Most of the research papers presented here are more than two decades old. In my attempt to edit these documents, I tried to preserve the original text as much as possible. Apart from correcting typos and unfortunate wording I left the text unchanged.
Many original links are not functional today. I tried to recreate the material I've linked to from files I stored at the time or I've replaced the links with what I found on the internet at a different URL.
An analysis of the security mechanisms PGP provides to protect your private key with a detailed explanation of what can go desperately wrong when you try to keep your private key secure.
An experimental approach to investigate the mal-performance of certain PGP versions, when these programms use manipulated public keys that contain additional keys in the signed area of the new key format.
Introduction to the Pure Crypto Project, an attempt to build the entire set of cryptographic primitives on Modular Exponentiation and nothing else. This project uses a discrete logarithm hash function proposed by Prof. Adi Shamir.
To reduce the complexity of a cryptosystem it can be useful to have the hash function's security based on the same foundation as the public key encryption scheme. In this respect the proposal of a discrete logarithm hash function once invented by Adi Shamir offers both, a clear concept and provable collision-resistance.