THE THESIS
Trust without
disclosure.
Every financial crisis in crypto began with the same failure: institutions asked to be trusted, offered no proof, and collapsed when trust evaporated. VeritasZK closes this gap — permanently.
SECTION 01
The problem is not risk.
It is unverifiable trust.
CoinDesk leaks balance sheet. Bank run begins November 8. Bankruptcy filed November 11.
Insolvency exposed after withdrawals frozen. $4.7 billion in customer funds unrecoverable.
Filed for Chapter 11 bankruptcy within weeks of FTX collapse. Contagion from self-reported financials.
Published 150,000+ wallet addresses in Merkle proof of reserves. Trading bots exploited the exposure within 48 hours.
"The common thread across every failure: self-reported financials, no independent cryptographic verification, and trust based on reputation instead of proof."
The Merkle PoR response traded one problem for another — transparency at the cost of privacy, exposing wallet addresses that bots immediately exploited.
SECTION 02
Thirty-three years
in the making.
"We can achieve auditing logs unforgeable after commitment via secure timestamps."
"Confidential Auditing" — unforgeable audit logs via secure timestamps. No implementation existed.
Zero-knowledge succinct non-interactive arguments of knowledge become computationally feasible.
First privacy-native L1 with programmable ZK. Leo language enables on-chain private execution.
First on-chain implementation of Szabo's 1993 protocol. Solvency proven without disclosure.
SECTION 03
The solution:
proof without disclosure.
VeritasZK implements Szabo's 1993 protocol on Aleo — the first blockchain purpose-built for programmable privacy. Private inputs enter a Leo transition. A ZK range proof executes off-chain but is verified on-chain. Only a tier classification and a boolean emerge publicly. No amounts. No addresses. No composition.
ZK PROOF FLOW
Private Inputs
Assets, liabilities, wallets
Leo Transition
prove_threshold()
Public Output
Tier + boolean only
REGULATORY ALIGNMENT
| Tier | Coverage | Basel III | Solvency II | MiCA Art. 76 |
|---|---|---|---|---|
| T1 Standard | ≥ 1.0× | — | — | — |
| T2 Verified | ≥ 1.5× | Tier 1 Capital | — | — |
| T3 Strong | ≥ 2.0× | Tier 1 Capital | SCR satisfied | ✓ Article 76 |
| T4 Institutional | ≥ 3.0× | Advanced IRB | SCR + buffer | ✓ Article 76 |
SECTION 04
What comes next.
zkTLS Bridge
Prove custodied balances from Fireblocks, Coinbase, and institutional custodians via TLS attestation — without API key exposure.
Cross-chain Verification
Accept multi-chain asset bundles from Ethereum, Solana, and BTC networks via bridge attestations.
Institutional Integrations
Native integrations with Maple Finance, Clearpool, and TrueFi — enabling on-chain credit underwriting without balance sheet disclosure.
Multi-sig Proof Submission
Require M-of-N signatories to authorize proof submissions — matching institutional governance requirements.