DN2K Creates HTML5 Monitoring and Analytics Cloud Platform

"There's a storm of new advanced applications and systems that are using HTML5 as the core research," said Vince Cook, retired IBM Corporate Officer and industry consultant. "By using HTML5, DN2K's solution offers cross-platform flexibility for business and industrial applications. Before, these applications required companies to rewrite a significant portion of their software to run on new systems."

DN2K's solution can securely extend the functionality, user interface and controls of business applications to secure mobile devices just as smartphones and tablets. This opens up large opportunities in new markets for application developers, without the need to rewrite application code. To illustrate, Gartner projects that the number of tablets shipped worldwide will be over 100 million by the end of 2012, and will increase to 394 million tablets by the end of 2015.  

"DN2K has committed to HTML5 for one of our key technologies and we are expanding our development team with HTML5 experts," said Susan Lambert, President and COO of DN2K. "Our solution will offer any business or industrial application provider a way to future-proof their native applications by enabling functionality on virtually any device, including the new wave of smartphones and tablets."

About DN2KFounded in 2011, the DN2K team has over 12 years' experience in developing software-based systems that can remotely monitor, display and control important assets. DN2K brings visibility and control to a new level by offering a secure M2M Software-as-a-Service solution that performs real-time aggregation of data from business applications, global SCADA systems, sensors and probes from different manufacturers into single view. DN2K takes large amounts of data from sources throughout your business and turns that data into a highly visual information display accessible from laptops, smart phones and tablets, regardless of platform, and can be shared with others in real-time. DN2K offers unequalled "smart gateways" at a monitored site that participate in a collaborative cloud engine to provide superior automation with significantly reduced network bandwidth.