Hi, my name is T-Mom and this is going to be an overview of the Damlinux tablet or DLT for short. You can probably already guess from the name that the project came out of a deep frustration for the current mobile computing market. In the LPC and laptop market, we could choose our operating system and add our upgrade hardware, but this is not possible for tablets. We are basically locked into Android, iOS or to some limited degree windows. With the exception of very few tablets that receive some community efforts, plain desktop linux is basically not existing in this market. The hardware is also completely monolithic. They are not intended to be open, they are not intended to be serviced and repaired, let alone be upgraded in any way. This makes them really unsustainable technology. While you could squeeze out a few more years out of your laptop, upgrading to a faster storage or more M or on your desktop PC, adding a new CPU or GPU in the standard world you can't do any of those things. You are forced to buy a new device. I want to change that. I want you to be able to switch out your CPU, add an SSD, add a remove in HDMI port. Still have that headphone jack, or if you enter making music, but not a quarter-inch stereo jack, that clicks directly into your equipment. Your researcher that needs specialized sensors and would like to have a portable device that you can take with you to make measurements around the lab or out in the field, or problem. You can have a tightly integrated interview device. You are teaching electronics, so do a lot of prototyping. You want to integrate an Arduino or circuit path and enable a platform and expose a lot of iOS so that you or your students can directly interface with the device that you are working on. Though you want your talent to double as a workstation, add an HDMI port, use BAPorts and hook up your mouse and keyboard without any awkward mess of adapters. You are working in industrial contacts and rely on big sturdy connectors like DB9, not problem. Create the device that you need and not want someone else's as you need. As you can see, the possible applications for such a platform are endless. This takes a module approach of PCs and pushes it further to enable the whole new applications that have not been possible before. To make a module, you don't necessarily need to be an expert with complicated buses like PCI Express. If you ever made your own PCB or even made an Arduino Sheila of Proderboard, you know how to work with GPIOs, iSquaredC, your SBI, and you already know everything to make awesome new hardware for this platform. To make this possible, I'm not only creating a tablet, but also standard for the mechanical and electrical design to facilitate this modular approach, so others can build modules that are usable with any device implementing the same standards. With standards in place, we as a community can create an ecosystem of compatible devices. Windows can create specialized equipment for these devices that cater to niche interests without the risk and cost of developing a whole tablet, just to facilitate one specific feature. And the best thing, all of this is going to be open source, so you can recreate and learn from this hardware. If you're made you interested, follow me along the development on HGDIIO and Twitter. And thanks for watching.