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!

Contributor Tom Geller writes: "I recently wrote an article about Bitcoin and the law for Communications of the Association for Computing Machinery. In researching it I ran into plenty of wishful thinkers, ridiculous greedheads, and out-and-out nutbags promising a rosy future. I also found the expected blowback from vehement naysayers who think the best way to combat crazy is with more crazy. But despite that, I walked away believing that Bitcoin — or a decentralized cryptocurrency like it (let's call it "Coin") — is here to stay. As an interested outsider to the Coin economy, and a long-time technology commentator, here's what I think its future holds." Read on for Tom's predictions.

We talked with Peter Wayner about autonomous cars on June 5. He had a lot to say on this topic, to the point where we seem to be doing a whole series of interviews with him because autonomous cars might have a lot of unanticipated effects on our lives and our economy. Heck, Peter has enough to say about driverless cars to fill a book, Future Ride, which we hope he finishes editing soon because we (Tim and Robin) want to read it. While that book is brewing, watch for some thoughts on how autonomous cars (and delivery vans) might affect us in the near future.

Today's interviewee, Andrew Dougherty, has a Web page that says he is "...an autodidact mathematician and computer scientist specializing in Artificial Intelligence (AI) and Algorithmic Information Theory (AIT). He is the founder of the FRDCSA (Formalized Research Database: Cluster Study & Apply) project, a practical attempt at weak AI aimed primarily at collecting and interrelating existing software with theoretical motivation from AIT. He has made over 90 open source applications, 400 (unofficial) Debian GNU/Linux packages and 800 Perl5 modules (see http://frdcsa.org/frdcsa)." Tim Lord says Andrew's project "brings together a lot of AI algorithms, collects large sets of data for those algorithms to chew on, and writes software to do things like ... guide your whole life." As you might guess, Andrew occupies a pretty far edge of the eccentric programmer world, as you'll see from this video (and transcript). He calls himself "a serious Stallmanite" (his word), and has chosen the GPL for his software in the hopes that it will therefore help the greatest number of people. (Speaking of help, he's looking for interesting data sets and various "life rules" that can be integrated with his planning software, and one of the reasons he presented at the recent YAPC::NA was to solicit help in putting his hundreds of Perl modules onto CPAN.)

This is our second video starring Backyard Brains (Motto: "Neuroscience for Everyone!"). The first one was pretty lab-oriented, with a twitching roach leg here and there. This one has more roaches, with most of them crawling on command. Will the DoD see this and decide to make cockroach soldiers? Or roboroach bomb detectors and defusers? Or cockroach drone pilots? Anything's possible these days. But meanwhile, relax and enjoy learning about roboroaches and watching how, with little circuit boards on their little backs, they scurry hither and yon under control of their human masters. WARNING: Excessively squeamish people should not watch this video, but should stick to the transcript.

So far, the Rails Girls have groups in cities ranging from Warsaw to Wellington, with U.S. gatherings in Washington D.C., Charlotte NC, San Francisco CA, and... let's make it easy: Here's a map. OMG! They're everywhere! Actually, mostly Europe, being as they started in Finland, same as the Leningrad Cowboys and a popular computer operating system. But they're spreading like mad. Would you believe the reason one of the two founders originally got interested in Ruby on Rails was because she wanted to make a fan page for American politician Al Gore? Our interviewee, Magda (from Rails Girls Warsaw), swears this is true. She also tells us about their upcoming Washington D.C. workshop on June 13th, 2013, in conjunction with the June 14-15 RubyNation event. Sounds like fun, doesn't it. Maybe you need more of this kind of fun where you live, eh? If there isn't a Rails Girls group near you, maybe you should start one and help more women and girls get into programming. This is the Rails Girls' goal. Any particular ages? Not really. And their workshops are all free of charge: "You just need to be excited!"

Peter Wayner is no stranger to Slashdot. Not only that, he's written a bunch of books, plus articles for InfoWorld, PC World, the New York Times, and many other publications. Now he's working on a book about Autonomous Cars. Last year Peter wrote an article for Car & Driver about the privacy implications of vehicle recorders. Driverless cars will bring us a whole new set of problems, questions, and -- no doubt -- legislation. We're hoping to have more conversations on this topic (and others) with Peter in the future, so with any luck this video will be the first of a long series. With all that said, take it away, interviewer Timothy Lord... Update: 06/05 21:56 GMT by T : Peter's book is still in progress, but it's got a website, if you'd like an early glance.

It's not called Google Grand Canyon View, but Street View can show you what the canyon looks like even though there are no streets there -- or in the Meteor Crater or thousands of other places Google Street View Cars or tricycles or other vehicles can't go. How? With a 40 pound, human-carried version of the camera rig in the cars, complete with GPS and a "pause" button in case the human motive power system needs to take a break. But, asks Slashdot's Tim Lord, what about new, small cameras? Like GoPro? Don't they make the Trekker rig kind of obsolete? Well... Google's always working on "new and improved" everything, so the next version of the Trekker is likely to be kind of interesting.

Nintendo says, "With Wii Street U powered by Google, you can step into Google Street View with an immersive experience that feels like you’re actually there! View a 360-degree Google Maps Street View of locations all over the world using the Wii U GamePad motion controls. Use the GamePad touch screen to type in an address or location and explore, or instantly travel to over 70 fascinating, hand-picked locations around the globe." It all looks lovely, but can't we do most of this with Android phones? And couldn't a smart developer make the Google Street View Android phone experience even more immersive, so we wouldn't all need to buy a Wii U? Nintendo, we love you, but the Wii U still looks pretty dead unless it gets some major rethinking, and this Street View app doesn't seem to be it.

We're not talking cheap here; Willow Garage PR2 robots list for $280,000 with the academic discount, $400,000 without. Still, spokesman Ryan points out that it can take a PhD candidate two or more years to build a robot chassis and create new software equivalent to Willow Garage's open source robotware. The thought, too, is that if a university buys the robot a lot of students can share it. Sounds good, doesn't it? But much though we might want a robot, it's probably a good thing Slashdot doesn't have one because we'd probably spend all day fighting over who got to use it next.

This video is WeVideo CEO Jostein Svendsen talking about his company's service, not a demo of it, although we surely should do a demo/review of WeVideo before long. If you are involved in casual video production, this is something you need to check out. And if you want to try editing a video or two but have no idea if you're going to be good enough that it will be worth spending money on video editing software, plus the time to learn how to use it, WeVideo's free version (which puts a watermark on your finished video) might be a good way to try your hand at this necessary but unheralded part of the videomaking process.

OpenShift, says Wikipedia, "is a cloud computing platform as a service product from Red Hat. A version for private cloud is named OpenShift Enterprise. The software that runs the service is open-sourced under the name OpenShift Origin, and is available on GitHub." This is a video interview in which Diane Mueller Explains OpenShift in depth. You may want to watch this OpenStack demo video as well.