ticket proxies for event onsales
an onsale is a queue you have to survive, not just a checkout you have to win. what matters is holding a trusted address through the wait and the purchase without being bounced.
why this needs proxies
ticketing platforms front onsales with virtual waiting rooms and block datacenter ranges before you ever reach the queue. isp addresses carry residential trust at datacenter speed, which is what holds a position through a long wait and a multi-step checkout. some events are region-locked, which is where residential country targeting matters.
which proxies to use
what it costs
estimate: about 2.5 mb per attempt, covering the waiting room, event page, seat map and checkout with assets. tasks that poll for a queue to open are lighter per request but run continuously.
| checkout attempts | bandwidth | isp | residential |
|---|---|---|---|
| 500 | 1 gb | $1.00 | $1.95 |
| 5,000 | 12 gb | $12.00 | $23.40 |
| 25,000 | 61 gb | $61.00 | $118.95 |
volume rates are applied automatically, so the larger rows already reflect the cheaper tier.
how to set it up
faq
- why do i need proxies for a ticket onsale?
- onsales rate-limit and queue per address, and block known datacenter ranges outright. trusted addresses let you run more than one task and reach the queue at all.
- sticky or rotating for the waiting room?
- sticky. a virtual queue tracks your position against an ip and session, so changing address mid-wait loses your place. rotate between attempts, never inside one.
- isp or residential for ticketing?
- isp is the default: residential trust with datacenter speed and stability, which a long queue needs. switch to residential when the platform is strict on reputation or the event is region-locked.