Well, it's been raised that at least one cheater board has surfaced. I figure that the fact it's a WAS board is only coincidence. As I've said in other threads, it's so easy to reprogram or modify a microcontroller controlled board it's rediculous. All you need is a little patience to set yourself up with the required knowledge and equipemnt and the motivation to learn.
How can paintball tournaments stop and detect cheater boards? Considering factory teams are as likely to cheat as the next guys, requiring factory only boards isn't going to help. The factory just needs to produce some special boards for the tournament.
Testing is virtually imposible as well. After all, any number of secret codes could be employed to enable and disable the cheat modes.
The way I see it there's only one way to do it. Electronic markers need to be built with removable chips that can be replaced by tournament supervisors and identified with anti-tamper devices.
Additionally, source code would need to be released to a governing body that would analyse it to ensure it was legal and didn't hide any dubious functionality.
To ensure approved software is used, the guns would have to use a limited number of microprocessors. Blank chips could then be kept and flashed for the make and model of gun before being inserted and made tamper-proof.
How can paintball tournaments stop and detect cheater boards? Considering factory teams are as likely to cheat as the next guys, requiring factory only boards isn't going to help. The factory just needs to produce some special boards for the tournament.
Testing is virtually imposible as well. After all, any number of secret codes could be employed to enable and disable the cheat modes.
The way I see it there's only one way to do it. Electronic markers need to be built with removable chips that can be replaced by tournament supervisors and identified with anti-tamper devices.
Additionally, source code would need to be released to a governing body that would analyse it to ensure it was legal and didn't hide any dubious functionality.
To ensure approved software is used, the guns would have to use a limited number of microprocessors. Blank chips could then be kept and flashed for the make and model of gun before being inserted and made tamper-proof.





Comment