ATC bot proxies that feed release speed
An add-to-cart bot is only worth running if the carting lands before stock is gone, and the proxy layer is what feeds that speed or strangles it. Our ATC bot proxies give each task its own dedicated PL mobile proxy — a clean, isolated carrier IP that does one job — so the bot fires carting requests across many addresses at once instead of piling them onto one IP that's rate-limited within seconds.
Carting needs many IPs, not one fast one
A high-volume add-to-cart run that piles requests onto one IP is rate-limited within seconds. The fix is a burner exit per task so carting fans out across dozens of isolated addresses at release speed.
Burner IPs per ATC task
High-volume add-to-cart runs need width, not one fast connection. One dedicated proxy per task lets the bot hold cart state across dozens of isolated PL exits at once, each looking like a separate shopper grabbing a single pair. When a task is spent or trips a soft block, the rotation API moves it to a new IP on demand (max once per minute per proxy). That burner-style isolation is what stops an ATC run from being clustered and throttled as a single source.
Speed where it counts
Low-latency PL pool routes get your carting requests there fast, and SOCKS5 plus HTTP(S) endpoints drop into any ATC bot with no code rewrite. Public bot or your own scripts, the move is the same: point the task at a session endpoint and the proxy handles isolation, rotation, and carrier mix underneath. Sticky mode is right there for the moment a cart needs to hold its state into checkout.
Mobile carrier NAT for cover
4G/LTE mobile burner IPs sit behind carrier NAT shared by thousands of real users, so one carting task is hard to pick out and ban. Each proxy is its own dedicated modem, so sticky mode holds the IP when an add-to-cart flow runs long, and spreading tasks across carriers keeps the run looking like ordinary phone traffic at release speed.
Built for high-volume carting
Burner IP per task
Each carting task gets its own dedicated PL mobile exit that does one job — no cluster for the platform to throttle.
One proxy per task
Hold cart state across dozens of isolated exits at once, each reading as a separate shopper grabbing a single pair.
On-demand rotation
A spent or soft-blocked task moves to a new IP through the rotation API (max once per minute) without restarting the bot.
SOCKS5 drop-in
Point any ATC bot or your own scripts at each proxy host:port — no SDK changes, no per-task code forks.
ATC bot proxy at a glance
ATC bot proxy questions
What is an ATC bot proxy?+
Why burner IPs for add-to-cart bots?+
Can each task have its own proxy?+
Why mobile carrier IPs for add-to-cart runs?+
Size your burner pool
Sizing the pool
Size your burner pool to your task volume on the pricing page, then create an account and fire your first carting run in minutes.
Test a checkout-ready proxy, free
Grab one real mobile IP for an hour with no card. Run a practice checkout, confirm the speed and the clean exit, then load up for the drop.