Quantum-Resistant
Blockchain for
Human Identity
P4P Network combines toroidal quantization with sharded scalability to create a secure, human-centric blockchain achieving over 500 TPS with quantum-resistant cryptography.
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Transactions per Second
Billion P4P Tokens
Year Emission Curve
Second Block Time
Revolutionary Blockchain Technology
Built with advanced quantum-resistant cryptography and human-centric design principles
Quantum-Resistant
SHA-3 and XMSS cryptography protect against quantum computing threats.
>500 TPS Throughput
Sharded architecture with 5 shards achieving high-performance scalability.
Human-Centric Identity
Proof of Human (PoH) ensures genuine human participation in the network.
Decentralized Governance
DAO with quantized voting mechanisms for community-driven decisions.
Toroidal Quantization
5 shards with distributed edge nodes achieving >500 TPS
EEHC Consensus
Edge-Enhanced Human Consensus with Wave Dynamics
Transaction Submission
Shard Assignment
Local Consensus (66%)
Wave Propagation
Global Finalization
15-second blocks • Quantum-resistant SHA-3 • XMSS signatures
Advanced Toroidal Quantization
P4P Network leverages Benjamin C. George's theorem on gravity quantization via sub-Planckian toroidal units, creating a revolutionary approach to blockchain architecture with emergent spacetime dynamics.
Quantum-Resistant Security
SHA-3 hashing and XMSS signatures protect against quantum computing threats
Sharded Architecture
5 shards processing transactions independently with global synchronization
Human-Centric Design
Proof of Human ensures authentic participation and Sybil resistance
Toroidal Quantization
Edge nodes as toroidal units with fluid-like wave propagation
Ready to Join the Quantum-Resistant Future?
Be part of the next generation blockchain that prioritizes human identity, quantum security, and scalable governance.