Aluvia

Aluvia is a mobile proxy service explicitly designed for AI agent workloads, launched to solve a specific problem: AI agents running on cloud infrastructure encounter bot detection blocks because datacenter IPs are easily identifiable and blocked by websites and API providers. By routing agent traffic through authentic mobile carrier networks, Aluvia makes agents appear as regular users from real smartphones, bypassing many detection mechanisms that target server-based infrastructure. This niche focus distinguishes Aluvia from generalist mobile proxy providers that serve web scraping, affiliate marketing, and account management equally. The company targets teams building autonomous agents that need reliable, at-scale web access without getting blocked.

The pricing model reflects this specialization: Aluvia offers two tiers designed for different user volumes. The Agent.Connect plan costs $3 per gigabyte with no minimum purchase, no monthly commitments, and no data expiration, suited for teams experimenting or running modest agent workloads. The Big.Connect enterprise tier offers $1 per gigabyte pricing but requires a 1 terabyte minimum initial purchase, aimed at larger operations that can commit to predictable consumption. Both tiers include unlimited concurrent connections, which matters for agents that may spawn dozens of parallel tasks. Compared to generalist providers like Litport ($5.49/GB) or traditional residential proxy services ($8 to $12/GB), Aluvia's $3/GB floor is competitive. The volumetric discount to $1/GB for enterprise usage appeals to teams running AI agents at scale. Notably, no setup fee or activation cost applies, reducing friction for quick trials. Payments are crypto-only (Bitcoin, Ethereum, and other major cryptocurrencies), which eliminates traditional payment processing but also removes payment verification delays and makes accounts instantly active.

Geographic coverage is the most significant limitation: Aluvia operates exclusively in the United States with presence across more than 30 major US cities. The service does not currently offer international coverage, though the company has publicly stated plans to expand to additional geographies in the future. Current coverage spans major metropolitan areas, which suits agents focused on US-based websites and services but excludes any campaign targeting non-US markets. The company uses Tier 1 carrier SIM cards, meaning connectivity comes directly from major national carriers rather than MVNOs or resellers. This choice improves IP reputation and reduces the risk of carrier-level blocking, but Aluvia does not publish which specific carriers (Verizon, AT&T, T-Mobile, or others) are available or in what proportion. The opacity around carrier selection means users cannot ensure backup operators if one carrier's IPs become flagged.

IP rotation on Aluvia operates on a 5-to-10-minute timer, meaning individual addresses remain valid for roughly that duration before assignment to a different device. This rotation window is fixed rather than on-demand or configurable, which works for agents that need steady access but may not suit campaigns where rapid IP rotation is critical to avoid detection. Each address change is handled automatically when the rotation period expires, reducing manual management but also reducing user control. The system features hostname routing rules, allowing users to configure different IPs for different target domains or subdomains, and session persistence capabilities that let a single IP maintain a consistent session across multiple requests if needed. Both features ease integration with standard automation frameworks like Playwright, Puppeteer, and Selenium, which Aluvia explicitly supports via adapters built into their SDK. This integration story appeals to teams already using browser automation libraries.

The Browser Use SDK integration is a key differentiator for agent builders. The SDK includes adapters that allow agents built on popular frameworks to automatically route traffic through Aluvia's mobile IPs without needing to configure proxy details at the transport layer. The system also includes automatic block detection that signals when a given IP or session is likely to be blocked, allowing agents to preemptively rotate or take evasive action rather than waiting for a full request failure. This is more sophisticated than basic rotation and attempts to address one of the real challenges in agent building: knowing when and how to recover from blocks without manual intervention. Unlimited data and connection concurrency mean agents can send many simultaneous requests or transfer large amounts of data without cost surprises or rate limiting from the proxy provider's side.

A notable gap in the service specification is lack of SOCKS5 support. Aluvia provides only HTTP/HTTPS proxies, which limits compatibility to clients and frameworks that understand HTTP proxying. This rules out SOCKS-based tools, certain legacy applications, and some custom development scenarios. Most modern agent frameworks and web automation tools operate over HTTP, so this limitation primarily affects non-standard or specialized use cases, but it is worth checking before committing if your agent relies on SOCKS connectivity for any part of its operation.

The most significant limitation is operational maturity. As of February 2026, Aluvia has zero reviews on Trustpilot, G2, or Capterra, the major software review platforms. This reflects either very recent launch or limited adoption, and either way means no independent verification of uptime, reliability, support quality, or performance at scale. The company is thus essentially unproven in production use, and early adopters are beta testing the service. For risk-averse teams, this immature track record is disqualifying. For teams comfortable with emerging platforms or willing to beta-test in exchange for favorable pricing, Aluvia represents an opportunity to get excellent US mobile proxy pricing before it scales and costs increase. The company's explicit focus on agents and integration with Browser Use SDK suggests strong founder-to-user alignment and regular feature development, but operational production data does not yet exist.

Aluvia makes sense for teams building US-focused AI agents that can tolerate 5-to-10-minute rotation windows and either lack SIM card diversity requirements or are willing to trust Tier 1 carriers to provide sufficient redundancy. The $3/GB pricing for small experiments and $1/GB enterprise tier are genuinely competitive. The Browser Use SDK integration and automatic block detection reduce integration friction. However, the lack of production track record, US-only geography, no SOCKS5 support, and fixed rotation timing collectively suggest this provider suits experimental or early-stage agent projects more than mission-critical deployments. If you need international coverage or extensive carrier control, look to established generalist providers. If you are building and iterating on US-based agent infrastructure and want the best per-gigabyte pricing available, Aluvia deserves a trial.