Using Singapore mobile proxies with TikSales

One TikSales environment costs $0.69, and the first 240 minutes of runtime on it cost $0.10. That is the part of a TikTok matrix that used to mean a shelf of secondhand Androids, a powered USB hub, and someone walking over to reboot one of them.

The part it doesn’t cover is where those phones appear to be sitting on the internet. A cloud phone gives every account its own Android device. It does not give every account its own believable home connection, and that is the half TikTok reads first.

This guide covers the join between the two: adding a Singapore mobile proxy to TikSales, binding one port per environment, working out how many ports a matrix of a given size needs, and the bandwidth number that surprises people (it isn’t the uploads).

What TikSales does

TikSales runs each account on its own cloud phone. You rent Android environments, bind one account to each, and their task centre runs the repetitive work across all of them: account setup, warm-up, posting on a schedule, replying to comments and DMs.

There’s an AI studio attached for generating videos, images and captions in bulk and pushing them out to many accounts at once. Their FAQ says it isn’t TikTok-only either, listing Instagram, Facebook, YouTube, X and Reddit.

Two ways to pay, as of September 2026. Pay-as-you-go splits into an environment pack and a duration pack: $0.69 for one environment, $4.99 for ten, $14.99 for a hundred, then $0.10 for the first 240 minutes of runtime, $6.99 for 2,000 minutes, $29.99 for 10,000. When a duration pack runs out it can fall back to $0.005 per minute, deducted in five minute blocks. The other model is a fixed device: $2.99 for 7 days, $16.99 for 90, $61.99 for a year. Their monthly devices list Android 13 through 17, and regions including Singapore, the US, Hong Kong, Malaysia, Vietnam, Indonesia, Taiwan, Germany, Australia and Japan.

Signup doesn’t ask for a card, which makes the whole thing cheap to evaluate properly before you commit a real account to it.

What we have tested, and what we have not

We run mobile proxies. We have not run a TikTok matrix on TikSales ourselves.

Everything below about their product comes from their own documentation and help centre, read in September 2026, not from an account we warmed up on their platform. The proxy half is ours and we do know that part: the ports, the carriers, the bandwidth, what breaks. Where the two meet, treat their docs as the authority and check the behaviour yourself on one environment before you scale it to fifty.

We also list TikSales on our partners page and they list us on theirs. No money changed hands in either direction. More on that at the end, because you should know it while reading the rest.

The half a cloud phone doesn’t cover

Ten cloud phones with ten accounts, all going out through the same connection, look like ten accounts on one connection. The device isolation is real and the network story still collapses.

What TikTok can read about your connection, before it looks at anything you post: the ip, the ASN that owns it, and what kind of network that ASN runs. An ASN is the number identifying whoever announces that block of addresses. Our M1 lines exit on AS4773 and our StarHub lines on AS9874, both of which are mobile carriers serving real customers in Singapore. A datacenter block belongs to a hosting company, and no ordinary person opens TikTok from a rack in a datacenter.

That distinction is cheap for a platform to check and expensive for you to fake. If you’re new to why carrier attribution matters at all, what is a mobile proxy covers the ground properly, and how to check a mobile proxy’s carrier ASN shows you how to confirm it rather than take a seller’s word.

There’s a second property that matters more for account work than most people expect. Mobile carriers put thousands of real subscribers behind the same public ip through carrier NAT. The phone in your pocket right now is probably sharing its public address with a few hundred strangers. So when a platform considers blocking a mobile ip outright, it’s considering blocking a pile of genuine users at the same time, and it tends to reach for softer measures instead. A datacenter range carries no such cost.

Our ports are one customer per line. The NAT neighbours are ordinary Singtel, M1, StarHub or Vivifi subscribers going about their day. They are not forty other people running account farms through a shared pool, which is the thing that quietly ruins cheap residential ip.

Binding a proxy to a TikSales environment

Their help centre is blunt about the order, and it’s right: set up the proxy before you bind a TikTok account to the environment. Not after.

The flow, from their own documentation:

Open Proxy Management.
Add a proxy. You can buy one from TikSales directly, or add a third party one, which is where we come in. The fields are the standard set: proxy type (HTTP or SOCKS5), server address, port, and the authentication details.
Power the environment on. Binding fails on a device that’s off.
In Environment Management, select the device, click the settings icon at the bottom right, choose Change Proxy IP, and pick the proxy.

We give you all four fields when a port is issued: host, port, username, password. Both protocols are available, on different ports, so make sure the type you pick in TikSales matches the port you paste. Picking SOCKS5 in the dropdown while pasting the HTTP port is the single most common way this fails, and the error you get back rarely says so. If you want the actual differences rather than the folklore, HTTP vs SOCKS5 ports lays them out.

For bulk work they have two batch actions. Modify Proxy IP puts the same proxy on many environments at once. Bulk Binding hands out several proxies to several environments in one pass, assigning them in the order you selected them.

Bulk Binding has a behaviour written plainly in their docs that you need to read twice: if you select more environments than proxies, it cycles through the proxy list until every environment has one. Twenty environments and ten proxies doesn’t fail. It quietly pairs up your accounts two to an ip.

I wouldn’t let that run on TikTok accounts. Not once. The whole reason for the cloud phone was to stop accounts looking related, and a proxy list that wraps around undoes it in a single click, silently, at the exact moment you’re feeling efficient. Count both lists before you confirm. Their own tip says the same thing in gentler language: one proxy ip to one environment.

One port per environment, and what it costs

The rule is simple and the arithmetic is where people flinch: one account, one environment, one port.

At our pricing that’s $40 a month for a 200GB port, or $4 for a day if you just want to see it work. Ten accounts done properly is ten ports. There’s no version of this where one port carries ten accounts and the accounts stay unrelated, because the ip is the thing being compared.

What you can do is be honest about which accounts are actually worth isolating. In practice most matrices have two tiers. A handful of main accounts carry the brand, the shop link and the follower count, and losing one of those hurts. Then there’s a long tail of feeder accounts that exist to post volume, and losing one costs you an afternoon.

Put the main accounts on their own dedicated ports and keep them there. The tail can be handled more cheaply, and a day port at $4 is a reasonable way to test whether a batch of new accounts survives its first week before you commit monthly money to it. How many mobile proxies you need works through the sizing in more detail, and running a multi account TikTok farm covers the operational side.

One more piece of arithmetic worth doing before you scale. A hundred TikSales environments is $14.99 as an environment pack, plus runtime. A hundred dedicated mobile ports is real money. The proxy layer, not the device layer, is what sets the ceiling on how big a matrix you can afford, which is the opposite of how it worked when everyone was buying phones.

Keep a map of which account sits on which port

A port’s real value to an account is its history. The same ip, showing up at sensible hours, behaving like one person, week after week. That history is an asset you’re building, and it belongs to one account.

Which means moving a port from a dead account onto a fresh one hands the new account the old one’s baggage. If an account got restricted while sitting on port 8123, the next account you put there starts from a worse position than it would on a line with no story attached. Retire the pairing instead, or push that port down to feeder work where you don’t care.

Keep the mapping written down somewhere outside both platforms: account handle, environment id, port number, the date you bound them. A spreadsheet is fine. This feels like bureaucracy right up to the morning three accounts get restricted in the same hour and you need to know whether they shared anything. Without the map you’re guessing, and you’ll usually guess that it was the content.

One technical note specific to cloud phones. We support authenticating by whitelisted ip as well as by username and password, and ip whitelist vs user and password auth covers when each makes sense. Whitelisting is awkward here, because the connection reaches us from TikSales infrastructure rather than from your own machine, and you don’t control that address. Use username and password for cloud phone environments and keep the credential set per port.

Buying ports from TikSales instead

They sell proxies in the same Proxy Management screen, and their guidance is to use dynamic residential ip for bulk accounts and static residential for a stable main account.

Sometimes that’s the better buy and I’d rather say so. If you need ten countries by Friday, buying inside the platform is less work than signing up with vendors in each market, and we can’t help you at all outside Singapore. Convenience has a real value when the alternative is five invoices and five support channels.

Where I’d argue for a dedicated mobile line is the accounts that actually matter. Residential ip from a pool is shared and recycled, so the address carrying your main shop account this month was carrying someone else’s traffic last month, and you inherit whatever that was. A dedicated mobile port is one customer per line, which is ours, and the neighbours on the carrier NAT are ordinary subscribers rather than other buyers of the same pool.

The split most people land on: dedicated mobile for the handful of accounts whose loss would hurt, cheaper pooled ip for the tail. That is a reasonable answer and it doesn’t require buying everything from one vendor.

What forty accounts actually costs

Worth doing this arithmetic before the matrix exists, because the shape of it surprises people.

Say forty accounts, each environment running about thirty minutes a day. The device side: an environment pack covering fifty is $9.99, and runtime works out at roughly 36,000 minutes a month, which is about $120 in 10,000 minute duration packs, or $180 at the $0.005 per minute fallback rate. Fixed yearly devices instead would be $61.99 each, so around $207 a month for forty. Call the device layer somewhere between $120 and $210 a month.

The proxy side, if every account gets its own dedicated 200GB port at $40, is $1,600 a month.

That is eight to thirteen times the device cost, and it is the number that decides how big your matrix can be. It also points at a conclusion I’d stand behind: most operators would do better running fifteen accounts on ip they trust than forty accounts on ip they’re hoping about. The cloud phone made devices nearly free, so account count stopped being the constraint, and plenty of people scaled straight past the point where the network story still held up.

If the full monthly commitment is the blocker, day ports at $4 are a sensible way to run a batch of new accounts through their first week before deciding which ones deserve a permanent line.

Bandwidth: the feed costs more than the uploads

This is the number people get wrong, and the direction of the error is always the same.

Everyone budgets for uploads. A short 1080p TikTok video is roughly 10MB to 30MB. Three posts a day across forty accounts, at 20MB each, is about 2.4GB a day, so call it 72GB a month. That fits inside a 200GB plan with room to spare, and people stop calculating there.

Then they turn on warm-up. Warm-up means the account scrolls a feed, and a TikTok feed is full screen video that preloads the next clips while you watch. Twenty minutes of scrolling can pull a few hundred megabytes per account per day depending on quality and how aggressively the app preloads. Forty accounts doing twenty minutes a day at 150MB is 6GB a day, which is 180GB a month, and that is before a single video goes up.

So the passive half of the workload can cost you two or three times what the posting does. Our plans are 200GB at $40, 500GB at $50 and 1TB at $85, and the jump from 200GB to 500GB is $10, so the fix is usually cheap if you see it coming. Unused bandwidth rolls over for up to three months, which softens a spiky month.

Do not take my estimates as gospel here. Video sizes vary enormously with length and quality settings. Run one environment for a week, read the actual usage off your port, then multiply. Why proxy bills spike on video heavy pages explains the mechanics, and bandwidth planning has the method for sizing it before you buy.

If your warm-up routine is configurable, the cheapest lever is usually duration rather than frequency. Two ten minute sessions cost about what one twenty minute session does, but they look more like a person.

Rotation: when to change the ip, and when to leave it alone

Every one of our ports can rotate its ip on demand, either by calling a url or through the REST API.

The temptation is to wire that into the task scheduler and rotate constantly, on the theory that a fresh ip is always safer. For account work it’s the opposite. An account that logs in from a different ip every hour looks like a stolen account, not a careful one. Real people keep the same carrier ip for hours or days at a time.

The pattern that works is boring. Hold the ip steady for the whole of a session: login, browse, post, log out. Rotate between sessions if you want, or when something actually breaks, such as a block or a dead line. Never rotate in the middle of an authenticated action, because you’re asking the platform to watch your session move country mid sentence.

Sticky vs rotating ip covers the trade properly, how long a mobile ip should last gets into sensible hold times, and if you’re scripting the rotation into a schedule, rotating over the API has the calls.

One TikSales detail worth verifying yourself: their docs mention a Smart IP behaviour where a device’s outbound ip updates from the bound proxy. What we can’t tell you from the outside is exactly what else follows the ip, such as the device timezone or locale. Bind a port, open the environment, and check what the device reports against what the ip says. Ten minutes of checking on one device beats assuming across fifty.

Singapore, or somewhere else

We only sell Singapore. That makes this section short and slightly against our own interest.

A Singapore mobile ip is the right tool when the accounts are meant to be Singaporean: local shop accounts, SG market content, Shopee and Lazada sellers, anything where the audience and the algorithm should think you’re here. TikSales lets you choose a device region too, and picking Singapore for the device while the ip is Singaporean keeps the two halves telling the same story. Why a Singapore mobile ip is worth having makes the case in full, and TikTok, Shopee and Lazada from Singapore is the market specific version.

If your matrix is aimed at the US, or Indonesia, or the UK, a Singapore ip is simply the wrong country and no amount of device tuning fixes that. Buy proxies where your audience is. We’d rather say so here than sell you ports that make your accounts look confused.

The mixed case is common and worth planning for: SG accounts on our ports, other markets on providers in those markets, all of it managed from the same TikSales workspace. Nothing stops you pointing different environments at different proxy vendors, since the proxy is configured per environment.

Bind the port, then spend ten minutes proving it works before an account touches it. The failures are cheap to catch here and expensive to catch later.

Open the environment’s browser and check the exit ip. It should be the Singapore carrier ip we issued, not your office connection and not a different country. If it’s your own ip, the binding didn’t take or the device was off when you bound it.

Check for leaks next. A DNS query that goes out around the proxy tells the other side more than the ip hides. How to test a mobile proxy for ip leaks walks through it, and it takes a couple of minutes.

Then confirm the carrier is what you think. Plenty of “mobile” ip are nothing of the sort. Our lines resolve to the Singapore carriers they run on, and checking the ASN is the way to see it rather than trust it.

If something fails at this stage, the error usually tells you which layer broke, once you know how to read it. A 407 is authentication, so the credentials or the protocol are wrong. A 429 is rate limiting, which is the other side asking you to slow down. Reading 407, 429 and DNS leak errors maps the common ones to their real causes.

Last, log in as a human would, once, and leave the account alone for a day before automating anything on it. The first session on a new account and a new ip is the one that gets looked at hardest.

When a line dies in the middle of a schedule

Automation turns a small failure into an expensive one, because nobody is watching at 3am when the scheduler fires anyway.

The question to answer early, on one environment, is what your setup does when the bound proxy stops answering. Some tools fail closed: the task errors, nothing happens, you find it in the logs. Some fail open and send the traffic out over whatever route is available, which is how forty accounts end up appearing from the same infrastructure address for an hour. The second kind of failure does more damage in one night than a month of careful setup earns back.

I don’t know which way TikSales behaves, and I’m not going to guess on your behalf. Find out deliberately: bind a port to one test environment, break the connection on purpose (wrong password is the easy way), then run a task and see whether it stops or quietly goes out anyway.

On our side, lines do occasionally drop. A modem locks up, a carrier reassigns something, a SIM hits a limit. What happens when your proxy line fails covers the failure modes, and why a mobile proxy keeps disconnecting covers the intermittent version, which is harder to spot.

The practical defence is a check that runs on your schedule rather than a human noticing. Hit each port every few minutes from outside, confirm it answers and that the exit ip is still the carrier you expect, and alert when it isn’t. Automated health checks that catch a dead proxy endpoint early has a working pattern for it. Pair that with pausing the schedule for any environment whose port is down, and a dead line costs you some missed posts rather than a batch of linked accounts.

What a proxy will not fix

A clean Singapore carrier ip solves exactly one class of problem: looking like you’re connecting from where you say you are, on a network type that belongs to a person.

It does nothing about the other reasons TikTok removes accounts. Posting sixty times a day from an account that was made this morning. Reusing the same video across thirty accounts with the caption changed. Comment templates that read like a script. Payment details, recovery emails and phone numbers linking accounts together behind the scenes, where no proxy can reach.

I’d rather you hear that before buying than after. Do mobile proxies prevent account bans is the longer version, and the summary is that ip quality raises the floor and behaviour still sets the ceiling.

The honest framing for the combination is this: TikSales removes the device and labour problem, we remove the network problem, and the content and pacing problem stays yours.

Cloud phone or a real phone

Worth declaring plainly, since it affects how you should read this page. We also run cloudf.one, which rents physical Android phones in Singapore. On the device side that makes us a competitor of TikSales.

So here’s the comparison without the sales gloss. Cloud environments win on price and on how fast you can go from ten to a hundred. A pack of a hundred TikSales environments costs less than a single secondhand handset. Physical phones win when an app cares about the hardware it’s running on, because a real handset has real sensors, a real radio and a real model number rather than an emulated set. Some apps check, most don’t, and which camp TikTok falls into depends on what you’re doing with it and changes over time.

If you want that compared in more depth, SMP vs cloudf.one vs GeeLark sets the options side by side.

Either way the proxy question is identical. Both a cloud phone and a physical phone need an ip that belongs somewhere believable, and one per account.

The disclosure, and where to start

TikSales and Singapore Mobile Proxy list each other. They put us on their useful links page, we put them on our partners page, and no money moved in either direction. There is no commission on the links in this article. I’ve tried to keep it useful rather than flattering, which is why the Bulk Binding warning and the bandwidth arithmetic are in here.

If you want to test the proxy half before spending anything, there’s a free 24 hour trial with 10GB on the Singapore Mobile Proxy home page, no card required. Bind one port to one TikSales environment, check the exit ip, run a single account on it for a few days, and read the bandwidth off the port before you decide what size plan a full matrix needs.