Problem

Post-quantum cryptography tradeoffs are hard to reason about without concrete comparisons of signature sizes and infrastructure cost.

Approach

Built an interactive educational platform comparing Dilithium, Falcon, SPHINCS+, and classical algorithms with visual infra tradeoffs.

Outcome

Referenced by MIT DCI (in collaboration with JPMorgan Kinexys) and listed as a recommended resource by the University of Messina Quantum Computing and Information Systems Lab.

Problem

Applied cryptography concepts like BLS signatures and secret sharing are often inaccessible without dense academic material.

Approach

Shipped a modern toolkit of interactive tools: signature aggregation, hashing playgrounds, function selectors, and Shamir’s Secret Sharing, for developers and students.

Outcome

A public cryptography lab used for education and hands-on exploration of protocols that power modern blockchain systems.

Problem

Crypto developers facing legal pressure often lack coordinated, transparent funding pathways for defense and related tech causes.

Approach

Designed and launched a platform supporting legal funds for crypto developers and technology causes worldwide.

Outcome

A public-facing initiative connecting community support to legal defense and developer advocacy.