Red Herring’s Top 100 Americas list has become a mark of distinction for identifying promising new companies. Red Herring editors were among the first to recognize that companies such as Facebook, Twitter, Google, Yahoo, Skype, Salesforce.com, YouTube, and eBay would change the way we live and work.
“Choosing the companies with the strongest potential was by no means a small feat,” said Alex Vieux, publisher and CEO of Red Herring. “After rigorous contemplation and discussion, we narrowed our list down from hundreds of candidates from across North America to the Top 100 Winners. We believe CVISION Technologies embodies the vision, drive and innovation that define a successful entrepreneurial venture. CVISION should be proud of its accomplishment, as the competition was very strong.”
Red Herring’s editorial staff evaluated the companies on both quantitative and qualitative criteria, such as financial performance, technological innovation, management quality, strategy, and market penetration. This assessment of potential is complemented by a review of the track record and standing of emerging companies relative to their sector peers, allowing Red Herring to see past the “buzz” and make the list a valuable instrument of discovery and advocacy for the most promising new business models in North America.
“Here at CVISION, we are very proud to be named to the Red Herring Top 100 for North America,” said Ari Gross, CEO of CVISION. “This prestigious selection is a testament to our past accomplishments, as well as the future growth of our organization. We believe CVISION can provide our clients a competitive advantage through document-driven business process automation.”
CVISION Technologies Inc. creates software to optimize the accessibility and processes associated with document capture. CVISION offers the best in file compression, recognition technology, automated data extraction, and PDF workflow applications. Through more efficient, automated workflows, CVISION clients can realize a measurable return on their document-driven processes.