 Okay, thank you very much for being that brave and sitting through the entire day and the lightning talks. I really appreciated that you're spending your Sunday evening with us. My name is Stefan Schneider. I'm with Sun. I work with the group who is taking care for our software vendors. We are 180 engineers worldwide. We have 30 engineers who work exclusively with open source communities. As I told you, I'm with Sun. It's big fun being here. Sun is the kind of the biggest and oldest startup probably in the IT industry. Sun means Sun, a Stanford University network. We work in fairly chaotic virtual teams. I have Patrick Finch here. He is a stand up. He is basically from the Indiana project and I took the charge in giving the presentation. And before I forgot, this is a talk about our project in Indiana which is based on a live CD. I brought two of them with me, two previous two and a real neat small book about using open Solaris. I never thought before I got two of them. I kept one on my own. So whoever is interested in just pick it up. So, time to speed up. Okay. Solaris is a fairly mature operating system. Our Sun has a fairly long tradition for more than 20 years in working in a kind of an open environment with sharing. This happened in the 80s and 90s through licensing things, through standardization. It changed in the late 90s through things like Java community and nowadays our collaboration happens through completely different means like our open source development. Our Solaris operating system is a real data center carrier crate operating system which allows you to do things like exploiting resources from servers up to 144 CPUs. So, Solaris has features in which allow you to take such a server, keep all the applications running and basically swap all CPUs, all memory, all disk and all network cards, step by step including power supplies. The only thing you can't switch while the operating system is working is the passive backplane. But if you do it right and if you don't screw it up you can basically change the entire hardware. This is a kind of a carrier crate data center operating system which has a lot of value in and folks put lots of energy into it over quite a period. Fact is we realize the kind of some three, four years ago we have to do something different in order to grow the community and to grow the adoption. And we have to do something different in order to be able to expand in new markets like embedded systems, education, government. So, what Sun did at this time was a kind of a fairly brave move or we basically opened Solaris up with the brand name Open Solaris. This was two and a half year ago. It's under our CDDL license. This is an OSI approved software license which allows you to do pretty much what you want to do with our sources. And what was not that visible to the world was we have been opening our development process and this is quite a challenge because around a thousand people have to change the way how they work, how they collaborate and how they build software. This was quite painful for Sun and but at the end of the day it was a pretty good exercise in trying to become more transparent and we were still working on it in order to become even more transparent because everyone is benefiting from it. So, this initiative is two and a half years old. We saw some pretty good adoption in the last two and a half years. Some people bought or some people created distros like Schilling or Schillix and we saw quite a number of contributions especially in the more front end stuff. Oops. The major difference between the typical Linux approach is that it's important for us that we have an open source track where everyone can have a look at the software modified and that we have a commercial enterprise track called Solaris because there's a fairly large market out there of people who rely on this kind of enterprise Solaris and our vision of the future is that we have a kind of a fairly quickly evolving ecosystem with all kinds of application still being based on binary compatible operating system cores no matter if they come in a commercial operating system like Solaris for enterprise customers or if it comes in a fast track quickly evolving our open Solaris open source environment. PD is, as I already told you, our Solaris is really a kind of a data center like operating system and we realized in the last two and a half years that many potential developers like you here coming from universities or work on open source projects had problem in adopting our technology because we haven't been really strong on the desktop. We didn't make it exceptionally easy for people to build their stuff and this didn't matter for corporate developers in the past because they had the time to invest in trainings and we realized we had to do something and this was by project Indiana has been kicked off. The key idea of Indiana is really to make this big fat 4.7 gigabyte DVD with Solaris much lighter, simpler and create a simple nucleus of core which is as small as possible and enable environment where you have intercredible components where you don't have to ship all the 467 gigabyte at a time when you install your operating system but make it a kind of smaller, more agile and easier and faster to download and simpler to install. We are planning to do this by having a small core operating system which fits on a normal CD with 600 megabytes. So if you're lucky you can download this thing within 20 minutes at home or if you would do this with Solaris Developer Express coming on a DVD, it's probably a long evening with four or five hours. In order to make it a fully usable operating system we are changing our package installation technology from away from our old System 5 release for our packaging technology which served us well over almost 15 years but you have to keep in mind when we started using it we had a 10th of the packages we have today and we simply couldn't imagine on how many patches we will have to issue on top of these packages. So our project in Yanar is using a packaging system called IPS which is network based. You put your packages on public repository and just download with a few commands the things you need to build your own environment. The second thing we learned is that our corporate developers had no problems with our operating system but people who are developers for our other platforms like Linux, Windows are typical just the kind of casual administrators for Solaris and they had problems in getting our operating system up and running. So we invested in new installation technology which makes things really straight forward to install and we were putting the canoe tools in the default search path which would make life easier for people who are coming from university from Linux background and allow them to get user experience as they know it from Linux. If you're a traditional enterprise customer don't panic you can operate Open Solaris as well with standard search path and you look and feel will be as you had it before. These two key features are hopefully making Open Solaris available to a much larger audience than before because we made it significantly easier and faster to download it and operate it but still we don't want to lose the old weird choose and the features which we introduced with Open Solaris and Solaris 10 because we wanna be able to use our advanced file system set of S, the set of file system to do all kinds of cool gadgets like for example rolling back and upgrade which went south and doesn't do you any good or having a real good integration of the AMP stack which was documented lately by our acquisition or our intended acquisition of MySQL. And last but not least we worry about binary compatibility we want to stay binary compatible and we have tools like Detrace which help you analyzing complex software stacks at full runtime or our visualization technologies like zones and our new modern system management facilities. So this kind of new packaging of Solaris is basically the second stage of our Open Solaris move. Two and a half years ago we released basically our sources more or less as is to the world with our project Indiana we will soon have an installation CD which will make your life much easier and this is a perfect start for someone who wants to build software for this open source operating system. Hopefully soon as I learned from the guys from Indiana we'll have a real shipping our CD as of today we have a preview too which was already fairly good and this thing will consist out of a single CD image which you can use as a live CD to figure out how Open Solaris is working and you can use it to install the real operating system and it will consist of a kernel operating of the kernel system libraries and some system utilities. This is a kind of a bare bones environment which is just your kind of launch pad to do the real thing. The network based package management system is supposed to help you or compose your installation as you want to do it and get all the packages, the open source packages or your own packages from the web as you need them. A real step forward is making the setter file system the default file system for root. This is something fairly brave since we had UFS for forever as our root file system and if you don't want to screw something up as an operating system one of them is having a corrupt root file system. This setter file system is completely new. It has integrated volume managers, snapshot capabilities and a real huge scalability data integrity from end to end and this is a kind of a foundation which is there to last for the next 10, 15 years. The message here is if you have been hesitant in writing software or using the open source technology this is a kind of now the point where we have a complete new infrastructure for you with ZFS as a boot file system, new tools in the standard search path and a brand new network packaging system which is there as well to last for the next five to 10 years and this is a kind of now the second wave where it's getting hopefully significantly easier to deploy your application or as we are foreseeing it to basically build your own distro. Within the end of this year we'll have internet based repositories with standard software from Sun. This is stuff we tested in a very intensive way where we know everything is perfectly coordinated. We have repositories from opensularis.org where we have contributions from other community members where we can't work the quality and we are hoping to see that people put their own software repositories out and use all these sources to build their own individual mix of distros to build appliances, NAS files, whatever you can imagine to build their own custom distributions and therefore we really consider this being kind of a foundation which will allow people in the future really to compile and build their own software recipes and their own configurations which are hopefully much leaner and faster and easier to maintain like this big loaded opensularis which we have today. As I already stated, Project Indiana is a kind of happening in the public. You can get the developer preview from the URL up here just download the ISO image, burn your CD or boot it up, play around with it. The packaging is now working. You can install the first packages from the internet and we hope to do significant improvement in the next two to three months before we have the final release. Let us know how you like it. Join our mailing lists, file bugs if you see that that stuff isn't working. Write some code to it and simply join our community and the project because we're really welcoming your participation. This already leads to the end. I have one minute to go. Two things I want you to take home with you are opensularis just got a major revamp in usability, watch what we are doing with Project Indiana. We are in several months, we're really releasing a complete new environment which will make it much easier for you to use our software and give you the chance to do stuff for university but as well grow into mission critical stuff like our deployments for telco customers finance because there are the traditional allows is very popular. The second thing I want you to take home with you is Sun is not just the California based computer company. Sun has a strong engineering presence in Europe. We have a hundred colleagues working in our Hamburg office on open office. We just gained 22 colleagues in Stuttgart working on virtual box. We have quite some guys, I think two to 300 working on net beans in Prague and two dozen of colleagues in Regensburg working on the crit engine which is open source as well. I think I forgot the open JDK colleagues in St. Petersburg, they didn't fit anymore the map and most likely we'll be able to welcome colleagues from my SQL in Sweden soon. Our guys open source engineering is in the UK, Amasford Netherlands and in Heidelberg. So send me an email or talk to us at our booth and thank you for attention and have a safe trip back home.