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How Aluvia works

Aluvia leverages a network of millions of mobile proxy IPs to provide AI agents with reliable, scalable connectivity-as-a-service.

Agents use the Aluvia client or Aluvia API to connect to an Aluvia gateway node. The gateway node then routes traffic through a network of proxy servers. Each proxy server passes the agent's traffic to and from the internet using real 4G/5G mobile devices on US carrier networks.

Massively scalable and elastic​

Aluvia is built for the concurrent, bursty, and long-running workloads typical of AI agents. Vertically integrated cloud infrastructure scales with your agent workloads. Simply configure and connect your agents, and the backend handles the rest.

  • Millions of mobile IP addresses across the US
  • 30+ US cities for geographic diversity
  • Terabytes of traffic capacity
  • Thousands of concurrent connections per account

Ethically sourced mobile IPs​

Where mobile IPs come from—and how they're managed—affects reliability, security, and privacy.

Aluvia takes a vertically integrated, ethically sourced approach:

  • End-to-end control — Aluvia owns the hardware, the mobile subscriptions, and the cloud routing software.

  • Real devices, real SIMs — All IPs come from Aluvia-owned devices running SIM cards purchased directly from Tier 1 US carriers like T-Mobile and AT&T.

  • No third-party devices — Aluvia doesn't rely on malware-infected phones, browser extensions that resell user bandwidth, or opaque IP suppliers.

Performance and scale characteristics​

Aluvia is tuned for consistent, production-grade performance.

Network​

  • 5G/4G/LTE mobile connectivity
  • US-only mobile IPs for US-targeted workloads
  • Tier 1 carriers including T-Mobile and AT&T

Throughput and reliability​

  • 10 Mbps minimum connection speed (typical speeds exceed this)
  • 99.9% uptime target at the service level
  • Automatic failover with continuous monitoring and rerouting around degraded paths

The result: stable access to web resources, capacity for concurrent tasks, and a network profile indistinguishable from real US mobile traffic.