PRVNZ Technical Documentation

⚠️ Development Status

PRVNZ is currently under active development. All specifications, performance metrics, tokenomics, and technical parameters documented here are preliminary and subject to change. Values will be finalized through testing, security audits, and regulatory review prior to mainnet launch.

Complete technical reference for PRVNZ blockchain infrastructure. Learn about distributed hardware-rooted security, Bitcoin-backed treasury, digital vaults, and high-performance rights management architecture.

Architecture

System architecture including application layer, vault layer, privacy layer, consensus layer, and settlement layers with detailed data flows and network topology.

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Digital Vaults

Secure programmable containers combining TEE-backed execution with MPC key management for institutional-grade asset protection and complex licensing logic.

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Trusted Execution Environments

Hybrid MPC+TEE architecture leveraging Intel SGX, AMD SEV-SNP, Intel TDX, and decentralized TEE networks for hardware-rooted security.

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Bitcoin Treasury

Bitcoin-backed reserve system with 1:1 backing, multisig custody, proof-of-reserves verification, and transparent token operations.

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Token Economics

Utility token model with dynamic supply, Bitcoin backing, fee structures, reserve management, validator economics, and governance.

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Bitcoin Integration

Alignment with Bitcoin principles, addressing maximalist concerns, technical integration details, and comparisons to other Bitcoin L2 solutions.

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Quick Start

For Developers

Start with Architecture to understand the system layers, then explore Digital Vaults for asset protection patterns and licensing logic.

For Bitcoin Maximalists

Read Bitcoin Integration first to understand alignment with Bitcoin principles, then Treasury for technical reserve backing details.

Key Principles

Security First

Hardware-rooted trust with distributed MPC and TEE architecture

Bitcoin Native

100% BTC backing with transparent proof-of-reserves

Privacy by Design

Configurable privacy with selective disclosure