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While it would be nice, this is somewhat mitigated by the fact that they've got a top-level directory called "example."
https://github.com/PLSysSec/FaCT/blob/master/example/example...
Slightly offtopic sorry, but I remember seeing this project years ago for a compiler that emits only mov instructions:
https://github.com/xoreaxeaxeax/movfuscator
Since this is effectively branchless and every instruction would take the same number of micro ops, wouldn't this be a very safe way of writing side secure cryptographic code free of side channels?
Rust has some great constant time libs already, for instance `subtle` [0]. A `derive(ConstantTimeEq)` might get you most of the way, but a constant-timeifier would be great for wrapping whole algos where you might not want to think too hard about timing side channels.
For your sleeping proposal, it sounds a little like differential privacy [1] where you can add some randomness to gain some privacy but using up your privacy budget in the process. In that case, `N` depends on the sensitivity of the data, the noise amount, and your privacy budget. If you get it right, it has provable security properties. However, that works better when the adversary does not have physical access to the machine and can't observe the intermediate state (or side channel leaks thereof).
[0]: https://github.com/dalek-cryptography/subtle
[1]: https://github.com/dalek-cryptography/subtle