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VMs: The VMS encoding production line hypothesis...?



Hi everyone,

Anyone who was able to create a coding system of this complexity and subtlety must surely have been in high demand. But the (apparently) unprecedented size of the VMS would make its production a very cost-ineffective activity for a (excuse the lapse into MBA-speak) high value-add "lone gunman".

Also: one of the most cost-effective ways in which Quattrocento ciphers were broken was simply by holding a big, sharp knife to the throat of the person who composed (or carried out the cipher's encoding or decoding), and simply asking them nicely. I guess that this was why we don't read much about the code-makers of the day - like modern Witness Relocation Programme participants, they probably tended to try to keep quiet about their day job.

So, here's another possible angle on the VMS' production which might help solve both of these issues at the same time - the coding production line.

I've already hinted at a possible division of labour between encoder and scribe: and the single-stroke design of the VMS' cipherbet makes it seem likely to have been designed for the benefit of the encoder, which I have already suggested points to some kind of value-chain asymmetry (ie, presumably the encoder's time was more valuable than the scribe's).

But perhaps, for a fairly significant endeavour like the VMS, this is thinking too small: perhaps an encoding production line would have been the most appropriate way of proceeding. Note that this isn't so unlikely - at roughly the same time (circa 1500 or so), Trithemius set up a production line for making wax tablets, with the sequence of tasks divided much the same way as Adam Smith described several hundred years later for pin manufacturing.

The kind of encoding production line I'm describing might well be an early instance of the industrialisation (ie sequentialisation through specialisation) of knowledge production (as opposed to many monks doing the same job in a scriptorium in parallel) - but the VMS, if they are in fact coded, would be an early instance of a industrial-scale pure knowledge artefact, so this should perhaps not be so surprising. Even in scriptoria, ornaments and embellishments were done by separate craftsmen, so there has always been some aspect of job specialisation in manuscript production.

So, my idea here is of a sequence of knowledge workers applying a series of processing stages to a text on a large number of wax tablets, handing the final product of the process on to a scribe to write onto vellum. If none of them knew the whole coding sequence (just the part they were responsible for), there was no danger they'd individually be able to blurt out the secret at knife-point (or even to endanger the project by getting drunk with someone inquisitive).

I also suspect that copying the diagrams onto the vellum was done by a different copyist, at much the same time (hence text-first in some places and drawing-first in other places), in an order depending on how things were going. It's a big activity to organise, but given enough wax tablets, will-power and money, I think it could all complete fairly quickly.

Obviously, there's a danger that I'm projecting my comp-sci conception of a Turing Machine onto the VMS' production process: but I can't help but see the VMS as the product of an algorithmic process - the more I see under the skin of the coding system, the more this seems true to me.

Cheers, .....Nick Pelling.....


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