The OIN (Open Invention Network) site's front page starts out by saying, "Open source software development has been one of the greatest sources of innovation. It has reduced costs, improved functionality and spurred new industries." After another few sentences it says, "Open Invention Network® is an intellectual property company that was formed to promote the Linux system by using patents to create a collaborative ecosystem." Go a little deeper, on the About page, and you learn that: "Patents owned by Open Invention Network® are available royalty-free to any company, institution or individual that agrees not to assert its patents against the Linux System. This enables companies to make significant corporate and capital expenditure investments in Linux — helping to fuel economic growth." Today's interviewee, Deb Nicholson, is the OIN's Community Outreach Director. We did a video interview with OIN CEO Keith Bergelt back in February. This one adds to what he had to say. And once again, we remind you: "...if you or your company is being victimized by any entity seeking to assert its patent portfolio against Linux, please contact [OIN] so that we can aid you in your battle with these dark forces." Make your first contact through Linux Defenders 911 -- and may the OIN be with you!

alphadogg writes "Start-up Cumulus Networks this week has emerged with a Linux network operating system designed for programmable data centers like the ones Google and Facebook are building. The company's Cumulus Linux OS operating system includes IPv4 and IPv6 routing, plus data center and network orchestration hooks. Much like OpenFlow for independent, software-defined control of network forwarding, Cumulus Linux is intended to run on commodity network hardware and bring Open Source extensibility to high capacity data centers. The head of the company used to work for Cisco and Google." The distribution is based on Debian and ported to several router platforms. They claim to release most of their code Open Source, but there are at least a few proprietary bits for interfacing to the routing hardware itself.