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Why would you think they developed CSA v3 with 128 bits keys for? they know computer power moves fast past today's limits.
At the same time,your statement is true since the first day there was a software implementation of CSA (freedec).
At the time,a breakthrough,and a warning for security companies.
All you are saying is well known,and eventually everything phase out.
The point is you can learn something in the process,which might be invaluable.
As an example.....
you can use nagra 2 cards to open any encryption (irdeto,viaccess,cryptoworks,powervu,others),since you can modify codespace to your needs,and use embedded algos as needed.
Like that,many things are "proof of concept",not useful for most users,but you learn tons of things in the process.
This is the same,even knowing it possibly gets nowhere,the process teach you things you cannot learn otherwise.
The irony is people that had no interest in doing it,if there are some real results,they take advantage of the work of others,naturally.
Why would you think they developed CSA v3 with 128 bits keys for? they know computer power moves fast past today's limits.
At the same time,your statement is true since the first day there was a software implementation of CSA (freedec).
At the time,a breakthrough,and a warning for security companies.
All you are saying is well known,and eventually everything phase out.
The point is you can learn something in the process,which might be invaluable.
As an example.....
you can use nagra 2 cards to open any encryption (irdeto,viaccess,cryptoworks,powervu,others),since you can modify codespace to your needs,and use embedded algos as needed.
Like that,many things are "proof of concept",not useful for most users,but you learn tons of things in the process.
This is the same,even knowing it possibly gets nowhere,the process teach you things you cannot learn otherwise.
The irony is people that had no interest in doing it,if there are some real results,they take advantage of the work of others,naturally.