Technical Overview

FragMint API

The FragMint API provides a comprehensive interface for managing digital assets. It allows for seamless integration with existing systems, offering endpoints for asset creation, management, and retrieval.

STOQ Protocol

The STOQ Protocol ensures secure and efficient data transfer using quantum-resistant encryption. It supports cross-network communication, maintaining security and load balancing.

Integration

Together, the FragMint API and STOQ Protocol provide a robust solution for digital asset management. The API handles asset operations, while the STOQ Protocol secures data transfer, ensuring privacy and integrity.

Core Concepts

Distribution System

FragMint's distribution system intelligently splits and spreads data across multiple locations:

  • Content-aware segmentation for optimal performance
  • Geographic distribution for reduced latency
  • Automatic redundancy management
  • Smart load balancing

Interoperability Framework

Universal compatibility achieved through:

  • Standardized API interfaces
  • Protocol-agnostic data handling
  • Flexible integration options
  • Cross-platform support

STOQ Protocol

Secure Tokenization over QUIC

1. Core Protocol Components

The STOQ protocol operates through three main components working in concert:

1.1 Network Layer

Built on QUIC, the network layer handles connection management and data transport. Each node maintains: - A certificate authority chain for network identity verification using Falcon post-quantum signature schemes. - Websocket and HTTP/3 endpoints for different types of traffic. - Peer discovery and management system.

1.2 Data Distribution

File distribution occurs through a content-aware sharding system: - Content is analyzed for logical boundaries before sharding - Each payload is compressed and encrypted using Kyber-Sphincs+ & AES-256-GCM - Each shard is individually hashed using SHA3_256 - Shards are distributed across nodes based on network topology - Recovery is handled through redundant storage and merkle proofs

1.3 Blockchain Registry

The blockchain component maintains: - Asset records and ownership chains - Token operations and transfers - Network state and configuration - Cross-network authentication proofs

2. Protocol Operations

2.1 Node Registration


                    1. Node generates keypair
                    2. Requests network certificate from CA
                    3. Receives signed certificate
                    4. Broadcasts presence to network
                    5. Begins participating in consensus

2.2 Data Distribution Process


                    1. Content Analysis
                       - Examine file structure
                       - Identify natural boundaries
                       - Calculate optimal shard sizes

                    2. Encryption
                       - Generate per-shard AES keys
                       - Encrypt individual shards
                       - Create merkle tree of shard hashes

                    3. Distribution
                       - Select storage nodes based on network metrics
                       - Transfer encrypted shards
                       - Update blockchain with location proofs

2.3 Asset Management


                    1. Asset Creation
                       - Generate unique asset ID
                       - Create initial record
                       - Assign ownership tokens

                    2. Record Updates
                       - Validate authority
                       - Process transaction
                       - Update blockchain state

Security Architecture

Encryption

  • Post-quantum cryptography
  • Multi-layer encryption
  • Dynamic key rotation

Access Control

  • Role-based permissions
  • Multi-factor authentication
  • Audit logging