I really like the deck backs you have conceptualized, though I would not make the inverse back have a black border, the inverse image is enough, and thin white borders I find to be generally preferable.
And in light of Don's recommendations I would like to plead that you not make this deck 'retro', while Don is an amazing resource for card design and concept, and possesses an astounding, often intimidating, knowledge of playing cards, I personally would really love to see this deck be presented with a modern technology theme. All of our computers still run off of binary logic gating and processing and Unicode is still a huge standard. While a 'retro' makeover might bring in more supporters because it is trendy or novel, that isn't the sense I got from your design and frankly not what I hope to see from it.
Finding a way to take your current back design and make it two way would be really great though, if you can manage it easily or make it work with your design conceptually.
Edited for grammar.
In that case, perhaps a nice circuit board would look good, or a shiny central processing unit? It's just that the dots are way too generic. There's a really, REALLY bad recolorized version of the basic Hoyle deck that uses a similar pattern but in much uglier, more garish colors. It's not the kind of thing I'd want associated with the deck.
Alternately, go for some real ones and zeroes. Or better still, the symbols for an open power circuit and a closed one. That's something any serious computer geek would recognize immediately but a casual card player would think was just a pretty pattern.
From Wikipedia, article on "Power symbol":
(IEC5007 On Symbol.svg, seen below)
IEC 5007, the power on (line) symbol, appearing on a button or one end of a toggle switch indicates that the control places the equipment into a fully powered state. It comes from the binary system (1 or | means on).
(IEC5008 Off Symbol.svg, seen below)
IEC 5008, the power off (circle) symbol on a button or toggle, indicates that using the control will disconnect power to the device. It comes from the binary system (0 means off).