The Base Layer
for Quantum Security
NIST-Standardized PQC
Implementing Falcon-512 signatures and Kyber-1024 encapsulation for long-term quantum resistance, securing your assets against future threats.
Rust-Based Efficiency
Built on a high-performance Rust codebase, ensuring memory safety, parallel execution, and lightning-fast transaction throughput.
Real-time Finality (~10s)
Deterministic finality with adaptive block times, eliminating reversion risks for critical financial operations and dApps.
Core
Features
QUANTA combines NIST-standardized post-quantum cryptography with sustainable economic design to deliver a blockchain secure for decades.
Falcon-512
NIST Level 1 lattice signatures. 897-byte keys. Quantum-resistant security for the post-quantum era.
Kyber-1024
NIST Level 5 encryption. 256-bit quantum security protecting against harvest-now-decrypt-later attacks.
Adaptive Rewards
100 QUA initial reward declining 15% annually to a sustainable floor, ensuring perpetual incentives.
10s Block Time
Fast finality with dynamic difficulty. SHA3-256 hashing provides robust quantum-resistant proof-of-work.
70% Fee Burn
Deflationary pressure mechanism. Transaction fees are burned to reduce supply and increase value.
Fair Launch
Zero pre-mine, zero ICO. 100% distributed through mining to ensuring a fair start for everyone.
Sustainable
Economics
Fair launch with adaptive tokenomics designed for long-term network health. No pre-mine, no ICO.
QUA Initial Reward
Per block at launch
Annual Reduction
Smooth exponential decay
Asymptotic Max
Reached by year 15-20
QUA Reward Floor
Perpetual mining incentive
Emission schedule designed to balance early adoption incentives with long-term sustainability. Mining rewards decrease gradually, ensuring network security remains economically viable indefinitely.
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