Proxies for Botting

Ask what the bot holds, not what it's called. If it holds an identity — a logged-in account on a social platform, a game character, a store profile with payment attached — the address is part of that identity and should be static, exclusive, and long-lived; the remaining question is registration tier: datacenter works where platforms score behavior more than origin, ISP where consumer registration measurably matters (the strictest social platforms and retail checkouts). If the bot holds nothing — it fires independent requests and moves on, like a drop monitor sweeping product pages — the address is disposable by design, and you either spread a datacenter package wide or let rotating proxies switch the exit per request without list management. Mixed bots split cleanly along the same line: an AIO setup runs its monitors on package addresses and its checkout sessions on ISP, and paying ISP prices for monitoring traffic is the most common way botting budgets get wasted. One test, applied per task: does this connection need to be the same tomorrow? Static if yes, wide or rotating if no.

The ceiling is set by your plan tier rather than per address, and our tiers sit among the highest on the market — which is precisely the spec that matters for bot controllers, because a botting workload is many small parallel sessions rather than one fat stream. The practical guidance is to budget by workload shape: identity-holding sessions (a logged-in account doing humanlike things) are light — one account's traffic barely registers, and the reason you don't stack fifty on one address is linkage, not bandwidth; monitoring tasks are the opposite — a single monitor can hold dozens of simultaneous connections polling endpoints, and that's where the connection ceiling becomes the binding constraint before speed does. If you're sizing a setup: count your heaviest simultaneous-connection moment (usually drop time, when every monitor and every checkout task fires at once), check it against the tier you're buying, and leave headroom — a controller that hits its connection limit mid-drop fails in the least convenient second of the month. The calculator above shows tiers per package size; scale the package, not the per-address load.

The half of detection that proxies never touch. A dedicated address fixes the network layer completely — no shared history, no cross-account linkage, no volume flags from strangers' traffic — but platforms read at least two other layers: the device fingerprint (browser or client characteristics that persist across IP changes) and behavior (timing, patterns, and actions no human produces). If your accounts fall in batches while each sits on its own clean IP, the linkage is almost certainly fingerprint-level — same browser profile, same automation tool signature, same hardware identifiers — and the fix lives in your bot's environment isolation, not in more addresses. If accounts fall individually, the behavior itself is being scored, and no infrastructure purchase changes what the bot does. The honest hierarchy: the proxy is necessary but not sufficient — it removes the network reason to link or flag you, which is one reason of three. The child pages linked above go into what each platform's detection actually reads, because the answer differs sharply between a sneaker site, a social network, and an MMO — and knowing which layer caught you is worth more than any product.