Coppersmith Attacks, Part 3: Factoring RSA When High Bits Are KnownIn Part 1, we explored the general Coppersmith framework. In Part 2, we saw how a small difference between two RSA plaintexts can lead to an attack. This time, we're attacking RSA from a different angOct 17 · 4 min readvishwaksen.hashnode.dev
Coppersmith's Attack 2: The Short Pad AttackIn the previous post, we explored Coppersmith's attack framework, and kind of realised knowing 'some' part of the 'secret' is enough in case of RSA. Now let's put that realisation to work. Imagine encOct 15 · 8 min readvishwaksen.hashnode.dev
Coppersmith's Attack: When Knowing a Little Is Enough to Break RSAThe Problem RSA relies on a simple asymmetry: multiplying two large primes is easy, but factoring their product is hard. Given $$N = pq$$ recovering secret primes \(p\) and \(q\) from public modulus \Oct 14 · 4 min readvishwaksen.hashnode.dev
Understanding the Franklin–Reiter AttackRSA encryption does not always protect a message simply because the modulus is large and factoring it is infeasible. When textbook RSA encrypts two related messages using the same public key, the relaOct 1 · 5 min readvishwaksen.hashnode.dev
Building rtl-aid: CI-Native Documentation for RTL Projects rtl-aid is a small documentation and linting toolkit for Verilog and SystemVerilog projects. It generates one Markdown page per RTL module, preserves the human-written description, and keeps the mechaJun 21 · 8 min readvishwaksen.hashnode.dev
