Mobile Proxies Documentation
Comprehensive guide to using mobileproxies.org 4G/5G mobile proxies for developers, AI agents, and businesses.
What Are Mobile Proxies?
Mobile proxies route your internet traffic through cellular networks (4G/5G), assigning you IP addresses from mobile carriers. Unlike datacenter proxies (which come from server farms) or residential proxies (from home ISPs), mobile proxies provide authentic carrier network IPs that are ideal for various online activities.
These proxies are particularly valuable for businesses, developers, and AI agents who need reliable access to web content for data collection, multi-account management, ad verification, and location-specific testing.
Key Features
Global Coverage
Access proxies from multiple countries and carriers worldwide
4G/5G Networks
Real cellular connections through authentic mobile carrier infrastructure
High Trust Scores
95%+ trust scores for maximum compatibility with protected services
IP Rotation
Automatic or manual IP rotation to maintain anonymity
Concurrent Sessions
Multiple simultaneous connections based on your plan
Developer API
RESTful API with comprehensive documentation
Getting Started
Quick Setup Guide
- Sign up for an account and choose your plan
- Access your dashboard to configure proxy settings
- Get your credentials (IP, port, username, password)
- Configure your application or browser to use the proxy
- Start browsing through mobile proxies
Browser Configuration Example
Configure your browser to use mobile proxies:
Authentication
API Key Authentication
All API requests require Bearer token authentication. You'll receive your API key upon subscription.
API Authentication - Coming Soon
Complete REST API documentation with Bearer token authentication examples, cURL snippets, and integration guides will be available soon.
Proxy Authentication
Connect to your mobile proxy ports using the following format. Each port represents a unique mobile device connection.
Important: Each user gets dedicated ports (e.g., 10001-10010). You can spawn/manage ports and buy GB packages through your dashboard.
Proxy Connection Examples - Coming Soon
Detailed proxy connection formats, authentication strings, and location-specific port mappings will be documented here.
Python Implementation - Coming Soon
Complete Python integration examples with requests library, error handling, and connection testing will be available soon.
Node.js Implementation - Coming Soon
Comprehensive Node.js examples with Axios, proxy agents, async/await patterns, and error handling will be documented here.
API Reference
Get Port List
Retrieve all ports assigned to your account with their current configurations and usage.
Port List API - Coming Soon
REST API endpoint to retrieve all assigned ports with location details, usage statistics, and configuration settings. Full OpenAPI 3.0 specification will be available.
Manage Ports
Spawn new ports, rotate IPs, and configure port settings.
Port Spawning API - Coming Soon
RESTful endpoint for spawning new proxy ports with location preferences, carrier selection, and custom rotation settings. Full request/response documentation will be available.
IP Rotation API - Coming Soon
API endpoint for manually rotating port IPs with instant response and automatic scheduling capabilities.
GB Purchase API - Coming Soon
API endpoint for purchasing data packages with multiple payment methods including Stripe and cryptocurrency options.
Python SDK - Complete Implementation
Python SDK - Coming Soon
Complete Python SDK with intelligent rotation, bulk operations, usage monitoring, and comprehensive error handling. Features will include connection testing, port management, and automated proxy orchestration.
MCP Integration
Understanding Model Context Protocol
Model Context Protocol (MCP) is an open standard that enables AI models to securely interact with external data sources and APIs. For mobile proxy integration, MCP provides a standardized interface for AI agents to manage proxy connections, rotate IPs, and handle authentication seamlessly.
How MCP Works with Mobile Proxies
MCP server registers available proxy resources and capabilities with the AI model
AI agent discovers available proxy ports, locations, and configurations
Agent calls MCP tools to spawn ports, rotate IPs, or perform scraping tasks
Results are returned in structured format for AI processing
MCP Architecture for Proxy Networks
Our MCP implementation follows a three-tier architecture optimized for mobile proxy management:
Presentation Layer
- • AI model interface (Claude, GPT-4, custom agents)
- • MCP client libraries and SDKs
- • Request/response formatting
Service Layer
- • MCP server handling protocol communication
- • Tool orchestration (spawn, rotate, scrape)
- • Resource management and caching
- • Rate limiting and request queuing
Infrastructure Layer
- • Mobile proxy port network (4G/5G devices)
- • Gateway servers and load balancers
- • IP rotation mechanisms
- • Usage tracking and billing systems
Key Benefits: This architecture ensures AI agents can seamlessly access mobile proxies without managing low-level networking details, while maintaining high performance and reliability.
MCP Configuration Schema
The MCP server exposes the following capabilities and resources:
Resources
proxy://ports/listActive ports in your account
proxy://usage/statsGB balance and metrics
proxy://locationsAvailable countries/carriers
Tools
get_proxy_portRetrieve port configuration
spawn_portCreate new proxy port
rotate_port_ipForce IP rotation
MCP Communication Flow
The MCP server acts as a bridge between AI agents and the mobile proxy infrastructure, handling authentication, port management, and request routing transparently.
Claude Desktop & MCP Integration
Claude Desktop supports MCP servers natively, enabling seamless mobile proxy integration for web-based tasks:
Integration Benefits
Automatic Proxy Routing
All web requests routed through mobile IPs
Context Preservation
Maintains session state across requests
Smart IP Rotation
Automatic rotation based on rate limits
Error Handling
Automatic retry with different IPs
How Claude Uses Mobile Proxies
User requests web scraping or data collection task
Claude discovers available proxy resources via MCP
Selects optimal port based on location and availability
Routes requests through mobile proxy transparently
Processes scraped data and returns structured results
LLM & AI Agents
AI-Powered Web Intelligence
Modern AI agents require reliable, high-trust network infrastructure to perform web-based tasks effectively. Mobile proxies provide the authentic carrier IPs that prevent detection and blocking, enabling AI systems to gather data at scale.
Claude & GPT-4
Direct integration via MCP protocol for seamless proxy management
Custom Agents
SDK support for Python, Node.js, and other frameworks
API Access
RESTful API for direct proxy port management
LLM Integration Architecture
Data Flow for AI Agents
Input Processing
- • Task decomposition and planning
- • Geographic targeting requirements
- • Rate limit considerations
- • Authentication token management
Output Optimization
- • Structured data extraction
- • Error handling and retries
- • Response validation
- • Usage tracking and billing
Why AI Agents Need Mobile Proxies
High Trust Scores
95%+ trust scores prevent AI agents from being blocked
Authentic Mobile IPs
Real carrier IPs that websites trust more than datacenter IPs
Geographic Flexibility
Access location-specific content and services
Rate Limit Avoidance
Distribute requests across multiple IP addresses
Use Cases for AI + Mobile Proxies
Market Research
- Competitor pricing analysis across regions
- Product availability monitoring
- Consumer sentiment tracking
Content Verification
- Ad placement verification
- Brand safety monitoring
- Copyright infringement detection
Data Collection
- Social media analytics
- E-commerce product data
- News aggregation
Automation
- Account management at scale
- Automated testing across locations
- Workflow orchestration
AI Scraping Agents
Intelligent Web Data Extraction
AI-powered scraping agents combine machine learning with mobile proxy infrastructure to intelligently extract web data while avoiding detection.
AI Scraping Agent Architecture
1. Pattern Recognition
AI identifies page structure and adapts to changes automatically
2. Anti-Detection Logic
Mimics human browsing patterns with random delays and mouse movements
3. Proxy Orchestration
Intelligently rotates through mobile IPs based on rate limits
4. Error Recovery
Automatically retries with different strategies on failure
Scraping Strategy Optimization
AI-Powered Scraping Integration - Coming Soon
Advanced AI integration examples with OpenAI GPT-4, automated content analysis, and intelligent proxy orchestration for optimal scraping performance.
Advanced Topics
Quantum-Resistant Proxy Encryption
Next-generation proxy infrastructure employing post-quantum cryptographic protocols to secure mobile proxy communications against quantum computer attacks. Implementation includes lattice-based encryption and quantum key distribution mechanisms.
AI-Powered Intelligent Rotation Algorithms
Reinforcement learning models that continuously optimize proxy rotation strategies based on real-time network conditions, target website behavior patterns, and success rate metrics. The system adapts to anti-bot countermeasures dynamically.
Blockchain-Based Decentralized Proxy Authentication
Distributed authentication system leveraging blockchain smart contracts for trustless proxy access verification. Implements zero-knowledge proofs for privacy-preserving authentication and decentralized consensus for proxy node validation.
Neural Network Traffic Pattern Obfuscation
Deep learning models trained on human browsing patterns that generate realistic traffic signatures for proxy requests. Includes behavioral mimicry, timing randomization, and fingerprint diversity to evade sophisticated detection systems.
Predictive Failure Detection with Machine Learning
Predictive analytics system using ensemble machine learning models to forecast proxy node failures, network congestion, and carrier restrictions. Enables proactive proxy rotation and resource allocation optimization.
Cross-Platform Proxy Mesh Networking
Distributed mesh network architecture connecting mobile devices across multiple carriers and geographic regions. Implements self-healing network topology with automatic failover and dynamic routing protocols.
Zero-Knowledge Proof Authentication Systems
Privacy-preserving authentication protocols that verify user credentials without revealing sensitive information. Implements zk-SNARKs and zk-STARKs for scalable, trustless proxy access verification.
Distributed Consensus Algorithms for Proxy Pools
Byzantine fault-tolerant consensus mechanisms for coordinating proxy pool operations across distributed infrastructure. Includes leader election, state synchronization, and conflict resolution protocols.
Homomorphic Encryption for Proxy Traffic
Advanced cryptographic techniques enabling computation on encrypted proxy traffic without decryption. Allows for privacy-preserving analytics, traffic pattern analysis, and security monitoring while maintaining complete data confidentiality.
Swarm Intelligence for Optimal Proxy Selection
Bio-inspired optimization algorithms mimicking swarm behavior for intelligent proxy selection. Incorporates ant colony optimization, particle swarm optimization, and artificial bee colony algorithms for global optimization of proxy routing decisions.
Edge Computing Integration for Ultra-Low Latency
Distributed edge computing infrastructure co-located with mobile carrier infrastructure for sub-millisecond proxy response times. Implements edge caching, intelligent request routing, and real-time data processing at network edge locations.
Post-Quantum Cryptography Implementation
Implementation of quantum-resistant cryptographic algorithms for future-proof proxy security. Includes NIST-standardized post-quantum algorithms such as CRYSTALS-Kyber for key establishment and CRYSTALS-Dilithium for digital signatures.
Frequently Asked Questions
QWhat are mobile proxies and how do they differ from other proxy types?
Mobile proxies route traffic through cellular networks (4G/5G), providing IP addresses from mobile carriers. Unlike datacenter proxies (server farms) or residential proxies (home ISPs), mobile proxies offer authentic carrier IPs with higher trust scores and better compatibility with modern websites.
QWhy do AI agents and LLMs need mobile proxies?
AI agents benefit from mobile proxies because they provide high trust scores (95%+), authentic mobile carrier IPs that websites trust, geographic flexibility for location-specific content, and help avoid rate limiting when making automated requests.
QHow do I integrate mobile proxies with MCP (Model Context Protocol)?
You can set up an MCP server that provides proxy access to AI agents through standardized tools and resources. This allows AI models to securely access mobile proxies for web scraping and data collection tasks.
QWhat is the difference between HTTP and SOCKS5 proxy protocols?
HTTP proxies work at the application layer and are ideal for web browsing and API requests. SOCKS5 proxies work at a lower network level and can handle any type of traffic, making them suitable for applications beyond web browsing.
QHow can I monitor the health and performance of my mobile proxies?
Use our API to check proxy status, implement health checks in your code, monitor response times and success rates, and set up automatic failover to backup proxies when issues are detected.
QCan I use mobile proxies for managing multiple social media accounts?
Yes, mobile proxies are excellent for multi-account management. Each account can be assigned a dedicated mobile IP from different carriers and locations, making the accounts appear as separate mobile users.
QHow do I handle IP rotation with mobile proxies?
You can rotate IPs manually through our API, set up automatic rotation based on time intervals, or implement intelligent rotation based on response patterns and website behavior.
QWhat should I do if a mobile proxy stops working?
First, check the proxy status through our API. If it's down, try a different proxy from your pool. Implement automatic failover in your code to switch to backup proxies when primary ones fail. Contact support if issues persist.
Ready to Get Started?
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