You could be right. But apparently the technology exists and would not be difficult to implement.
I don't have access to the episode in question, but looking around there's been a number of suggestions that the content of the show has been sensationalised - one part truth, one part editing. I suspect that may be what is happening here.
RFID cards have been in use for a number of years now - and there are two main scenarios to consider:
- the existence of a card
- the spatial location of a card
The first is the easy one, and the most common scenario - the table can pick up on the card (to within a few centimetres) and sends that information to the server. If the card fails, it can be entered manually by the pit boss.
There have already been poker scandals where RFID-led productions have been accused of feeding the information back to the table in real time - obviously if one player is aware of the other player's cards then it's not a battle but a bloodbath.
The second is a more interesting one, but requires so many things to go right that the error rate would be astronomical. All cards would need to have a functioning RFID chip
and both chip
and card positioned correctly to within fractions of a centimetre (e.g. in the sorted shoe you'd be limited to 13mm / 52 = 0.25mm, during the actual sort you'd have slightly more space to work with but it'll behave similarly to the camera scenario).
I'm not saying it
isn't possible - but right now the technology is too error prone to order the deck in this way because you only need one failure (in 52, 104, 312, 416 cards) and the deck is no longer accurate. In five years, who knows...
Which brings us to camera and shuffler with firmware as the current generation of technology - obviously this isn't theoretical because that's what the hardware providers already offer, but similarly it's not anywhere near as secure as they claim given the demonstration by the Black Hat security conference a few months ago.