Proxy for AI agents that browse the live web
An autonomous agent that browses, clicks, fills forms, and reads results is only as reliable as the IP it sits behind. When a site blocks the exit mid-task, the tool-use loop fails quietly: the agent retries, hallucinates around the missing page, and burns tokens. A dedicated proxy for AI agents gives each run a stable carrier IP, so a multi-step browse actually reaches the end.
Agent runs fail on the IP, not the prompt
Anti-bot systems read a browsing agent on a datacenter range as a bot and block it mid-flow. Behind a real carrier IP the same automation reads as an ordinary mobile session — same agent code, very different success rate.
A held IP for stateful tasks
Agent workflows are stateful. Logging in, navigating a flow, and reading a confirmation all need the same IP and the same cookie jar. Rotating mid-task breaks the session and triggers re-auth or a block. Give each concurrent agent its own dedicated proxy, keep the IP for the whole task, then rotate between runs. The site sees one consistent visitor, not a flickering identity.
Why mobile IPs survive agent traffic
Browser-driving frameworks like Playwright and Puppeteer generate request patterns that anti-bot systems flag fast on datacenter ranges. Behind a real 4G/LTE carrier IP, the same automation reads as a normal mobile session. Thousands of real humans share each carrier block, so your agent hides inside legitimate noise instead of standing out as the only traffic on a clean datacenter subnet.
Predictable latency for tool-use loops
Every extra second of exit latency multiplies across an agent's reasoning steps. Low round-trip times keep the browse-observe-act loop tight, so a ten-step task does not stall waiting on a slow hop. Stable exits also mean fewer retries, which means fewer wasted model calls and a cheaper, faster agent overall.
Built for autonomous browsing
One proxy per agent
Keep one dedicated IP per agent for the full task — it holds until you rotate — so login → navigate → form-fill all share one identity.
Carrier-locked routes
Pick the carrier (Orange, Play, Plus or T-Mobile) for a real PL 4G/LTE for a consistent mobile origin across every step of the run.
Drop-in egress
Point browser-use, CrewAI, LangGraph or Playwright at the SOCKS5 / HTTPS endpoint — no SDK changes, no lock-in.
Auto-recovery
A soft block triggers a fresh exit through the rotation API without tearing down the agent process.
Agent exit at a glance
Proxy for AI agents — questions
What is a proxy for AI agents?+
Why do agents need a stable IP?+
Which frameworks does it work with?+
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Bind your first agent exit
Sizing the run pool
Running a fleet of concurrent agents? Check the pricing for per-IP rates, then create an account and get your first agent proxy in under 90 seconds.
Pull a sample dataset, free
Run one real mobile IP for an hour with no card. Point your crawler or agent at the source, watch the data come back clean, then move to a plan.