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Simulating NAS with enough caffeine to kill a horse
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Simulating NAS with enough caffeine to kill a horse
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1nfocalypse/README.md

Hi, I'm 1nfocalypse. I'm a recent graduate, with a BS in Computer Science. I'm primarily interested in algorithm development, applied mathematics, security, and systems. I'm also a bit of a cyberpunk nerd.

I currently mostly work with numerical and (to use Knuth's verbiage) seminumerical algorithms. I also particularly enjoy cryptography, both theory and practice. I'm currently working primarily with GCC's libstdc++-v3, in which I contributed Philox Engine for C++26 and am currently working on expanding valid targets for it, along with some preliminaries for the numerical linear algebra header. I also maintain an entirely-too-large list of personal projects that I'm either currently working on, have started, or intend on working on, which can be found below. If you're interested in contacting me, I can be found at 1nfocalypse(at)protonmail(dot)com. I may miss your email in the sea of GCC mailing list stuff - if I don't respond, please feel free to bump it up in my inbox again.

Current Projects:

  • libstdc++-v3 Philox Engine (selected for merge, working on compatability for all targets and not just those supporting __uint128_t)
  • Cryptanalysis of the Philox PRNG
  • Survey and impl of Chinese + Russian crypto (re-implementing RU GOST bc my old attempt kinda sucks, turns out following random blog articles on C++ styles is a bad idea)
  • libstdc++-v3 linalg header
  • Development of a dual-hardness Elliptic Curve based CSPRNG algorithm, reliant on the ECDLP, Elligator 2, and bit truncation.
  • Hacker's Fright (A writeup on the book "Hacker's Delight")
  • Serge Lang's Algebraic Number Theory (group read)
  • Numerical Analysis Writeup
  • AES, RSA, ElGamal implementations
  • SHA256 and Keccak implementations
  • P2P E2E messaging client utilizing crypto that I've rolled
  • Coding Theory Writeup + Examples
  • Automated network priority resolution standard for CANs based on error-correcting codes
  • Research on Fractionated Cavity Loaders utilizing Plausibly Deniable Encryption
  • Research and (hopefully) implementation of Shpilrain's Algorithm, based on the undecidability of problems regarding the free word group in Combinatorial Group Theory
  • Research on solutions to decentralized, anonymous, encrypted group messaging.
  • Research on compression efficiency, particularly with regards to finding optimality for expected compression in number of symbols permitted via decompositional preprocessing
  • Library for wrapping C++ sockets to provide a better interface

Pinned Loading

  1. Cracking-Chaos Cracking-Chaos Public

    An informal, security oriented walkthrough of pseudo-random number generators, exploring design, function, and exploitation.

    Python 1

  2. DEFCON33-Cube-Crypto DEFCON33-Cube-Crypto Public

    A writeup from the author on the modern cryptographic challenges presented in the "? Cube" Black Badge CTF at DEFCON 33.

    1

  3. Corto Corto Public

    C++ implementation of verified GOST spec. ciphers and hash. (Kuznyechik, Magma, Streebog)

    C++

  4. ROXy ROXy Public

    A toy showcasing a symmetric and asymmetric implementation of Plausibly Deniable Encryption based on a paper by Canetti et. al.

    C++

  5. CryptoWriteup CryptoWriteup Public

    A collection of notes on mathematical Cryptography, ranging from classical methods through contemporary.

    8

  6. AMBiDEX AMBiDEX Public

    A toy implementation of Chaum's Dining Cryptographers problem to illustrate programmatic functionality over a reliable broadcast network, along with a brief explanation.

    C++ 1