Free proxies rotate. Host counts change every refresh, and any single proxy can die mid-run. That is fine for a quiet test at twenty-five viewers, but not for a nightly four hundred. The question is not whether free proxies work — they do, sometimes — it is whether you want your whole stream to depend on a list you do not control, refreshing underneath you while you are live.
The honest framing: free is for calibration, paid is for production. When you are first seeing whether the curve fits your channel, a shared pool that rotates is exactly what you want — cheap, disposable, no setup. The moment the run matters — nightly, before an audience, on a schedule you have committed to — you want hosts whose behavior you can predict.
Paid tiers use host-deduplicated residential lists. One session per IP, no sharing, and you can supply an ISP list you control if you want to own the addresses outright. Deduplication by host is the key phrase. A residential list can contain the same host many times — different ports, different credentials, same IP. We collapse those to one entry, because ten entries on one IP do not give you ten viewers.
There is a hard distinction people miss: dedicated ISP lists versus rotating residential or mobile gateways. A rotating gateway hands you a different IP on every request — which sounds great until you realize a viewer hold needs the same IP for the life of a session, not a new one per call. Rotating mobile is worse for this use: every request can collapse through one carrier gateway and look like a single host. For a hold you want a stable IP per session. Dedicated ISP lists give you that; rotating resi and mobile do not.
Upload a .txt with one proxy per line — http, socks4, socks5, with or without auth. The pool dedupes by host and never falls back to direct-connect on tunnel fail. That last part is a deliberate safety choice. When a tunnel fails, the tempting thing is to connect directly and keep the count up. We do not, because a direct connection is your real IP, and a single direct-connect leak can undo every host you paid for.
If you bring your own, keep the list small and stable. A few hundred reliable ISP hosts beat thousands of flaky free ones. The instinct is to throw volume at the problem — more proxies, more viewers. But every dead host in the list is a failed connect you have to retry, and retries churn the pool. A smaller list of hosts that actually stay up for hours is worth more than a large list of hosts that die in minutes.
Stability also shapes retention. A host that drops after forty minutes takes its viewer with it, and the count saws. A host that holds for hours lets the ramp stay flat. When you own the ISP list, you can prune the flaky hosts before go-live — test them, keep the ones that hold, drop the ones that do not. You cannot do that with a rotating free pool; the list changes out from under you mid-run.
Cost is the other honest variable. ISP lists cost real money per host, and the more viewers you want, the more hosts you need. The pool is the ceiling, not the slider in the ops deck. You can ask for four hundred, but you will only get as many viewers as you have surviving unique hosts to point at the run. That is not a limitation we hide; it is the physics of unique-IP holds.
A practical sequence. Start on free. Run twenty-five on a live low-viewer channel and watch Kick's public count — not the dashboard's self-report. If the curve fits, and you are going to run this nightly or to an audience, bring your own ISP list. Keep it small, test it, prune the flaky hosts, and let the pool dedupe by host. Then the run is bounded by hosts you control, not by a refresh you do not.
And the standing honesty note: none of this makes viewer inflation compliant with Kick's terms. Owning your IPs changes reliability and realism, not legality. We say so in the product and we say so here, because a proxy guide that skips the ToS is setting you up for a ban you were not warned about.
The free tier and paid tiers are not a good/bad axis. They are for different jobs. Free is how you find out whether the whole approach works for your channel. Paid is how you make it repeatable. Bring your own proxies when the run stops being an experiment and starts being part of how you stream — and not a minute before you have watched the public count and decided it is worth it.
One last thing that trips people up: unique hosts are a finite resource, and they are not interchangeable with raw proxy count. A list of two thousand entries can collapse to a few hundred unique hosts after dedupe, and those few hundred are your real capacity. When you bring your own list, check the unique-host count, not the line count. That number — not the slider — is how many viewers you can actually hold.
Start with the formats, because they are the first filter. The upload accepts one proxy per line — http, socks4, socks5, with or without auth — and the pool normalizes them, dedupes by host, and reserves one host per session. Auth is the part people fumble: a proxy that needs credentials and does not get them fails on the first tunnel, and a failed tunnel is a dead host for the whole run. Get the scheme and the credentials right before you care about the count.
Which scheme you choose matters less than that it is right. HTTP proxies are the easiest to debug but the least flexible for a long-held websocket; SOCKS5 handles the long-lived connections a viewer hold needs and carries auth cleanly; SOCKS4 is fine when the host allows it but has no auth at all. The practical rule is to match the scheme to what your provider actually serves, then let the pool normalize the rest. A mismatch is a silent dead host, not an error message.
A proxy that appears in your list is not the same as a proxy that is live. We verify hosts as TCP-live, mark the dead ones, and reap them so their slots free for the next refill. The number that matters is live unique hosts, not the raw count, and it drifts down over a run as hosts die. That drift is normal and the ramp is designed to absorb it — but it means your capacity is never a fixed number, it is a curve that decays while you are live.
The free pool refreshes on an interval, off-thread, so a refresh can never overwrite a running run or flip the dashboard to an error state. That is the upside and the downside of a rotating pool in the same breath: it is always changing underneath you. For a test that is fine. For a nightly four hundred, a refresh that swaps your addresses mid-run is a failure you asked for by choosing a list you do not control.
The checklist, in order: get the scheme and credentials right, dedupe by host, test each host until it holds or dies, keep the survivors, and never let a tunnel fall back to direct-connect. Run twenty-five on a live low-viewer channel and watch Kick's public count. If the curve fits and you are going to run this nightly or to an audience, bring your own ISP list. That is the whole decision, and it is smaller than it looks.
One last distinction that saves people money: a viewer host and a chatter host are different budgets. If you run chat, you need hosts for the chatters too, on a separate surface with their own spare — otherwise a warm room borrows the viewer pool and the two signals start to correlate. Bring your own proxies for both, or budget for the total, not for viewers alone. The number you plan around is viewer hosts plus chatter hosts plus a spare for each.
There is also a point at which bringing your own is premature. If you have not yet watched a free run move Kick's public count on a quiet channel, you do not know enough to spend money on hosts. Owning an ISP list before you have confirmed the curve fits is paying for confidence you have not earned. Free is the discovery tool, paid is the production tool, and the line between them is a measured run — not a feeling.
So: free to test, ISP to ship, dedupe by host, never direct-connect, and prune before you go live. The list you control is the one that decides whether four hundred viewers means four hundred hosts still standing at hour three — or a curve that saws down the moment a shared refresh decides to swap your addresses out.