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P4P Network
Advanced Technology

Quantum-Resistant
Blockchain Architecture

Revolutionary blockchain technology combining toroidal quantization theory with practical implementation for scalable, secure, and human-centric decentralized systems.

Technical WhitepaperDocumentation

Interactive Technology Demo

Explore our innovative blockchain architecture through interactive visualizations

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

Technical Specifications

Comprehensive overview of P4P Network's technical parameters

Performance
Throughput>500 TPS
Block Time15 seconds
Finality<30 seconds
Shards5 active
Security
Hash AlgorithmSHA-3 (Keccak)
SignaturesXMSS
Security Level256-bit
Quantum SafeYes
Network
Nodes per Shard~200
Max Cluster Size100 nodes
Peer Diversity5+ per shard
Communicationlibp2p
Economics
Total Supply4.323B P4P
Emission Rate250 P4P/block
Emission Period137 years
HalvingEvery 4 years
Identity
DID StandardDID:ion
PoH MethodFederated ML
Variance Threshold<0.03
KYC FallbackEnabled
Consensus
AlgorithmEEHC
Local Threshold66%
Global Threshold66%
Wave Speed0.01 s

Core Technical Features

Advanced cryptographic and consensus mechanisms powering the P4P Network

Quantum-Resistant Cryptography

SHA-3 hashing and XMSS signatures provide protection against quantum computing threats

SHA-3 (Keccak) hashing
XMSS post-quantum signatures
256-bit security level

Sharded Architecture

5 independent shards processing transactions with global synchronization

5 shards, 200 nodes each
100 TPS per shard
>500 TPS total throughput

Proof of Human (PoH)

Advanced identity verification using federated learning and behavioral analysis

Federated MLP networks
Variance threshold < 0.03
KYC fallback system

Toroidal Quantization

Novel approach based on sub-Planckian toroidal units for emergent spacetime dynamics

Toroidal units as edge nodes
Curvature-based clustering
Fluid wave propagation
Consensus Layer

Edge-Enhanced Human Consensus

Our innovative consensus mechanism combines human identity verification with efficient blockchain consensus, ensuring both security and authenticity while maintaining high throughput performance.

Edge-Enhanced Human Consensus (EEHC)

Combines human identity verification with efficient consensus mechanisms

Sharded Wave Dynamics

Damped wave equation for global synchronization across shards

Merit Token System

Dynamic reward boosting with decay mechanism for fairness

VRF Rotation

Verifiable Random Function for secure validator rotation each block

Explore Tokenomics

15s

Block time with global finality

66% Local Threshold•Global Synchronization

Advanced Security Measures

Multi-layered security approach protecting against all known attack vectors

Quantum Resistance

SHA-3 and XMSS protect against Grover's and Shor's algorithms

Sybil Protection

Human identity verification and behavioral analysis prevent fake identities

Attack Mitigation

Comprehensive protection against 51%, eclipse, and routing attacks