The Foundation
Zero-knowledge proofs let one party prove a statement is true — without conveying any information beyond the validity of that statement itself.
Prove a claim without revealing the evidence. Your data stays yours — only the proof is shared.
Mathematical certainty, not institutional promises. A valid proof is provably correct — no authority required.
Client-side WASM proofs in milliseconds. Verification is fast, deterministic, and requires no server round-trip.
Capabilities
Real cryptography. No shortcuts. Designed for developers who need production-grade privacy primitives without the research overhead.
The Stakes
These incidents were architectural failures — institutions collecting data they didn't need, systems built on disclosure instead of proof.
147 million records exposed
A vulnerability in a web application framework exposed Social Security numbers, birth dates, addresses, and credit history for nearly half the US adult population.
With Minerva: A credit check becomes a single proof — "score exceeds threshold X" — with zero transmission of the underlying score, SSN, or personal data.
€1.9 billion that never existed
Wirecard reported €1.9 billion in escrow accounts that auditors could not verify. The fraud persisted for years.
With Minerva: ZK-STARK audit proofs let regulators cryptographically verify that reported balances match real positions — without accessing customer data.
87 million profiles harvested
A personality quiz app scraped the data of 87 million Facebook users without consent, then sold psychographic profiles for political targeting.
With Minerva: Users prove eligibility for an ad segment — age, interests, location — without revealing any personal data. Targeted advertising without surveillance.
11.5 million documents leaked
The largest data leak in history exposed offshore financial structures used to evade taxes.
With Minerva: Tax authorities verify compliance without accessing private records. A ZK proof demonstrates "tax obligations met" without revealing account balances.
Global privacy vs. public health
Vaccine passport systems worldwide required presenting medical records, identity documents, and date of birth — far more than needed.
With Minerva: A single ZK proof attests to vaccination status without revealing medical history, date of birth, identity, or any other personal data.
The Process
From natural language to a cryptographic proof in three steps.
Step 01
Tell Juno Oracle in plain English. No circuit knowledge required.
Step 02
Juno selects a template, configures parameters, and returns a MinervaFormat circuit definition.
Step 03
The WASM engine runs client-side. Your proof is shareable, verifiable, and contains zero private data.
Circuit Library
Ten production-ready circuits covering the most common proof patterns across industries.