 We as every display is limited. We're a novel displays company selling mainly into the retail sector things like electronic shelf edge labels. We recognize that it didn't take very much additional work to turn just the LCD glass into a functioning display with all was suitable electronics. If you could combine it with good networking, then you could create a differentiated solution. A conventional LCD is constructed from two glass plates containing a liquor crystal. Liquor crystal is made, an organic material made of long thin molecules that can reorientate under the application of an electric field. This means that if a display is made to appear white, applying a field across it gets it to switch black. If the power is removed, all of the pixels will relax back within a fraction of a second back to the white state. The key invention of the Zebra device is to put a submicron texture onto the surface of the glass. What this does is hold the liquor crystal in either the black or the white states, thereby keeping the image on the display, even when the power is removed. We define the master grating by photolithography using a mask. We then take the master and we transfer it into a nickel electroform using standards DVD, CD type technology that's scaled up for us. We have very small features defined on our master grating surface, just 400 nanometers wide, 1.1 microns high, and we have to control those, control the uniformity of those across the whole grating area. My co-inventor Guy Brown-Brown and I were working on different ways of improving standard LCDs. We wanted to make them have more image content, to be low power, to be flexible, and Zebedee is one of the key inventions from that period. When the nickel is continuously cast, we end up with a film product which copies the structure many many times, and so for every nickel part we get many many thousands of film examples. These film examples go to the LCD manufacturer who uses them to define the grating on the LCD substrate. So Zebedee today is not just about the display technology. We now provide a complete system for the retailer to use. Each display unit can be wirelessly updated using a two-way RF transceiver device called BANCE. The reason that we chose the retail market place as the point of entry is was it was the one area where there was a first-generation market to which we clearly showed an improvement, not only in the quality of the display, but also the quality of the overall solution, including the RF. Every time I see a box of displays arrive, I think back to the very first displays that we made that attracted the seed capital that allowed us to start the company. And there's an element of disbelief when I look at those boxes and I realise how many we've made now. Yeah, it's an amazing feeling.