Ed25519 is an algorithm for producing digital signatures. The algorithm is based on Edwards curves introduced by Bernstein et al. (2007) and named after mathematician Harold M. Edwards.

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How can k3d3/ed25519-java's performance be improved?

I tried asking this on stackoverflow because I thought it might be a simple coding question and didn't want to clutter up this amazing stack, but I received no responses. CodesInChaos showed me that ...
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byte length and offset for k3d3/ed25519 byte[] variables?

I've discovered for myself that java's BigInteger is very slow, so I'm trying to weakly optimize this java implementation of ed25519 which I will fork and post if ...
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Is this the proper way to generate an Ed25519 signing key? If not, how?

In the test of this Java implementation of Ed25519, the signing key is generated this way: byte[] sk = new byte[32]; Arrays.fill(sk, (byte)0); Is that correct? ...
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Probability of an ed25519 selective forgery?

What is the expected number of trials required to selectively forge ed25519? Please include how it is calculated.
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How can PBKDF2 be used to hash passphrases for ed25519 signing keys?

In trying to find a javascript implementation of ed25519, I came across this which says: The input must be 32 bytes long. As Brian Warner puts it, "Ed25519 keys start life as a 32-byte (256-bit) ...