Limited offer: Get 80% OFF your first month of the 1GB plan with code FIRSTPURCHASE.

Claim & start

Limited offer: Get 80% OFF your first month of the 1GB plan with code FIRSTPURCHASE.

Claim & start

Limited offer: Get 80% OFF your first month of the 1GB plan with code FIRSTPURCHASE.

Claim & start

Limited offer: Get 80% OFF your first month of the 1GB plan with code FIRSTPURCHASE.

Claim & start

Limited offer: Get 80% OFF your first month of the 1GB plan with code FIRSTPURCHASE.

Claim & start

Limited offer: Get 80% OFF your first month of the 1GB plan with code FIRSTPURCHASE.

Claim & start

Limited offer: Get 80% OFF your first month of the 1GB plan with code FIRSTPURCHASE.

Claim & start

Magnetic Proxy for
AI Automation

Residential Proxies Built for Agents That Never Stop Running.

Name: AI Automation
Brand: Magnetic Proxy
Availability: InStock

Subtítulo:AI agents make continuous requests, hold multi-step sessions, and operate without human intervention. When the proxy fails, the agent fails. This Capsule is built for autonomous workflows that need reliable residential access around the clock — not occasional scraping, not manual testing. Continuous operation.

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Get Started Free

No commitment. Cancel anytime.

Comparison

Your agents run. Blocks don't stop them.

AI agents operating on the live web hit the same detection systems as any automated traffic. The difference is they can't retry manually, can't solve CAPTCHAs interactively, and can't recover from a blocked session without human intervention. This Capsule routes every agent request through real residential devices that pass platform detection automatically.

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Problem

Why Agent Workflows Need a Different Infrastructure Layer

A blocked proxy doesn't pause an AI agent — it breaks the task. When an agent loses its residential connection mid-workflow, the entire sequence fails: the data it collected is incomplete, the action it was executing is abandoned, and recovery requires human intervention to diagnose and restart.

General-purpose proxies are built for workloads with human oversight. When something breaks, a developer debugs it. AI agents operate without that safety net. The infrastructure underneath them has to be reliable enough that intervention is the exception, not part of the expected workflow. That's a different requirement. This Capsule is built to meet it.

Solution

Residential Access Built for Continuous Agent Operation

AI agents don't run in bursts — they run continuously, often for hours or days without interruption. Standard proxies degrade under that pattern: IPs accumulate request history, session consistency drops, and detection risk compounds over time. This Capsule is calibrated for sustained, low-variability operation across the full duration of your agent's workflow.

Continuous residential IP rotation for autonomous agents
Sticky sessions via sessid for multi-step agent workflows
99.95% average success rate across all requests
0.6s average response time
HTTP, HTTPS, and SOCKS5 support

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Core Features

Built for agents that run 24/7 and can't afford to fail.

Persistent Sessions for Multi-Step Tasks

AI agents executing multi-step workflows — research sequences, form submissions, authenticated data collection — need the same residential IP held across the entire task. Configure sticky sessions with sessid and sesstime to maintain a consistent connection identity throughout the agent's workflow without mid-task IP drops.

Automatic Recovery on Device Loss‍

‍If the residential device providing a sticky session goes offline, the system automatically provides a fallback IP from the same country without breaking the connection string. Your agent continues running without requiring a restart, a credential reset, or human intervention to restore the session.

Geo-Targeted Access for Location-Specific Tasks

Agents executing location-sensitive tasks — price checks, content verification, search result collection by market — route requests through residential IPs in the exact target location. Country, region, and city targeting is encoded directly in the connection string and applies to every request the agent sends.

how it works