TetraVote-A-National-Framework-For-Sovereign-Quantum-Resilient-Elections

The TetraVote framework introduces a sovereign, zero-knowledge, post-quantum resilient voting system specifically designed to empower Indigenous Nations and decentralized governance structures. Built from the ground up for air-gapped, offline deployment without reliance on external cloud services or centralized authorities, TetraVote prioritizes mathematical integrity, voter anonymity, and tamper-proof ledger recording. This paper details the design, architecture, simulations, and future expansion pathways for TetraVote, including planned integrations of Kyber key encapsulation, Dilithium signatures, and zk-SNARK/zk-STARK zero-knowledge proofs. System performance is validated through two large-scale election simulations: a Nation-level election modeled after Black Lake First Nation, and a National-level simulation approximating Canada’s 2025 federal election conditions. By fusing traditional governance values with advanced cryptographic systems, TetraVote offers a new blueprint for sovereign self-determination in the quantum computing era. Through Indigenous stewardship, open-source transparency, and forward-resilient engineering, TetraVote aspires to lay a path for Nations and communities seeking to safeguard their electoral processes — now and for generations to come.