Kanari Network

Technical Whitepaper

Author: James Jiraphon

https://kanarinetwork.site

Version: 0.0.2 (April 19, 2026)

Abstract

Kanari Network is a fast, secure payment infrastructure built for real-time transactions. It uses advanced technology to process payments in less than 1 second with no fees for end users.

Key Features:

  • Speed: Payments finalize in ~300 milliseconds
  • No Fees: End users never pay transaction fees
  • Security: Built with quantum-resistant cryptography
  • Scale: Handles 50,000+ transactions per second
  • Safety: Uses MoveVM to prevent asset loss or duplication

1. Introduction

The Problem Traditional payment systems and blockchains have significant limitations:

  • Banking systems: Slow settlement (1-3 days), high fees, limited accessibility
  • Credit cards: High merchant fees (2-4%), chargeback risks, fraud concerns
  • Traditional blockchains: High gas fees, slow finality, poor user experience

Kanari's Solution Kanari provides a universal payment infrastructure optimized for real-time transactions:

  • Instant Payments: Complete settlement in under 1 second
  • Zero User Fees: Businesses cover infrastructure costs
  • Simple Integration: Works with existing user accounts and systems
  • High Performance: 50,000+ TPS supports massive scale applications

Primary Use Cases:

  • Gaming: In-game purchases, microtransactions, player-to-player trading
  • E-commerce: Instant checkout, cross-border payments, subscription billing
  • Financial Services: Remittances, peer-to-peer transfers, digital wallets
  • Digital Content: NFT marketplaces, content monetization, creator payments

How It Works Kanari combines proven technologies in a new way:

  • Move Virtual Machine: Safe smart contracts for financial assets
  • DAG Consensus: Parallel processing instead of sequential blocks
  • Rust Programming: Fast, memory-safe code
  • Post-Quantum Crypto: Ready for future security threats

This whitepaper explains how Kanari works as a universal payment infrastructure, with clear formulas and practical examples for all use cases.