6.1 PUNK Chain: Evolution to a Proprietary RWA-Specialized Network Infrastructure
PUNKVISM will initially launch the PVT token and core functionalities on the Solana blockchain to ensure early market accessibility. However, to fully realize its vision as a multi-domain access hub and meet the specialized demands of RWA, the platform plans to evolve into "PUNK Chain," a self-developed, EVM-compatible blockchain.
PUNK Chain aims to be a proprietary network with customized, high-level security and flexible governance, independent of Solana's underlying consensus structure.
1. PUNK Chain Core Technical Specifications and Architecture
PUNK Chain is built upon the following technical characteristics to meet the core requirements of an RWA platform:
Enhanced Security Node Public Blockchain
Secure Node System
Transaction Speed Increase
High Development Completeness
Deterministic EVM Operation: The core engine, the EVM (Ethereum Virtual Machine), operates deterministically, ensuring that identical inputs always yield identical outputs.
2. Block Validation and Consensus Mechanism
The PUNK Chain Mainnet ensures high security and transparency through a proprietary validation and state management structure.
Standard Block Validation: The Standard PUNKVISM Network block validity test checks if the global status information of all contracts is included in the block header and if it matches the global status hash value.
Dual State Database: The state database is divided into Private Status and Public Status, stored in memory as two separate Patricia-Merkle trees, a structure common in Ethereum-based systems.
Public Consensus: The validation test is conducted exclusively on the Public Status, which is verifiable on-chain. This includes global transaction hash consensus and Public Consensus.
Private Consensus: Private state consensus is delivered to the application program layer, supporting the secure sharing of RWA-related sensitive data off-chain or on-chain.
3. RWA Specialization and Technological Goals (Including ZKP)
PUNK Chain implements the following features to overcome limitations and enhance multi-domain and RWA support:
RWA Optimization Implementation:
Extended Smart Contracts to represent complex asset right structures.
An Oracle Network to link legal documents and tokens on-chain.
A Compliance Layer to automate regulatory adherence.
Zero-Knowledge Proof (ZKP) Integration:
ZKP technology is integrated to enhance the security and privacy of NFT-related operations.
NFT holders can prove ownership or specific attributes (e.g., level, staking status) without disclosing sensitive data, boosting user trust and confidentiality.
ZKP supports secure cross-domain transactions by allowing verifiable yet private NFT interactions.
Community members can participate in DAO voting without exposing their individual stake.
Domain-Specific Environments:
Provides optimized environments for the unique requirements of each domain (real estate, entertainment, etc.).
Supports a high-speed data processing layer optimized for the Metaverse.
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