SAN DIEGO, Calif., Nov. 19 — MetaFlows, Inc., a startup focused on leveraging emerging cloud and virtualization technologies for the next generation of network security solutions, today announced that its MetaFlows Security System (MSS) is being used to secure the network at the Supercomputing 2013 conference and exhibition this week in Denver, CO. Working in conjunction with the Department of Energy’s security team, MetaFlows is providing intrusion detection and prevention services that are detecting corrupted posts to the network.
The MSS is a software-based solution that can divide traffic into multiple streams and process each of them on a separate CPU core to monitor up to 10 Gbps of sustained network throughput on standard, off-the-shelf servers. The MSS extends the capabilities of common hardware to do packet filtering and web filtering as well, providing effective protection against cyber threats.
The MSS’s real-time, browser-based security console ranks events using a new, revolutionary predictive global correlation system mathematically similar to Google’s page ranking algorithm. Important events show up at the top and users can prevent, quickly investigate and remediate security and usage policies issue before they become critical.
“The MetaFlows Security System can be deployed within minutes to secure any network, large or small,” said Livio Ricciulli, CEO and Chief Research Scientist of MetaFlows. “We are delighted to be providing the security for Supercomputing 2013.”
About MetaFlows, Inc.
MetaFlows, Inc. is a privately held, California-based corporation that has brought the world’s first fully SaaS-based IDPS management solution to market. The MetaFlows Security System slashes the cost and complexity of network security monitoring while improving upon event analysis and remediation response time. MetaFlows is partially funded by the National Science Foundation and SRI International and is led by a team of experienced entrepreneurs with a track record of success in network security ventures. For more information visit:www.metaflows.com.
Source: MetaFlows, Inc.