Proof of Progress
Technical achievements, performance benchmarks, and research contributions that demonstrate our commitment to building production-ready quantum-safe infrastructure.
Performance vs Traditional Crypto
Signature Generation
Real benchmark results; post-quantum security with acceptable overhead
Signature Verification
Verification performance measured in production environment
Range Proof Generation (64-bit)
Privacy proofs have no L1 baseline; feature not available on most public L1s
Network Throughput (Benchmarked)
Actual benchmark results with post-quantum signatures and privacy features
2–6× slower than traditional crypto, but still under 1ms. 50-200 TPS with quantum safety.
Development Roadmap
NIST Dilithium Implementation
CompletedPost-quantum signature scheme fully integrated and tested
CompleteSmart Contract Virtual Machine
CompletedEthereum-compatible VM with quantum-safe execution
CompleteZero-Knowledge Privacy System
Completedzk-STARK proofs with selective disclosure implemented
CompletePerformance Benchmarking
CompletedComprehensive performance testing and optimization
CompleteSecurity Audit Preparation
Q1 2026Formal verification of cryptographic implementations
PlannedResearch & Publications
Post-Quantum Privacy Pools: Selective Disclosure in the Quantum Era
QuantumPrivate Research Team
IEEE Security & Privacy
Performance Analysis of Dilithium Signatures in Blockchain Applications
Core Development Team
IACR ePrint Archive
Why QuantumPrivate Wins
Unlike privacy coins that face delisting risks, we're compliant by design. Unlike public blockchains, we have comprehensive privacy features. Unlike everything else, we're quantum-safe from day one.
Features | QuantumPrivate | Ethereum | Monero | Zcash | TradFi |
---|---|---|---|---|---|
Post-Quantum Security Protection against quantum computer attacks | |||||
Privacy Available Comprehensive privacy features with selective disclosure | |||||
Regulatory Compliance Built-in AML/KYC and audit capabilities | |||||
Selective Disclosure Reveal specific transaction details to authorized parties | |||||
Enterprise Integration HSM support, custody integrations, enterprise APIs | |||||
Transaction Speed 50-200 TPS - efficient post-quantum processing | |||||
Institutional Adoption Banks and institutions can legally use it |
One of the first protocols combining privacy + compliance + NIST-standardized post-quantum security at L1
Join theQuantum Resistance
We're building this in the open. Join us, contribute code, or just follow along as we prepare for the post-quantum world.
Browse the Code
Explore our open-source post-quantum implementation
Join Discord
Chat with developers building post-quantum crypto
Research Papers
Deep technical documentation and proofs
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Research consensus places RSA/ECDSA break between 2028–2030; risk horizon compressed by AI. While others scramble to upgrade their security when quantum attacks mature, you'll already be protected with QuantumPrivate.