Introducing the Introduction to Lattice-Based Cryptography Series.

This is first post in the series: Mathematical Background on Lattices.

In this post, we look into lattices as a mathematical concept and as it pertains to lattice-based cryptography.

Introducing the Introduction to Lattice-Based Cryptography Series.

This is first post in the series: Mathematical Background on Lattices.

In this post, we look into lattices as a mathematical concept and as it pertains to lattice-based cryptography.

https://godspowereze.com/posts/mathematical-background-on-lattices/

Introducing http://modcc.xyz, a tool for automating repetitive tasks in modern cryptography and zero knowledge research and engineering process.

Watch demo 👇

https://www.loom.com/share/4e2e53047b2542d4b79fc0fb10d7f66e?sid=3ef62f87-4e03-4f7c-ab08-8d4f312e0416

The current version focuses on the sumcheck protocol, a fundamental tool for building interactive proof systems. It is used in proof systems like the GKR protocol.

With this, you could do the following:

- Univariate Lagrange Interpolation
- Evaluation of Univariate Polynomials
- Multilinear Polynomial Interpolation over the Boolean Hypercube
- Evaluation of Multilinear Polynomials
- Multivariate Polynomial Interpolation
- Evaluation of Multivariate Polynomials

All done over a finite field.

The goal is to become a repository of tools for automating tasks and showing how complex systems work by coupling smaller components.

Independent researcher and engineer exploring the power of lattice-based cryptography

Godspower Eze

@godspower.eth