Comitia provides a modular digital voting platform that uses end‑to‑end cryptographic verification, homomorphic encryption, and zero‑knowledge proofs to enable auditable, privacy‑preserving elections. The system records all actions on a permissioned blockchain ledger, supports multi‑factor voter authentication, and integrates with existing voter registries for remote, hybrid, or in‑person voting. It targets election commissions, municipal authorities, and institutional bodies such as universities, corporations, and NGOs that need secure, verifiable digital ballots.
Funding
Funding not disclosed
Founders
Product
Problem
Election administrators face persistent challenges in guaranteeing ballot secrecy, preventing tampering, and providing transparent, auditable results, especially when elections are conducted remotely or across dispersed polling sites. Traditional paper‑based or legacy electronic systems often lack end‑to‑end verifiability, making it difficult for stakeholders to independently confirm that every vote was counted as cast. These gaps erode voter confidence and increase operational risk for governmental and institutional bodies.
Solution
Comitia delivers a modular digital voting platform that embeds advanced cryptographic primitives to ensure end‑to‑end verifiable elections. Voters authenticate via multi‑factor credentials and cast encrypted ballots that are processed using homomorphic tallying, allowing aggregate results to be computed without exposing individual choices. Zero‑knowledge proofs are generated for each ballot, enabling auditors to confirm inclusion and correctness without compromising privacy. All election events are recorded on an immutable, tamper‑evident ledger that supports real‑time monitoring and post‑election audits. The system integrates with existing voter registries and can be deployed for fully remote, hybrid, or in‑person voting scenarios, streamlining logistics while maintaining compliance with electoral regulations.
Features
- End‑to‑end verifiable voting workflow with cryptographic receipt generation for each voter
- Homomorphic encryption‑based tallying that preserves ballot secrecy while enabling transparent result computation
- Zero‑knowledge proof generation and verification for auditability without revealing vote content
- Immutable audit trail built on a permissioned blockchain ledger with role‑based access controls
- Multi‑factor authentication and biometric optionality to prevent unauthorized ballot casting
- API suite for seamless integration with voter registration databases, identity providers, and results reporting systems
- Real‑time election dashboard offering live turnout metrics, ballot status monitoring, and anomaly alerts
- Offline ballot capture mode with secure batch synchronization for remote polling locations lacking continuous connectivity