Consentium lets citizens propose and vote on legislation through a cryptographic architecture that makes linking any voter to their ballot mathematically impossible.
The Blind Ledger separates who participated from how they voted. Even with full database access, no query, join, or timing analysis can reconnect the two.
Records that a citizen participated in a specific proposal. Uses browser fingerprint hashes and HMAC tokens. Prevents double-voting and bot farms.
user_hash | proposal_id | participated_at
a7f3c... | prop_042 | 2026-04-13T09:31Z
Records the actual vote for a specific proposal. Written via a randomized delay queue to prevent timing correlation. No user identifiers.
ballot_id | proposal_id | vote | written_at
b91e2... | prop_042 | +1 | 2026-04-13T09:47Z
Any verified citizen can submit a legislative proposal. Proposals are structured, categorized, and open for public discussion before reaching a vote.
When voting opens, your participation is logged in Registry A. Your actual vote is queued with random jitter and written to Registry B. The two never meet.
Results are computed deterministically from Registry B. Anyone can audit the count. The code is open source. The math is the proof.
The platform has no agenda. It facilitates democratic expression without bias, filtering, or algorithmic amplification. Every proposal gets the same infrastructure.
Every line of code that touches your vote is publicly auditable. Security through obscurity is not security. Consentium is verifiable by design.
No government ID upload. No biometric scan. Browser fingerprint hashing and HMAC tokens prevent double-voting and bot farms without creating identity databases.
Votes pass through a randomized delay queue before being written. Even monitoring database write times reveals nothing about who cast which vote.
Consentium is being built from Strasbourg, the seat of the European Parliament, to give citizens the tools to legislate with confidence and anonymity.
Try the Blind Ledger Demo