VPN Mining Platform Documentation

System Overview

The VPN Mining Platform is an innovative solution that combines traditional VPN services with cryptocurrency mining capabilities. This platform enables server operators to earn tokens by providing VPN services while ensuring high-quality, secure connections for users.

Core Features

graph TD
    A[VPN Mining Platform] --> B[Protocol Management]
    A --> C[Server Monitoring]
    A --> D[Token System]
    A --> E[Analytics]

    B --> B1[VLESS]
    B --> B2[REALITY]
    B --> B3[WIREGUARD]
    B --> B4[OPENCONNECT]

    C --> C1[Real-time Metrics]
    C --> C2[Performance Analysis]
    C --> C3[Health Monitoring]

    D --> D1[Mining Rewards]
    D --> D2[Token Distribution]
    D --> D3[Withdrawal System]

    E --> E1[Network Analytics]
    E --> E2[User Statistics]
    E --> E3[Server Performance]

Key Components

Protocol Management

The platform supports multiple VPN protocols, each serving different use cases and security requirements:

VLESS: A lightweight protocol optimized for performance
REALITY: Advanced security protocol with enhanced encryption
WIREGUARD: Modern, fast, and secure VPN protocol
OPENCONNECT: Traditional VPN protocol with broad compatibility

Server Monitoring

Comprehensive monitoring system that tracks:

Real-time server performance metrics
Connection quality and stability
Resource utilization
User activity and connections

Token System

An incentive-based system that:

Rewards server operators based on performance
Manages token distribution
Handles secure withdrawals
Tracks mining activities

Analytics

Advanced analytics capabilities providing:

Network-wide performance insights
User behavior analysis
Server efficiency metrics
Token economy statistics

Architecture

Component Overview

graph TD
    Client[Client Applications] --> API[GraphQL API Layer]
    API --> AuthService[Authentication Service]
    API --> MiningService[Mining Service]
    API --> MetricsService[Metrics Service]
    API --> ProtocolService[Protocol Service]

    MiningService --> DB[(Database)]
    MetricsService --> DB
    ProtocolService --> DB

    MetricsService --> WS[WebSocket Server]
    WS --> Client

Service Descriptions

GraphQL API Layer

The central gateway handling all client-server communications, providing:

Type-safe data exchange
Real-time subscriptions
Efficient query resolution
Batch operations support

Authentication Service

Manages all security aspects including:

User authentication
Server validation
Token verification
Permission management

Mining Service

Handles all mining-related operations:

Mining session management
Reward calculations
Performance tracking
Token distribution

Metrics Service

Responsible for:

Real-time data collection
Performance monitoring
Statistical analysis
Health checks

Protocol Service

Manages VPN protocols:

Protocol configuration
Connection management
Performance optimization
Security settings

API Structure

GraphQL Schema Organization

The API is organized into three main categories:

Queries

Read operations for accessing data:

type Query {
  # Server Management
  miningServers: [MiningServerView!]!
  miningServersByProtocol(protocol: ProtocolType!): [MiningServerView!]!

  # Analytics
  networkAnalytics(from: DateTime, to: DateTime): NetworkAnalytics!

  # User Data
  myConnectionStats(from: DateTime, to: DateTime): ConnectionStatsPage!
}

Mutations

Write operations for modifying data:

type Mutation {
  # Server Operations
  enableMiningServer(serverId: ID!): MiningServerView!
  startMining(serverId: ID!): MiningActivityView!

  # Reward Management
  claimMiningRewards(serverId: ID!): MiningRewardResult!

  # Protocol Management
  updateMiningServerProtocol(
    input: MiningServerProtocolInput!
  ): MiningServerProtocolView!
}

Subscriptions

Real-time data streams:

type Subscription {
  metricUpdates: RealTimeMetrics!
}

Core Data Types

MiningServerView

Represents a mining-enabled server:

type MiningServerView {
  id: ID!                    // Unique server identifier
  hostName: String!          // Server hostname
  publicIp: String!          // Public IP address
  location: String!          // Geographic location
  protocols: [MiningServerProtocolView!]! // Supported protocols
  metrics: ServerMetrics     // Current server metrics
  tokenBalance: Float!       // Accumulated tokens
  miningEnabled: Boolean!    // Mining status
  miningRate: Float!         // Current mining rate
}

ServerMetrics

Real-time server performance metrics:

type ServerMetrics {
  cpuUsage: Float!          // CPU utilization percentage
  memoryUsage: Float!       // Memory usage percentage
  networkSpeed: Float!      // Network throughput
  activeConnections: Int!   // Current active connections
  lastHeartbeat: String!    // Last server check-in time
}

Detailed API Documentation

Mining Server Management APIs

Query: Get Mining Servers

Retrieves a list of all mining-enabled servers with their current status and metrics.

query MiningServers {
  miningServers {
    id
    hostName
    publicIp
    location
    protocols {
      type
      port
      enabled
    }
    metrics {
      cpuUsage
      memoryUsage
      networkSpeed
    }
    tokenBalance
    miningEnabled
  }
}

Usage:

Used in dashboard to display server list
Monitors server status and performance
Tracks mining activities and rewards

Response Fields:

id: Unique server identifier
hostName: Server's hostname for identification
publicIp: Public IP address for connections
location: Geographic location for routing
protocols: Array of supported VPN protocols
metrics: Current performance metrics
tokenBalance: Accumulated mining rewards
miningEnabled: Current mining status

Query: Servers by Protocol

Fetches servers filtered by specific protocol type with optional sorting.

query ServersByProtocol($protocol: ProtocolType!, $sortBy: SortType) {
  serversByProtocol(protocol: $protocol, sortBy: $sortBy) {
    id
    hostName
    location
    activeConnections
    protocols {
      type
      enabled
    }
  }
}

Parameters:

protocol: Type of VPN protocol (VLESS, REALITY, WIREGUARD, OPENCONNECT)
sortBy: Optional sorting criteria (LOCATION, CONNECTIONS, PERFORMANCE)

Use Cases:

Protocol-specific server selection
Load balancing
Geographic distribution analysis

Analytics and Monitoring APIs

Real-time Metrics Subscription

Provides continuous updates of server and network metrics.

subscription MetricUpdates {
  metricUpdates {
    timestamp
    activeConnections
    serverMetrics {
      serverId
      cpuUsage
      memoryUsage
      networkSpeed
      activeMiners
    }
    networkMetrics {
      totalBandwidth
      averageLatency
      totalActiveUsers
      connectionsByRegion
      currentTokenRate
    }
  }
}

Subscription Data:

Real-time performance metrics
Network status updates
User connection information
Token rate fluctuations

Implementation Example:

const wsClient = new WebSocketClient({
  url: "ws://api.example.com/graphql",
  connectionParams: {
    authToken: "user-auth-token",
  },
});

const subscription = wsClient.subscribe({
  query: METRIC_UPDATES_SUBSCRIPTION,
  variables: {},
  onData: (response) => {
    // Handle real-time metric updates
    updateDashboard(response.data.metricUpdates);
  },
});

Network Analytics Query

Comprehensive network statistics and performance metrics.

query NetworkAnalytics($from: DateTime, $to: DateTime) {
  networkAnalytics(from: $from, to: $to) {
    totalActiveConnections
    totalUsers
    totalServers
    totalDataTransferred
    connectionsPerServer
    dataPerServer
    topPerformingServers {
      serverId
      serverName
      averageCpuUsage
      averageMemoryUsage
      averageNetworkSpeed
    }
  }
}

Analytics Features:

Historical data analysis
Performance trending
Server comparison
Usage patterns
Resource utilization

Token and Mining System

Mining Operations Management

Start Mining Operation

Initiates mining activity on a specified server.

mutation StartMining($serverId: ID!) {
  startMining(serverId: $serverId) {
    id
    server {
      id
      hostName
    }
    startTime
    isActive
    currentReward
  }
}

Operation Flow:

Server validation
Protocol verification
Resource allocation
Metrics initialization
Reward tracking setup

Success Response:

{
  "data": {
    "startMining": {
      "id": "mining_123",
      "server": {
        "id": "server_456",
        "hostName": "mining-node-1"
      },
      "startTime": "2024-01-20T10:00:00Z",
      "isActive": true,
      "currentReward": 0.0
    }
  }
}

Claim Mining Rewards

Process to claim accumulated mining rewards.

mutation ClaimRewards($serverId: ID!) {
  claimMiningRewards(serverId: $serverId) {
    success
    amount
    newBalance
    message
  }
}

Reward Calculation Factors:

Server uptime
Connection quality
Resource utilization
User satisfaction metrics
Network contribution

Validation Rules:

Minimum reward threshold
Claiming cooldown period
Server performance requirements
Protocol compliance
User feedback scores

User Management and Statistics

User Connection Dashboard

Comprehensive view of user's connection history and statistics.

query MyConnectionDashboard {
  myConnectionDashboard {
    currentConnection {
      id
      serverName
      connectionStart
      dataTransferred
      networkSpeed
    }
    recentConnections {
      id
      serverName
      connectionStart
      connectionEnd
      dataTransferred
    }
    totalDataTransferred
    averageMetrics {
      averageUploadSpeed
      averageDownloadSpeed
      averageNetworkSpeed
      averageResponseTime
      averageLatency
    }
  }
}

Dashboard Components:

Current Connection Status
- Active server details
- Connection duration
- Performance metrics
- Protocol information
Historical Data
- Connection history
- Usage patterns
- Performance trends
- Server preferences
Performance Metrics
- Speed averages
- Latency statistics
- Reliability scores
- Protocol efficiency

Protocol Management System

Protocol Types and Configuration

Protocol Configuration Structure

Each protocol has specific configuration requirements and security considerations.

type MiningServerProtocolView {
  id: ID!                  // Unique protocol identifier
  type: ProtocolType!      // Protocol type (VLESS, REALITY, etc.)
  port: Int!              // Network port
  enabled: Boolean!       // Activation status
  configString: String!   // Protocol-specific configuration
  publicKey: String      // Public key for authentication
}

Protocol-Specific Settings

VLESS Protocol

interface VLESSConfig {
  port: number;
  encryption: string;
  fallback: {
    port: number;
    server: string;
  };
  security: {
    certificates: string[];
    privateKey: string;
  };
}

Configuration Parameters:

Port configuration
Encryption settings
Fallback options
Security certificates
Traffic routing rules

REALITY Protocol

interface REALITYConfig {
  serverName: string;
  privateKey: string;
  shortIds: string[];
  settings: {
    handshake: HandshakeConfig;
    encryption: EncryptionSettings;
  };
}

Security Features:

Advanced handshake mechanism
Dynamic key rotation
Traffic obfuscation
Anti-detection measures

UUID Migration System

Migration Process

mutation MigrateUuids {
  migrateUserUuids {
    success
    migratedCount
    errors {
      userId
      reason
    }
    details {
      oldUuid
      newUuid
      status
    }
  }
}

Migration Steps:

Backup current UUIDs
Generate new UUIDs
Update protocol configurations
Validate connections
Roll back on failure

Validation Process

mutation ValidateUuids {
  validateUserUuids {
    success
    validatedCount
    invalidEntries {
      uuid
      reason
    }
    recommendations {
      action
      affected
    }
  }
}

Advanced Analytics System

Network Performance Analytics

Comprehensive Network Overview

type NetworkOverview {
  totalActiveConnections: Int!    // Current active connections
  totalServers: Int!             // Total server count
  activeServers: Int!            // Active server count
  totalDataTransferred: Float!   // Total data volume
  averageNetworkUtilization: Float! // Network usage
  connectionsByRegion: JSON!     // Geographic distribution
}

Metrics Collection:

Real-time performance data
Geographic distribution
Protocol efficiency
Resource utilization
User satisfaction metrics

Performance Monitoring

interface PerformanceMetrics {
  server: {
    cpu: CPUMetrics;
    memory: MemoryMetrics;
    network: NetworkMetrics;
    protocols: ProtocolMetrics[];
  };
  users: {
    active: number;
    connected: number;
    satisfaction: number;
  };
  mining: {
    rate: number;
    efficiency: number;
    rewards: number;
  };
}

Real-time Monitoring System

WebSocket Integration

class MetricsWebSocket {
  constructor(
    endpoint: string,
    options: {
      reconnect: boolean;
      timeout: number;
      heartbeat: number;
    }
  );

  subscribe(callbacks: {
    onMetrics: (metrics: ServerMetrics) => void;
    onError: (error: Error) => void;
    onReconnect: () => void;
  }): Subscription;
}

Implementation Example:

const metricsWs = new MetricsWebSocket("wss://api.example.com/metrics", {
  reconnect: true,
  timeout: 5000,
  heartbeat: 30000,
});

const subscription = metricsWs.subscribe({
  onMetrics: (metrics) => {
    updateDashboard(metrics);
    logPerformance(metrics);
    checkAlerts(metrics);
  },
  onError: (error) => {
    handleError(error);
    triggerFailover();
  },
  onReconnect: () => {
    syncMetrics();
    validateConnection();
  },
});

Admin Dashboard System

Comprehensive Overview

query AdminDashboard {
  adminDashboard {
    networkOverview {
      totalActiveConnections
      totalServers
      activeServers
      totalDataTransferred
      averageNetworkUtilization
      connectionsByRegion
    }
    topServers {
      serverId
      serverName
      location
      activeConnections
      cpuUsage
      memoryUsage
      networkUtilization
      tokenEarnings
    }
    topUsers {
      userId
      username
      activeConnections
      dataTransferred
      tokensSpent
      lastActive
    }
    tokenMetrics {
      totalTokensInCirculation
      totalTokensEarned
      totalTokensSpent
      averageDailyVolume
      recentActivity {
        timestamp
        earned
        spent
      }
    }
  }
}

Dashboard Features:

Network Overview Panel
- Real-time connection status
- Server health monitoring
- Protocol distribution
- Geographic heat maps
Performance Metrics
- Server utilization graphs
- Protocol efficiency charts
- User activity trends
- Token economy statistics

Alert System

interface AlertConfig {
  type: AlertType;
  threshold: number;
  notification: {
    email: boolean;
    webhook: string;
    severity: "LOW" | "MEDIUM" | "HIGH";
  };
  actions: {
    autoRestart: boolean;
    failover: boolean;
    notification: boolean;
  };
}

Export Functionality

query ExportStats($from: DateTime!, $to: DateTime!, $format: ExportFormat!) {
  exportDetailedStats(from: $from, to: $to, format: $format) {
    url
    expiresAt
    format
    size
  }
}

Export Options:

Detailed server statistics
User activity reports
Protocol performance data
Token transaction history
System audit logs

Error Handling and Recovery Procedures

Error Classification System

Error Types

enum ErrorType {
  AUTHENTICATION_ERROR    // Auth-related failures
  PROTOCOL_ERROR         // Protocol-specific issues
  CONNECTION_ERROR       // Network connection problems
  MINING_ERROR          // Mining operation issues
  RESOURCE_ERROR        // Server resource problems
  TOKEN_ERROR           // Token transaction failures
  CONFIGURATION_ERROR   // Setup and config issues
}

interface SystemError {
  type: ErrorType;
  code: string;
  message: string;
  severity: 'LOW' | 'MEDIUM' | 'HIGH' | 'CRITICAL';
  timestamp: DateTime;
  context: {
    serverId?: string;
    userId?: string;
    protocol?: ProtocolType;
    operation?: string;
  };
}

Error Handling Strategies

Protocol Failures

class ProtocolErrorHandler {
  async handle(error: ProtocolError): Promise<RecoveryResult> {
    switch (error.type) {
      case "CONNECTION_DROPPED":
        return await this.handleConnectionDrop(error);
      case "AUTHENTICATION_FAILED":
        return await this.handleAuthFailure(error);
      case "PROTOCOL_MISMATCH":
        return await this.handleProtocolMismatch(error);
    }
  }

  private async handleConnectionDrop(error: ConnectionError) {
    // 1. Log error details
    // 2. Attempt reconnection
    // 3. Notify affected users
    // 4. Update server status
  }
}

Mining Operations Recovery

type MiningRecoveryOperation {
  serverId: ID!
  errorType: String!
  recoverySteps: [RecoveryStep!]!
  status: RecoveryStatus!
  impact: {
    usersAffected: Int!
    revenueImpact: Float!
    downtime: Int!
  }
}

type RecoveryStep {
  action: String!
  status: String!
  timestamp: DateTime!
  result: String
}

Security Implementation

Authentication System

Token-based Authentication

interface AuthToken {
  accessToken: string;
  refreshToken: string;
  expiresIn: number;
  tokenType: "BEARER" | "JWT";
  scope: string[];
}

interface AuthenticationService {
  authenticate(credentials: UserCredentials): Promise<AuthToken>;
  validateToken(token: string): Promise<ValidationResult>;
  refreshToken(refreshToken: string): Promise<AuthToken>;
  revokeToken(token: string): Promise<void>;
}

UUID Authentication Flow

sequenceDiagram
    Client->>AuthService: Request Authentication
    AuthService->>UUIDValidator: Validate UUID
    UUIDValidator->>ProtocolService: Check Protocol Support
    ProtocolService-->>UUIDValidator: Protocol Status
    UUIDValidator-->>AuthService: Validation Result
    AuthService-->>Client: Auth Token

Security Protocols

Protocol Security Configuration

interface ProtocolSecurity {
  encryption: {
    algorithm: string;
    keySize: number;
    mode: string;
  };
  authentication: {
    method: string;
    parameters: Record<string, any>;
  };
  certificateManagement: {
    rotation: boolean;
    validityPeriod: number;
    renewalThreshold: number;
  };
}

Security Monitoring

type SecurityMetrics {
  authenticationAttempts: Int!
  failedAttempts: Int!
  activeTokens: Int!
  certificateStatus: CertificateStatus!
  securityIncidents: [SecurityIncident!]!
  protocolVulnerabilities: [ProtocolVulnerability!]!
}

Deployment and Scaling Guidelines

Deployment Configuration

Server Configuration

server:
  deployment:
    mode: PRODUCTION
    scaling:
      minReplicas: 2
      maxReplicas: 10
      targetCPUUtilization: 70
    resources:
      limits:
        cpu: "2"
        memory: "4Gi"
      requests:
        cpu: "1"
        memory: "2Gi"
    monitoring:
      enabled: true
      prometheus: true
      grafana: true

Protocol Deployment

interface ProtocolDeployment {
  type: ProtocolType;
  version: string;
  configuration: {
    ports: number[];
    settings: Record<string, any>;
    security: ProtocolSecurity;
  };
  scaling: {
    enabled: boolean;
    parameters: ScalingParameters;
  };
  monitoring: {
    metrics: string[];
    alerts: AlertConfiguration[];
  };
}

Scaling Strategies

Auto-scaling Configuration

type ScalingConfiguration {
  enabled: Boolean!
  metrics: [ScalingMetric!]!
  rules: [ScalingRule!]!
  limits: ScalingLimits!
  cooldown: Int!
}

type ScalingMetric {
  type: MetricType!
  threshold: Float!
  window: Int!
}

type ScalingRule {
  condition: String!
  action: ScalingAction!
  threshold: Float!
}

Load Balancing

interface LoadBalancer {
  algorithm: "ROUND_ROBIN" | "LEAST_CONNECTIONS" | "GEOGRAPHIC";
  healthCheck: {
    enabled: boolean;
    interval: number;
    timeout: number;
    unhealthyThreshold: number;
  };
  distribution: {
    geographic: boolean;
    protocol: boolean;
  };
}

Performance Optimization

Monitoring and Metrics

Performance Metrics Collection

type PerformanceMetrics {
  server: ServerPerformance!
  protocol: ProtocolPerformance!
  mining: MiningPerformance!
  network: NetworkPerformance!
}

type ServerPerformance {
  cpu: CPUMetrics!
  memory: MemoryMetrics!
  disk: DiskMetrics!
  network: NetworkMetrics!
}

Optimization Strategies

interface OptimizationStrategy {
  type: "RESOURCE" | "PROTOCOL" | "NETWORK";
  parameters: {
    target: string;
    threshold: number;
    action: OptimizationAction;
  };
  monitoring: {
    metrics: string[];
    frequency: number;
  };
  automation: {
    enabled: boolean;
    triggers: OptimizationTrigger[];
  };
}

Testing Strategies and Quality Assurance

Testing Framework

Test Categories

Unit Testing

interface UnitTestSpec {
  component: string;
  tests: Array<{
    name: string;
    input: any;
    expectedOutput: any;
    conditions: TestCondition[];
  }>;
  mocks: Array<{
    service: string;
    methods: Array<{
      name: string;
      response: any;
    }>;
  }>;
}

// Example Unit Test Implementation
describe("MiningService", () => {
  it("should calculate rewards correctly", async () => {
    const testData = {
      uptime: 3600,
      connections: 50,
      performance: 0.95,
    };

    const expectedReward = calculateExpectedReward(testData);
    const actualReward = await miningService.calculateRewards(testData);

    expect(actualReward).toEqual(expectedReward);
  });
});

Integration Testing

interface IntegrationTestSuite {
  name: string;
  dependencies: string[];
  setup: () => Promise<void>;
  teardown: () => Promise<void>;
  scenarios: TestScenario[];
}

// Example Integration Test
describe("Protocol Integration", () => {
  it("should handle protocol switching", async () => {
    // Setup test environment
    const server = await setupTestServer();
    const client = await createTestClient();

    // Test protocol switching
    await client.connect(ProtocolType.VLESS);
    await client.switchProtocol(ProtocolType.REALITY);

    // Verify connection state
    const connectionStatus = await client.getStatus();
    expect(connectionStatus.protocol).toBe(ProtocolType.REALITY);
    expect(connectionStatus.isConnected).toBe(true);
  });
});

Performance Testing

Load Testing Configuration

interface LoadTestConfig {
  concurrent_users: number;
  ramp_up_period: number;
  test_duration: number;
  scenarios: Array<{
    name: string;
    weight: number;
    steps: TestStep[];
  }>;
  thresholds: {
    response_time: number;
    error_rate: number;
    throughput: number;
  };
}

Performance Metrics Collection

type PerformanceTestResults {
  summary: {
    totalRequests: Int!
    successRate: Float!
    averageResponseTime: Float!
    maxResponseTime: Float!
    throughput: Float!
  }
  detailed: {
    timeSeriesData: [TimeSeriesPoint!]!
    errorDistribution: [ErrorCount!]!
    responseTimePercentiles: [Percentile!]!
  }
}

System Integration Patterns

API Integration

REST API Integration

interface RESTEndpoint {
  path: string;
  method: "GET" | "POST" | "PUT" | "DELETE";
  authentication: {
    type: "Bearer" | "API_Key";
    required: boolean;
  };
  rateLimit: {
    requests: number;
    period: number;
  };
  response: {
    success: any;
    error: any;
  };
}

// Example REST Integration
class ExternalSystemIntegration {
  async authenticate(): Promise<string> {
    const response = await fetch("/api/auth", {
      method: "POST",
      headers: {
        "Content-Type": "application/json",
      },
      body: JSON.stringify({
        apiKey: config.apiKey,
      }),
    });
    return response.json();
  }
}

WebSocket Integration

interface WebSocketConfig {
  url: string;
  protocols: string[];
  options: {
    reconnect: boolean;
    maxRetries: number;
    heartbeat: number;
  };
  handlers: {
    onMessage: (data: any) => void;
    onError: (error: Error) => void;
    onClose: () => void;
  };
}

// Example WebSocket Implementation
class MetricsWebSocket {
  private ws: WebSocket;
  private reconnectAttempts: number = 0;

  constructor(config: WebSocketConfig) {
    this.ws = new WebSocket(config.url, config.protocols);
    this.setupHandlers(config.handlers);
    this.startHeartbeat(config.options.heartbeat);
  }

  private setupHandlers(handlers: WebSocketHandlers) {
    this.ws.onmessage = (event) => {
      const data = JSON.parse(event.data);
      handlers.onMessage(data);
    };

    this.ws.onerror = (error) => {
      handlers.onError(error);
      this.handleReconnect();
    };
  }
}

Database Integration

Query Optimization

interface QueryOptimization {
  indexes: Array<{
    fields: string[];
    type: "BTREE" | "HASH";
    unique: boolean;
  }>;
  caching: {
    enabled: boolean;
    ttl: number;
    strategy: "LRU" | "LFU";
  };
  partitioning: {
    enabled: boolean;
    strategy: "RANGE" | "LIST" | "HASH";
    column: string;
  };
}

Data Access Layer

interface DataAccessLayer {
  read: {
    batch: boolean;
    cache: boolean;
    consistency: "STRONG" | "EVENTUAL";
  };
  write: {
    batch: boolean;
    validation: boolean;
    retry: {
      enabled: boolean;
      maxAttempts: number;
    };
  };
}

Monitoring and Alerting System

Metrics Collection

System Metrics

type SystemMetrics {
  server: {
    cpu: CPUMetrics!
    memory: MemoryMetrics!
    disk: DiskMetrics!
    network: NetworkMetrics!
  }
  application: {
    requests: RequestMetrics!
    errors: ErrorMetrics!
    performance: PerformanceMetrics!
  }
  business: {
    activeUsers: Int!
    miningOperations: Int!
    tokenTransactions: Int!
  }
}

Alert Configuration

interface AlertConfig {
  name: string;
  condition: {
    metric: string;
    operator: "GT" | "LT" | "EQ";
    threshold: number;
    duration: number;
  };
  notification: {
    channels: string[];
    message: string;
    severity: "INFO" | "WARNING" | "CRITICAL";
  };
  actions: {
    automatic: boolean;
    script?: string;
    retry?: {
      count: number;
      interval: number;
    };
  };
}

Logging System

Log Structure

interface LogEntry {
  timestamp: Date;
  level: "DEBUG" | "INFO" | "WARN" | "ERROR";
  service: string;
  message: string;
  context: {
    requestId?: string;
    userId?: string;
    serverId?: string;
    protocol?: string;
  };
  metadata: {
    environment: string;
    version: string;
    region: string;
  };
}

Backup and Recovery Procedures

Backup System Architecture

Backup Configuration

interface BackupConfiguration {
  schedule: {
    full: {
      frequency: "DAILY" | "WEEKLY";
      retention: number;
      time: string;
    };
    incremental: {
      frequency: "HOURLY" | "4_HOURS";
      retention: number;
    };
  };
  storage: {
    type: "S3" | "GCS" | "AZURE";
    encryption: boolean;
    compression: boolean;
    location: string;
  };
  validation: {
    enabled: boolean;
    frequency: "DAILY" | "WEEKLY";
    method: "CHECKSUM" | "RESTORE_TEST";
  };
}

Backup Types and Procedures

System Backups

type SystemBackup {
  id: ID!
  type: BackupType!
  startTime: DateTime!
  endTime: DateTime
  status: BackupStatus!
  size: Float!
  components: [BackupComponent!]!
  validation: ValidationResult
}

type BackupComponent {
  name: String!
  type: ComponentType!
  size: Float!
  status: BackupStatus!
  metadata: JSON
}

Recovery Procedures

interface RecoveryProcedure {
  type: "FULL" | "PARTIAL";
  components: string[];
  validation: {
    required: boolean;
    steps: ValidationStep[];
  };
  rollback: {
    enabled: boolean;
    snapshot: string;
  };
  notification: {
    channels: string[];
    intervals: number[];
  };
}

Security Best Practices

Security Policies

Authentication Security

interface AuthenticationPolicy {
  passwordPolicy: {
    minLength: number;
    requireSpecialChars: boolean;
    requireNumbers: boolean;
    maxAge: number;
    preventReuse: number;
  };
  mfaPolicy: {
    required: boolean;
    methods: ["SMS", "EMAIL", "AUTHENTICATOR"];
    gracePerid: number;
  };
  sessionPolicy: {
    duration: number;
    maxConcurrent: number;
    locationTracking: boolean;
  };
}

Protocol Security

interface ProtocolSecurity {
  encryption: {
    algorithm: string;
    keySize: number;
    mode: string;
  };
  certificates: {
    provider: string;
    rotation: number;
    validation: boolean;
  };
  authentication: {
    method: string;
    timeout: number;
    retryLimit: number;
  };
}

Security Monitoring

type SecurityMonitoring {
  realTimeAlerts: [SecurityAlert!]!
  auditLogs: [AuditEntry!]!
  vulnerabilityScans: [VulnerabilityScan!]!
  complianceReports: [ComplianceReport!]!
}

type SecurityAlert {
  id: ID!
  severity: AlertSeverity!
  type: AlertType!
  source: String!
  timestamp: DateTime!
  details: JSON!
  status: AlertStatus!
  resolution: ResolutionDetails
}

User Interface Guidelines

Design System

Component Library

interface UIComponent {
  name: string;
  version: string;
  props: {
    required: Record<string, PropType>;
    optional: Record<string, PropType>;
  };
  variants: string[];
  themeable: boolean;
  accessibility: {
    wcag: string;
    aria: Record<string, string>;
  };
}

Theme Configuration

interface ThemeConfig {
  colors: {
    primary: string;
    secondary: string;
    accent: string;
    background: string;
    text: string;
  };
  typography: {
    fontFamily: string;
    sizes: Record<string, string>;
    weights: Record<string, number>;
  };
  spacing: {
    unit: number;
    scale: number[];
  };
  breakpoints: {
    mobile: number;
    tablet: number;
    desktop: number;
  };
}

Dashboard Components

Metrics Display

interface MetricsDisplay {
  type: "CHART" | "GAUGE" | "TABLE";
  data: {
    source: string;
    refresh: number;
    historical: boolean;
  };
  visualization: {
    type: string;
    options: Record<string, any>;
  };
  interaction: {
    drill_down: boolean;
    filters: boolean;
    export: boolean;
  };
}

Control Panel

interface ControlPanel {
  sections: PanelSection[];
  layout: "GRID" | "LIST";
  permissions: string[];
  actions: {
    name: string;
    handler: string;
    confirmation: boolean;
  }[];
}

System Administration

Administrator Tools

System Configuration

type SystemConfig {
  general: GeneralConfig!
  security: SecurityConfig!
  performance: PerformanceConfig!
  monitoring: MonitoringConfig!
  maintenance: MaintenanceConfig!
}

type GeneralConfig {
  systemName: String!
  environment: Environment!
  timeZone: String!
  dateFormat: String!
  supportContact: ContactInfo!
}

Maintenance Tools

interface MaintenanceTool {
  type: "BACKUP" | "CLEANUP" | "OPTIMIZATION";
  schedule: {
    enabled: boolean;
    cron: string;
    timezone: string;
  };
  notification: {
    channels: string[];
    events: string[];
  };
  logging: {
    level: string;
    retention: number;
  };
}

System Monitoring

Health Checks

type SystemHealth {
  status: HealthStatus!
  components: [ComponentHealth!]!
  metrics: HealthMetrics!
  lastUpdate: DateTime!
}

type ComponentHealth {
  name: String!
  status: HealthStatus!
  message: String
  lastCheck: DateTime!
  metrics: JSON
}

Performance Monitoring

interface PerformanceMonitor {
  metrics: {
    collection: string[];
    interval: number;
    retention: number;
  };
  alerts: {
    thresholds: Record<string, number>;
    notifications: NotificationConfig[];
  };
  reporting: {
    schedule: string;
    format: string;
    distribution: string[];
  };
}

API Documentation Details

GraphQL API Reference

Query Structure and Pagination

interface PaginationParams {
  page: number;
  size: number;
  sort?: {
    field: string;
    direction: "ASC" | "DESC";
  };
}

interface FilterParams {
  field: string;
  operator: "EQ" | "GT" | "LT" | "CONTAINS" | "IN";
  value: any;
}

Core Queries

Mining Server Queries

# Get all mining servers with filters
query MiningServers($filters: ServerFilters, $pagination: PaginationInput) {
  miningServers(filters: $filters, pagination: $pagination) {
    items {
      id
      hostName
      status
      metrics {
        cpuUsage
        memoryUsage
        networkSpeed
      }
      protocols {
        type
        status
        connections
      }
      mining {
        enabled
        rate
        rewards
      }
    }
    pageInfo {
      totalItems
      totalPages
      currentPage
      hasNext
      hasPrevious
    }
  }
}

# Get detailed server metrics
query ServerMetrics($serverId: ID!, $timeRange: TimeRangeInput!) {
  serverMetrics(serverId: $serverId, timeRange: $timeRange) {
    timestamp
    metrics {
      cpu {
        usage
        temperature
        processes
      }
      memory {
        used
        available
        swap
      }
      network {
        incoming
        outgoing
        connections
      }
      mining {
        hashrate
        efficiency
        rewards
      }
    }
  }
}

User Management Queries

# Get user dashboard data
query UserDashboard($userId: ID!) {
  userDashboard(userId: $userId) {
    currentSession {
      id
      server
      protocol
      startTime
      dataTransferred
    }
    statistics {
      totalSessions
      totalDataTransferred
      averageSessionDuration
      preferredServers
    }
    mining {
      activeServers
      totalRewards
      pendingRewards
      miningEfficiency
    }
  }
}

Mutation Examples

Server Management

# Update server configuration
mutation UpdateServerConfig($input: ServerConfigInput!) {
  updateServerConfiguration(input: $input) {
    success
    server {
      id
      configuration {
        protocols
        mining
        security
      }
      status
      message
    }
  }
}

# Configure mining settings
mutation ConfigureMining($input: MiningConfigInput!) {
  configureMiningSettings(input: $input) {
    success
    settings {
      enabled
      rate
      thresholds
      rewards
    }
    activation {
      status
      timestamp
      message
    }
  }
}

WebSocket Subscriptions

# Real-time metrics subscription
subscription RealTimeMetrics($serverId: ID!) {
  realTimeMetrics(serverId: $serverId) {
    timestamp
    metrics {
      type
      value
      unit
    }
    status {
      code
      message
    }
    alerts {
      severity
      message
      timestamp
    }
  }
}

Error Handling

Error Types

interface APIError {
  code: string;
  message: string;
  details?: Record<string, any>;
  path?: string[];
  timestamp: Date;
  requestId?: string;
}

enum ErrorCode {
  AUTHENTICATION_FAILED = "AUTH_001",
  INVALID_INPUT = "VAL_001",
  SERVER_ERROR = "SRV_001",
  RESOURCE_NOT_FOUND = "RSC_001",
  RATE_LIMIT_EXCEEDED = "RTE_001",
}

Error Responses

type ErrorResponse {
  error: Error!
  context: ErrorContext
  suggestions: [String!]
}

type ErrorContext {
  operation: String!
  input: JSON
  timestamp: DateTime!
  requestId: String!
}

Rate Limiting

interface RateLimitConfig {
  window: number; // Time window in seconds
  max: number; // Maximum requests in window
  userType: "FREE" | "PREMIUM" | "ADMIN";
  endpoints: {
    path: string;
    method: string;
    limit: number;
  }[];
}

Development Guidelines

Code Standards

TypeScript Guidelines

// Interface naming convention
interface IServiceName {
  // Methods should be action-oriented
  fetchData(): Promise<Data>;
  processInput(input: Input): Promise<Output>;
  validateState(state: State): boolean;
}

// Class implementation
class ServiceImplementation implements IServiceName {
  private readonly config: ServiceConfig;
  private state: ServiceState;

  constructor(config: ServiceConfig) {
    this.config = config;
    this.validateConfig();
  }

  // Public methods
  public async fetchData(): Promise<Data> {
    try {
      // Implementation
    } catch (error) {
      this.handleError(error);
    }
  }

  // Private helper methods
  private validateConfig(): void {
    // Validation logic
  }
}

Testing Standards

// Unit Test Structure
describe("ServiceName", () => {
  let service: ServiceName;
  let mockDependency: jest.Mocked<Dependency>;

  beforeEach(() => {
    mockDependency = {
      method: jest.fn(),
    };
    service = new ServiceName(mockDependency);
  });

  describe("methodName", () => {
    it("should handle successful case", async () => {
      // Arrange
      const input = {};
      mockDependency.method.mockResolvedValue({});

      // Act
      const result = await service.methodName(input);

      // Assert
      expect(result).toBeDefined();
      expect(mockDependency.method).toHaveBeenCalledWith(input);
    });

    it("should handle error case", async () => {
      // Test error scenarios
    });
  });
});

Documentation Standards

/**
 * Service Description
 * @class ServiceName
 * @implements {IServiceName}
 */
class ServiceName implements IServiceName {
  /**
   * Method description
   * @param {InputType} input - Input description
   * @returns {Promise<OutputType>} Output description
   * @throws {ErrorType} Error description
   */
  public async methodName(input: InputType): Promise<OutputType> {
    // Implementation
  }
}

Deployment Procedures

Deployment Architecture

Environment Configuration

interface EnvironmentConfig {
  name: "development" | "staging" | "production";
  resources: {
    compute: ComputeResources;
    storage: StorageResources;
    network: NetworkResources;
  };
  security: {
    encryption: EncryptionConfig;
    access: AccessConfig;
    monitoring: MonitoringConfig;
  };
  scaling: {
    auto: boolean;
    min: number;
    max: number;
    metrics: ScalingMetrics[];
  };
}

Deployment Pipeline

# CI/CD Pipeline Configuration
pipeline:
  stages:
    - name: build
      steps:
        - test
        - lint
        - compile
        - package

    - name: security
      steps:
        - vulnerability-scan
        - dependency-check
        - code-analysis

    - name: deploy
      steps:
        - environment-setup
        - deployment
        - health-check
        - smoke-test

    - name: monitoring
      steps:
        - metrics-verification
        - alert-setup
        - performance-test

Deployment Process

Pre-deployment Checks

interface PreDeploymentCheck {
  database: {
    migrations: boolean;
    backups: boolean;
    connections: boolean;
  };
  services: {
    dependencies: boolean;
    configurations: boolean;
    security: boolean;
  };
  infrastructure: {
    capacity: boolean;
    networking: boolean;
    scaling: boolean;
  };
}

Deployment Steps

interface DeploymentStep {
  name: string;
  order: number;
  actions: {
    command: string;
    timeout: number;
    retries: number;
    rollback?: string;
  }[];
  validation: {
    type: "AUTOMATIC" | "MANUAL";
    criteria: ValidationCriteria[];
  };
  notifications: {
    channels: string[];
    events: string[];
  };
}

Integration Patterns

Service Integration

Message Queue Integration

interface MessageQueueConfig {
  provider: "RabbitMQ" | "Kafka" | "SQS";
  queues: {
    name: string;
    type: "FIFO" | "STANDARD";
    deadLetter?: boolean;
    retention: number;
  }[];
  consumers: {
    groupId: string;
    concurrency: number;
    retry: RetryPolicy;
  };
  producers: {
    batchSize: number;
    compression: boolean;
    timeout: number;
  };
}

API Gateway Integration

interface APIGatewayConfig {
  routes: {
    path: string;
    method: string;
    service: string;
    timeout: number;
    cors: CORSConfig;
  }[];
  security: {
    auth: AuthConfig;
    rateLimit: RateLimitConfig;
    ipFilter: IPFilterConfig;
  };
  caching: {
    enabled: boolean;
    ttl: number;
    invalidation: string[];
  };
}

Third-party Integrations

Payment Gateway

interface PaymentGateway {
  provider: string;
  configuration: {
    apiKey: string;
    secret: string;
    webhook: string;
  };
  methods: {
    type: string;
    enabled: boolean;
    fees: number;
  }[];
  processing: {
    automatic: boolean;
    verification: boolean;
    notification: boolean;
  };
}

Authentication Providers

interface AuthProvider {
  type: "OAuth" | "SAML" | "OpenID";
  config: {
    clientId: string;
    clientSecret: string;
    callbackUrl: string;
    scope: string[];
  };
  userMapping: {
    id: string;
    email: string;
    roles: string[];
  };
  session: {
    duration: number;
    renewal: boolean;
  };
}

Performance Optimization

Caching Strategy

Cache Configuration

interface CacheConfig {
  provider: "Redis" | "Memcached" | "Internal";
  layers: {
    type: "Memory" | "Distributed";
    size: number;
    ttl: number;
  }[];
  invalidation: {
    strategy: "TIME" | "EVENT";
    triggers: string[];
  };
  monitoring: {
    metrics: string[];
    alerts: AlertConfig[];
  };
}

Cache Implementation

class CacheManager {
  private cache: Cache;
  private config: CacheConfig;

  constructor(config: CacheConfig) {
    this.config = config;
    this.initializeCache();
  }

  async get<T>(key: string): Promise<T | null> {
    try {
      const cached = await this.cache.get(key);
      this.metrics.recordHit(key);
      return cached ? JSON.parse(cached) : null;
    } catch (error) {
      this.handleError(error);
      return null;
    }
  }

  async set(key: string, value: any, options?: CacheOptions): Promise<void> {
    try {
      await this.cache.set(key, JSON.stringify(value), options);
      this.metrics.recordSet(key);
    } catch (error) {
      this.handleError(error);
    }
  }
}

Query Optimization

Database Optimization

interface QueryOptimization {
  indexes: {
    fields: string[];
    type: "BTREE" | "HASH";
    condition?: string;
  }[];
  partitioning: {
    type: "RANGE" | "LIST" | "HASH";
    column: string;
    scheme: PartitionScheme;
  };
  materialization: {
    views: MaterializedView[];
    refresh: "ON_DEMAND" | "SCHEDULED";
  };
}

Query Monitoring

type QueryPerformance {
  query: String!
  statistics: {
    executionTime: Float!
    rowsProcessed: Int!
    indexUsage: Float!
    cacheHits: Int!
  }
  optimization: {
    suggestions: [String!]
    estimatedImprovement: Float!
  }
}

Load Balancing

interface LoadBalancerConfig {
  algorithm: "ROUND_ROBIN" | "LEAST_CONN" | "IP_HASH";
  health: {
    check: HealthCheckConfig;
    threshold: HealthThreshold;
  };
  ssl: {
    enabled: boolean;
    certificates: SSLCertConfig;
  };
  rules: {
    condition: string;
    action: string;
    priority: number;
  }[];
}

Security Implementation Details

Authentication System

Multi-Factor Authentication

interface MFAConfiguration {
  methods: {
    type: "TOTP" | "SMS" | "EMAIL" | "BIOMETRIC";
    enabled: boolean;
    config: {
      provider?: string;
      timeout: number;
      retries: number;
    };
  }[];
  enforcement: {
    required: boolean;
    gracePerid: number;
    exemptIPs: string[];
  };
  recovery: {
    codes: number;
    expiration: number;
    notification: boolean;
  };
}

Session Management

interface SessionManager {
  create(user: User): Promise<Session>;
  validate(token: string): Promise<SessionValidation>;
  refresh(session: Session): Promise<Session>;
  revoke(sessionId: string): Promise<void>;

  config: {
    duration: number;
    inactivityTimeout: number;
    maxConcurrent: number;
    trackDevices: boolean;
  };
}

Encryption Systems

Data Encryption

interface EncryptionService {
  algorithms: {
    symmetric: "AES-256-GCM" | "ChaCha20";
    asymmetric: "RSA-4096" | "ED25519";
  };

  keyManagement: {
    rotation: {
      automatic: boolean;
      interval: number;
    };
    storage: {
      type: "HSM" | "KMS" | "SOFTWARE";
      backup: boolean;
    };
  };

  operations: {
    encrypt(data: Buffer, context?: Buffer): Promise<EncryptedData>;
    decrypt(data: EncryptedData, context?: Buffer): Promise<Buffer>;
    generateKey(type: KeyType): Promise<CryptoKey>;
  };
}

Transport Security

interface TransportSecurity {
  tls: {
    version: "TLS1.2" | "TLS1.3";
    cipherSuites: string[];
    certificateConfig: CertificateConfig;
  };

  protocols: {
    http2: boolean;
    quic: boolean;
    websocket: {
      enabled: boolean;
      compression: boolean;
    };
  };

  headers: {
    hsts: boolean;
    csp: ContentSecurityPolicy;
    xframe: XFrameOptions;
  };
}

Monitoring and Alerting

Metric Collection

System Metrics

interface MetricCollection {
  collectors: {
    type: "PUSH" | "PULL";
    endpoint: string;
    interval: number;
    metrics: string[];
  }[];

  aggregation: {
    window: number;
    functions: ("AVG" | "SUM" | "MAX" | "MIN")[];
  };

  storage: {
    retention: {
      raw: number;
      aggregated: number;
    };
    sampling: {
      enabled: boolean;
      rate: number;
    };
  };
}

Custom Metrics

type CustomMetric {
  name: String!
  type: MetricType!
  labels: [String!]!
  description: String
  unit: String
  aggregation: AggregationType!
}

input CustomMetricInput {
  name: String!
  value: Float!
  timestamp: DateTime!
  labels: JSON
}

Alert System

Alert Configuration

interface AlertConfig {
  rules: {
    name: string;
    condition: string;
    severity: "INFO" | "WARNING" | "CRITICAL";
    threshold: {
      value: number;
      duration: number;
    };
  }[];

  notifications: {
    channels: {
      type: "EMAIL" | "SMS" | "SLACK" | "WEBHOOK";
      config: NotificationConfig;
    }[];
    templates: {
      name: string;
      content: string;
      variables: string[];
    }[];
  };

  escalation: {
    levels: {
      level: number;
      delay: number;
      notifyTo: string[];
    }[];
    autoResolve: boolean;
  };
}

Alert Processing

class AlertProcessor {
  async processAlert(alert: Alert): Promise<void> {
    // Validate alert
    this.validateAlert(alert);

    // Check conditions
    const shouldTrigger = await this.evaluateConditions(alert);
    if (!shouldTrigger) return;

    // Generate notification
    const notification = await this.generateNotification(alert);

    // Send to appropriate channels
    await this.sendNotifications(notification);

    // Record alert
    await this.recordAlert(alert);
  }
}

Performance Monitoring

Transaction Tracking

interface TransactionTracing {
  sampling: {
    rate: number;
    priority: {
      rules: SamplingRule[];
    };
  };

  tracking: {
    http: boolean;
    database: boolean;
    cache: boolean;
    external: boolean;
  };

  spans: {
    maxPerTransaction: number;
    maxDuration: number;
  };
}

Performance Metrics

type PerformanceMetrics {
  apdex: Float!
  responseTime: {
    p50: Float!
    p90: Float!
    p95: Float!
    p99: Float!
  }
  errorRate: Float!
  throughput: Float!
  saturation: {
    cpu: Float!
    memory: Float!
    disk: Float!
    network: Float!
  }
}

Log Management

Log Configuration

interface LogConfig {
  levels: {
    app: LogLevel[];
    system: LogLevel[];
    audit: LogLevel[];
  };

  outputs: {
    type: "FILE" | "SYSLOG" | "CLOUDWATCH";
    format: "JSON" | "PLAIN" | "CEF";
    retention: number;
  }[];

  enrichment: {
    enabled: boolean;
    fields: {
      name: string;
      source: string;
    }[];
  };
}

Log Processing

interface LogProcessor {
  filters: {
    pattern: string;
    action: "INCLUDE" | "EXCLUDE";
  }[];

  parsing: {
    enabled: boolean;
    patterns: {
      name: string;
      regex: string;
      fields: string[];
    }[];
  };

  archival: {
    compress: boolean;
    encrypt: boolean;
    location: string;
  };
}

System Overview​

Core Features​

Key Components​

Protocol Management​

Server Monitoring​

Token System​

Analytics​

Architecture​

Component Overview​

Service Descriptions​

GraphQL API Layer​

Authentication Service​

Mining Service​

Metrics Service​

Protocol Service​

API Structure​

GraphQL Schema Organization​

Queries​

Mutations​

Subscriptions​

Core Data Types​

MiningServerView​

ServerMetrics​

Detailed API Documentation​

Mining Server Management APIs​

Query: Get Mining Servers​

Query: Servers by Protocol​

Analytics and Monitoring APIs​

Real-time Metrics Subscription​

Network Analytics Query​

Token and Mining System​

Mining Operations Management​

Start Mining Operation​

Claim Mining Rewards​

User Management and Statistics​

User Connection Dashboard​

Protocol Management System​

Protocol Types and Configuration​

Protocol Configuration Structure​

Protocol-Specific Settings​

VLESS Protocol​

REALITY Protocol​

UUID Migration System​

Migration Process​

Validation Process​

Advanced Analytics System​

Network Performance Analytics​

Comprehensive Network Overview​

Performance Monitoring​

Real-time Monitoring System​

WebSocket Integration​

Admin Dashboard System​

Comprehensive Overview​

Export Functionality​

Error Handling and Recovery Procedures​

Error Classification System​

Error Types​

Error Handling Strategies​

Security Implementation​

Authentication System​

Security Protocols​

Deployment and Scaling Guidelines​

Deployment Configuration​

Scaling Strategies​

Performance Optimization​

Monitoring and Metrics​

Testing Strategies and Quality Assurance​

Testing Framework​

Test Categories​

Performance Testing​

Load Testing Configuration​

Performance Metrics Collection​

System Integration Patterns​

API Integration​

REST API Integration​

WebSocket Integration​

Database Integration​

Query Optimization​

Data Access Layer​

Monitoring and Alerting System​

System Overview

Core Features

Key Components

Protocol Management

Server Monitoring

Token System

Analytics

Architecture

Component Overview

Service Descriptions

GraphQL API Layer

Authentication Service

Mining Service

Metrics Service

Protocol Service

API Structure

GraphQL Schema Organization

Queries

Mutations

Subscriptions

Core Data Types

MiningServerView

ServerMetrics

Detailed API Documentation

Mining Server Management APIs

Query: Get Mining Servers

Query: Servers by Protocol

Analytics and Monitoring APIs

Real-time Metrics Subscription

Network Analytics Query

Token and Mining System

Mining Operations Management

Start Mining Operation

Claim Mining Rewards

User Management and Statistics

User Connection Dashboard

Protocol Management System

Protocol Types and Configuration

Protocol Configuration Structure

Protocol-Specific Settings

VLESS Protocol

REALITY Protocol

UUID Migration System

Migration Process

Validation Process

Advanced Analytics System

Network Performance Analytics

Comprehensive Network Overview

Performance Monitoring

Real-time Monitoring System

WebSocket Integration

Admin Dashboard System

Comprehensive Overview

Export Functionality

Error Handling and Recovery Procedures

Error Classification System

Error Types

Error Handling Strategies

Security Implementation

Authentication System

Security Protocols

Deployment and Scaling Guidelines

Deployment Configuration

Scaling Strategies

Performance Optimization

Monitoring and Metrics

Testing Strategies and Quality Assurance

Testing Framework

Test Categories

Performance Testing

Load Testing Configuration

Performance Metrics Collection

System Integration Patterns

API Integration

REST API Integration

WebSocket Integration

Database Integration

Query Optimization

Data Access Layer

Monitoring and Alerting System