of this success is a team of experienced professionals dedicated to delivering the best customer service in the industry.”
Rothstein Kass reviewed all entrants’ revenue growth over the four-year period 2006-2009, and determined the 50 winners according to dollars and percentage growth. All major sectors of the state’s economy were represented in the final list.
“Datapipe is consistently ranking among New Jersey’s top performing businesses and we’re pleased to recognize their achievements again this year,” said Thomas Curtin, Publisher of NJBIZ. “Datapipe has gone above and beyond, developing a consistent pattern of growth and profitability which positively impacts the state economy.”
In April, Datapipe opened Somerset Three, its second renewable energy powered data center in Somerset, NJ. Datapipe was honored by the New Jersey Technology Council with the Growth Company of the Year award in 2009.
About Datapipe
Datapipe is a leading provider of managed services and data center infrastructure for IT and cloud computing, with data centers in New York metro, San Jose, London, Hong Kong and Shanghai. As one of the originators of the Managed Services Provider model, clients trust Datapipe to manage and secure mission-critical services, including cloud computing, hosted servers and storage, data center services and colocation.
