AstraLink: Quantum-Powered Telecom Revolution

"The Future of Telecommunications is Here"

🌌 Quantum State Overview

mindmap
  root((AstraLink))
    [Quantum Security]
      Post-Quantum Cryptography
      Quantum Key Distribution
      Error Correction <0.00001%
      Entanglement Protocols
    [Network Layer]
      Dynamic eSIM
      5G Integration
      Edge Computing
      Satellite Links
      Handshake DNS
    [Blockchain Core]
      Smart Contracts
      Cross-Chain Ops
      NFT Management
      Zero-Knowledge Proofs
      Decentralized DNS
    [AI Operations]
      Network Optimization
      Predictive Maintenance
      Threat Detection
      Resource Allocation

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🚀 Performance Matrix

Component	Metric	Achievement
Transactions	Throughput	10,000+ TPS
Quantum Keys	Generation	1M keys/sec
Network	Latency	<10ms
Availability	Uptime	99.999%
AI Decisions	Response	<100ms

🌐 Dimensional Navigation

Choose your entry point into the AstraLink universe:

🔮 Quantum Realm

• Quantum Integration - Harness quantum supremacy
• Security Architecture - Post-quantum security
• Error Correction - Surface code implementation

🌍 Physical Realm

• Network Architecture - System design
• Deployment Guide - Infrastructure setup
• Performance Optimization - System tuning
• Handshake Integration - Decentralized DNS setup

💫 Development Realm

• Developer Portal - Build on AstraLink
• API Reference - Interface specifications
• SDK Guide - Development toolkit

🛸 Quick Transport

# Clone the quantum realm
git clone https://github.com/redx94/AstraLink.git

# Initialize your quantum state
cd AstraLink
npm install
pip install -r requirements.txt

# Launch your node with Handshake DNS support
docker-compose up -d

🌌 Core Innovations

• Quantum-Secured Communications: Post-quantum cryptography with Kyber-1024 and Dilithium-5
• Dynamic eSIM Management: Blockchain-based, quantum-protected profile provisioning
• AI Network Optimization: Real-time resource allocation and predictive maintenance
• Cross-Chain Interoperability: Seamless blockchain integration and asset management
• Decentralized DNS Infrastructure: Handshake-powered domain (.quantum.api) with DNSSEC
• Regulatory Compliance: Built-in frameworks for GDPR, HIPAA, ISO27001, and more

🎯 Status Dashboard

quadrantChart
    title Network Performance Metrics
    x-axis Low Performance --> High Performance
    y-axis Low Security --> High Security
    quadrant-1 Legacy Systems
    quadrant-2 Traditional Telecom
    quadrant-3 Blockchain Networks
    quadrant-4 AstraLink
    "Traditional Telecom": [0.3, 0.4]
    "Blockchain Networks": [0.6, 0.5]
    "Legacy Systems": [0.2, 0.3]
    "AstraLink": [0.9, 0.95]

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🌐 Network Infrastructure

AstraLink leverages the Handshake naming system for truly decentralized DNS resolution. Our network operates on the quantum.api domain, providing:

• Decentralized Authority: No central certificate authorities
• DNSSEC Integration: Quantum-safe DNS security
• Service Discovery: Automatic node and service resolution
• High Availability: Distributed DNS infrastructure
• Quantum-Safe Records: Post-quantum cryptographic signatures

Access our services through our Handshake domain:

• API Gateway: api.quantum.api
• RPC Endpoint: rpc.quantum.api
• Developer Portal: dev.quantum.api
• Status Dashboard: status.quantum.api

🤝 Join the Revolution

• Discord Community
• Developer Forum
• Contributing Guide
• Research Papers

📡 Enterprise Support

For enterprise-grade support and custom solutions:

• 🌟 24/7 Priority Support
• 🛡️ Custom Security Audits
• 🚀 Dedicated Engineering Team
• 📊 Performance Optimization
• 🔒 Custom Handshake Domain Integration

Contact: [email protected]

📚 License

This project is proprietary software owned by AstraLink Technologies. Usage is subject to the AstraLink Proprietary License terms. See LICENSE for detailed terms and conditions.

Note: Enterprise licensing, support, and custom solutions are available. Contact [email protected] for inquiries.

NFT Functionality

Introduction to NFT Functionality

The NFT functionality in AstraLink provides a secure and efficient way to manage digital assets, such as eSIM profiles, using blockchain technology. This feature integrates seamlessly with the AstraLink platform, offering enhanced security, ownership verification, and dynamic updates.

Smart Contract Details

The NFT functionality is implemented using smart contracts, specifically contracts/DynamicESIMNFT.sol and contracts/AstraLinkGenesisNFT.sol. These contracts handle the creation, updating, and ownership management of NFTs.

Minting NFTs

To mint an NFT, you need to follow these steps:

1. Call the mintESIM function in contracts/DynamicESIMNFT.sol or the mintNFT function in contracts/AstraLinkGenesisNFT.sol.
2. Provide the required parameters, such as the owner's address and the metadata for the NFT.
3. The smart contract will create a new NFT and assign it to the specified owner.

Example code snippet for minting an NFT:

function mintESIM(uint256 _id, address _owner) public {
    require(esims[_id].id == 0, "ESIM already exists");
    esims[_id] = ESIM(_id, _owner, "Invalid", "");
}

Relevant API Endpoints

The NFT functionality is integrated with the AstraLink API. For example, the /v1/esim/create endpoint in api/unified_api.py handles the creation of eSIMs, which are represented as NFTs.

Updating NFT Status and Data

You can update the status and data of an NFT using the following functions in contracts/DynamicESIMNFT.sol:

• updateStatus: Updates the status of the NFT.
• updateData: Updates the data associated with the NFT.

Example code snippet for updating NFT status:

function updateStatus(uint256 _id, address _owner, string memory _newStatus) public {
    require(esims[_id].owner == _owner, "Not the owner");
    esims[_id].status = _newStatus;
}

Ownership Verification

To verify the ownership of an NFT, you can use the verify_ownership function in blockchain/nft_manager.py. This function ensures that only the rightful owner can perform certain actions on the NFT.

Example code snippet for verifying ownership:

async def verify_ownership(self, token_id: int, user_address: str) -> bool:
    """Verify NFT ownership for eSIM validation"""
    try:
        owner = self.contract.functions.ownerOf(token_id).call()
        return owner.lower() == user_address.lower()
    except Exception as e:
        logger.error(f"Ownership verification failed: {str(e)}")
        raise NFTError(f"Ownership verification failed: {str(e)}")

Examples and Visuals

Here are some examples and visuals to help you understand the NFT functionality better:

Example of an NFT Metadata

{
  "esim_id": "1234567890",
  "carrier": "AstraLink",
  "activation_date": "2025-01-01",
  "plan_details": "Unlimited 5G"
}

Visual Representation of an NFT

Usage Scenarios

The NFT functionality can be used in various scenarios within the AstraLink platform, such as:

• Dynamic eSIM Provisioning: Representing eSIM profiles as NFTs for secure and dynamic provisioning.
• Ownership Verification: Ensuring that only the rightful owner can manage the eSIM.
• Bandwidth Allocation: Representing bandwidth allocations as NFTs for trading and management.
• Fundraising and Rewards: Using NFTs for fundraising campaigns and rewarding top contributors.
• Quantum Security: Incorporating quantum security measures to ensure the integrity of the NFTs.

Enhanced Features

The enhanced NFT functionality in AstraLink includes additional features such as bandwidth management and quantum security. These features are implemented in the contracts/EnhancedDynamicESIMNFT.sol smart contract.

Bandwidth Management

The EnhancedDynamicESIMNFT contract allows for dynamic bandwidth allocation to eSIM NFTs. This feature ensures that each eSIM has the appropriate bandwidth based on its usage and requirements.

Example code snippet for allocating bandwidth:

function allocateBandwidth(uint256 tokenId, uint256 amount) 
    external 
    nonReentrant 
    onlyOwner 
{
    require(_exists(tokenId), "ESIM does not exist");
    require(esims[tokenId].isActive, "ESIM not active");
    require(amount <= MAX_BANDWIDTH, "Exceeds maximum bandwidth");

    esims[tokenId].bandwidth = amount;
    esims[tokenId].lastUpdated = block.timestamp;

    emit BandwidthAllocated(tokenId, amount);
}

Quantum Security

The EnhancedDynamicESIMNFT contract also incorporates quantum security measures, such as quantum signature verification. This feature ensures that the NFTs are protected against quantum attacks.

Example code snippet for quantum signature verification:

modifier validQuantumSignature(bytes32 signature) {
    require(!usedQuantumSignatures[signature], "Quantum signature already used");
    usedQuantumSignatures[signature] = true;
    _;
}

Events for ESIM Activation, Deactivation, and Bandwidth Allocation

The EnhancedDynamicESIMNFT contract emits events for ESIM activation, deactivation, and bandwidth allocation. These events provide real-time updates on the status and usage of the eSIM NFTs.

Example code snippet for emitting events:

event ESIMActivated(uint256 indexed tokenId, uint256 timestamp);
event ESIMDeactivated(uint256 indexed tokenId, uint256 timestamp);
event BandwidthAllocated(uint256 indexed tokenId, uint256 amount);

Enhanced Usage Scenarios

The enhanced NFT functionality can be used in various advanced scenarios within the AstraLink platform, such as:

• Dynamic Bandwidth Allocation: Allocating bandwidth to eSIMs based on real-time usage and requirements.
• Quantum-Secure Transactions: Ensuring that all transactions involving NFTs are protected against quantum attacks.
• Real-Time Monitoring: Providing real-time updates on the status and usage of eSIM NFTs through events.