A secure solution would be difficult if not impossible, since they still control the cameras.
True , the solution of lets say securing the use of photos wont be entirely bulletproof..because as you said , they will still control the cameras...BUT , what will be left to do?Pull out around 80-100 sd cards and copy the photos?I don't think they will go into such trouble.
I am thinking about downloading photos directly to some cloud directory or ftp server or something...still working on that ...
One could theoretically modify chdkptp to encrypt the files on download, but please remember that chkdptp is licensed under the GPL, so if you modify it, you must make the source available to anyone you provide your modified program to.
I dont think we have the knowledge to mess around with source , but if we will do , we will respect GPL license..i dont think the client will sit and search the source of chdkptp
Regarding your problem with burst shooting:
I'm still thinking about it, I just had some stuff come up that doesn't leave me with much time for CHDK. Maybe after the weekend I'll have something to test.
Any input on it will be much appreciated and useful.
Another thing that came up.Between the two shots we are issuing , we manually turn on and off a pattern projected from a series of projectors (projectors that are linked together and the last one is connected to a second pc).
I recently found out that someone can issue commands through the serial port of these projectors..either with python scripts or simply by creating plain text files with the desired commands and "copying" these texts over the serial port of the projector.
Question is , can we use some way and issue these commands (with any way i dont really care which one) through chdkptp ?
To get an idea how these commands are look like check pages 65-68 in the following file
https://www.dropbox.com/s/m6fruwfiwsbotln/GT760-M-en.pdf?dl=0Thanks again