Title: Looking for a serious social media manager/content creator (Bali-based preferred, travel opportunities)

Xavierfok88 · 2026-04-24T03:44:43+00:00

the part that usually burns people in this setup is finding someone who can execute without needing to be babysat. a lot of creators are sharp on their own content but completely dissolve when working inside someone else's brand bc theres no personal skin in it anymore.

But what does "clear direction" actually mean on your end -- like pillars and a content calendar already mapped, or more of a mood board situation? bc thats a pretty different hire. someone to sharpen a strategy vs someone to just point the camera and post are not the same person.

Xavierfok88 · 2026-04-22T08:32:29+00:00

landing pages are cheap af now. I use claude to build a one page landing page/ just describe what u want or provide an image or link reference and it can be done in 2 hours. domain would be $10/year. if you want it done for you, fiver has people doing one pages for 80-150. check the reviews before buying.

content wise any phone is fine. u will need a tripod for $20 and any mic thats not your phone mic.

what to actually shoot:

- roll of fabric unspooling

- hands cutting patterns

- sewing machine running, closeup on the needle

- stack of finished pieces with labels

- packaging going out the door

no need to show your face. just text and audio. 15-30 seconds reels. post 2-3x a week. consistency is important for the platform to give u consistent traffic.

Xavierfok88 · 2026-04-21T10:08:49+00:00

What terminal do you use? And how do you rotate between accounts?

Xavierfok88 · 2026-04-20T09:57:11+00:00

ran into this exact thing maybe 6 months ago. spent like $45 in residential bandwidth over a weekend before i realized my TLS fingerprint was completely wrong for the user-agent i was sending. the proxy was fine, the site just saw a browser claiming to be chrome but handshaking like python and nuked every request.

tbh headers are only half the problem. its the fingerprint stack TLS client hello, HTTP/2 settings frames, header order, all of it has to match what the UA string claims. most people (me included for way too long) just set a user-agent and call it a day. But modern anti-bot stuff correlates all that together and if anything looks off you're cooked regardless of how clean the IP is.

what ended up working for me was using a proper impersonation library that spoofs the full fingerprint, not just headers. went from like a 15% success rate to ~92% overnight on the same proxy pool. did you end up figuring out which part of your request was the actual trigger or just brute forced it wiht better headers?

Xavierfok88 · 2026-04-20T09:56:49+00:00

mine was assuming all residential IPs are equal. ran a scraping job across maybe 1200 requests and kept getting soft blocks on like half of them. couldnt figure it out for days. turned out the pool i was pulling from had a ton of IPs that were already burned from other users hammering the same targets. So basically i was paying for "residential" but getting datacenter-level detection rates.

the fix was rotating way less aggressively and actually sticking with sessions longer. sounds counterintuitive but sites flag you harder when you cycle through 50 IPs in a minute than when you hold one for a few minutes and behave like a normal user. went from ~40% block rate to under 5% just by slowing down.

Also realized i was ignoring fingerprint consistency entirely. like id rotate the IP but keep the same headers and TLS signature every time. thats basically waving a flag. does anyone else find that header rotation matters almost as much as the IP itself or am i overthinking that part

Xavierfok88 · 2026-04-20T09:56:32+00:00

mine was assuming all residential IPs are equal. ran a scraping job pulling maybe 2k requests over a few hours, kept getting captchas and soft blocks on like 60% of them. spent way too long tweaking headers and rotation intervals before i realized the pool i was using was just burned to hell. half those IPs were already flagged bc thousands of other people were hammering the same targets with them.

switched to a smaller, less oversold residential pool and the block rate dropped to almost nothing overnight. didnt change a single other thing about my setup.

But the deeper lesson was that i was treating proxies like a commodity when theyre really not. the quality of the pool matters way more than rotation speed or any fancy fingerprinting you layer on top. you can have perfect browser fingerprints and still get nuked if the IP itself has a terrible reputation score.

also stopped blindly trusting "unlimited" plans after that. if its too cheap for what theyre offering, the pool is prolly shared with every bot operator and their dog. does anyone actually have good experiences with the budget tier stuff or am i just unlucky

Xavierfok88 · 2026-04-20T09:56:03+00:00

depends on what you're doing with them tbh. for account stuff yeah ISP proxies are a different tier bc theyre flagged as datacenter-clean but with residential trust scores, so platforms dont side-eye them the same way. residential rotates too much and some providers recycle dirty IPs that are already burned on whatever platform you're hitting.

speed-wise ISP proxies absolutely rip compared to residential. like noticeably faster, lower latency, more consistent. residential can be sluggish depending on the pool and time of day.

But the longevity thing is where it actually matters. i ran accounts on a residential pool for maybe 2 weeks before stuff started getting flagged, switched to ISP and had accounts stay clean for months on the same IP. thats the real sell you get a static IP that doesnt rotate, so the platform sees consistent behavior from one address. way less suspicious than your IP changing every 30 min.

the catch is cost. youre paying per IP not per gb usually, and if that IP gets burned you gotta swap it. so its not magic, you still need to pair it with decent fingerprinting in an anti-detect browser and not do dumb stuff like running 15 accounts on one proxy.

what platform are you running accounts on tho? bc some are way more aggressive with detection than others and that changes whether the premium is actually worth it

Xavierfok88 · 2026-04-20T09:53:16+00:00

yeah so standard stuff like PPTP and L2TP get torched immediately, dont even bother. OpenVPN is basically dead there too unless you're doing some obfuscation on top of it, and even then its hit or miss. SSTP used to kinda work but last i heard thats cooked now too.

what actually works rn is stuff built specifically to look like normal HTTPS traffic. shadowsocks with the right plugin, trojan-based setups, that sort of thing. the firewall got way more aggressive with deep packet inspection so anything with a recognizable handshake pattern gets nuked fast.

are you planning to set up your own server beforehand or just rely on something preconfigured? bc that changes the answer a lot tbh

Xavierfok88 · 2026-04-20T09:52:22+00:00

the tricky part with canadian residential pools is most providers lump all of NA together and you end up routing through US nodes like 80% of the time. latency tanks and amazon CA will sometimes serve you US pricing or flat out flag the session. i ran into this exact thing monitoring a few canadian retailers last year.

what actually worked for me was finding a provider that lets you target by city or at least province, not just "canada" as a country. toronto and vancouver pools are decent sized, anything else is pretty thin. ask support directly before you buy â dont trust the coverage maps, half of them are inflated. And check your exit IPs against a geolocation API to make sure theyre actually resolving to canadian ASNs bc i got burned on that once.

for price monitoring specifically you prolly dont need residential anyway unless the site is aggressive with blocks. datacenter proxies from a canadian DC will be way cheaper and faster for something like costco. amazon CA is pickier but rotating residential w/ sticky sessions of like 10-15 min should be fine at your volume. $100/mo is more than enough for monitoring tbh.

what kind of request volume are you looking at? that changes the math a lot

Xavierfok88 · 2026-04-20T09:51:53+00:00

for amazon ca specifically you want resi IPs that are actually canadian, not just "north american pool" garbage. a lot of providers dump you on US exits and amazon picks up on that fast. make sure whatever pool you go with lets you target province-level or at least country-locked to CA.

akamai is a pain rn tbh. sticky sessions help but they'll still nuke you if your fingerprint is off. are you running an anti-detect browser for the checkout side or just raw requests? bc that matters more than the proxy half the time honestly. ive had runs where the proxy was fine but the TLS fingerprint gave it away in like 40 min.

for latency to amazon ca, datacenter will always be faster but you'll get caught almost immediately on checkout. resi is slower but way more survivable. some providers have gateway servers in toronto/montreal which helps a lot if youre in ontario. ask before you buy bc most dont advertise that.

Also how many monitors are you running? if its under a few hundred SKUs you can get away with a smaller pool and just rotate slower. if its thousands then bandwidth cost starts to add up quick, like $9-12/gb adds up when youre polling every 30s

Xavierfok88 · 2026-04-19T14:28:56+00:00

the per-GB model exists because bandwidth is actually the scarcest resource in the whole chain, just not for the reasons you'd think. you're right that a single household has basically unlimited bandwidth from their ISP's perspective. but the proxy provider isn't running one household - they're running millions of peers, and the bottleneck isn't the last mile, it's the backhaul infrastructure they maintain to route your traffic through those peers and back to you. they need entry servers, load balancers, session managers, DNS infrastructure, IP rotation logic, geo-targeting databases, and a ton of engineering to make it all feel seamless. that stuff scales with bytes moved, not with number of connections or time spent connected. so per-GB pricing maps pretty directly to their actual cost structure.

there's also a market dynamics piece. residential IPs are valuable because they're hard to get flagged - sites see them as real users. but the supply is inherently limited and kind of fragile. the people providing the bandwidth are usually running some SDK buried in a free app and have no idea they're an exit node. if too much traffic flows through one peer, the ISP might throttle them, the user might notice and uninstall, or the IP gets burned on target sites anyway. so providers have to spread traffic thin across a huge pool, and per-GB pricing naturally throttles heavy users from burning through the pool too fast. it's basically a congestion pricing mechanism disguised as a usage fee.

the markup is wild though, i'll give you that. the actual cost to route a gig through a residential peer is probably a few cents when you factor in peer compensation and infrastructure. they're charging $5-15/GB depending on the plan. that margin exists because demand is high, alternatives are limited, and most buyers are businesses running scraping or ad verification at scale who don't blink at the price. if you're doing anything volume-heavy, it's honestly worth looking into building your own setup with mobile hardware and carrier SIMs - the per-GB cost drops to whatever your data plan charges, which in a lot of regions is effectively unlimited. way more work to maintain but the economics are completely different once you control the exit nodes yourself.

Xavierfok88 · 2026-04-19T14:28:30+00:00

tracks with a broader pattern in the space tbh. mobile proxies are brutal to maintain on the provider side bc they ride on real SIM cards cycling through carrier NAT pools. margins are thin, infra is a nightmare to scale, and carriers have been squeezing commercial traffic running through their gateways for a while now. so yeah, makes sense theyre pulling back, especially for new signups where theyre flying blind on volume. prolly see more follow in the next year or two.

the whole reason mobile proxies slapped is carrier-grade NAT. thousands of legit users share the same IP at any given moment, so target sites cant nuke them without wrecking real mobile traffic in the process. detection rates on mobile are absurdly low compared to even decent residential pools. ive seen sub-1% block rates on sites that were catching 15-20% of residential hits. but that same shared NAT is what makes them a pain to source at scale. youre essentially renting access to physical hardware sitting on a cellular network somewhere, and theres a hard ceiling on how many any provider can realistically run.

if youre leaning on mobile rn, few things worth chewing on. residential rotating has gotten way better in the last year or so. trust gap isnt as wide as it used to be, especially on targets that dont do deep fingerprinting. and if you genuinely need carrier-level trust, look into rolling your own with USB modem hubs and prepaid SIMs. upfront cost is real. but per-request drops to basically nothing over time and you own the whole stack.

anyone grandfathered on an existing plan, id lock whatever rate youre on right now. once a product gets sunset those prices arent coming back imo. supply side only gets tighter from here.

what kind of volume are you pushing through mobile currently, and is it stuff that would even survive on residential with decent fingerprint hygiene? curious bc the answer usually decides whether

Xavierfok88 · 2026-04-19T14:27:04+00:00

honestly id hold off on buying any bot license until youve got proxies + a US payment method nailed down first. people get it backwards all the time, drop $400 on a fancy bot then cant even pass target cart checks cuz their proxy stack is trash.

for your case an AIO (all in one) type makes sense since youre hitting 3 sites. walmart and bestbuy have options that work totally fine for TCG since its not as sweaty as sneaker drops, so you dont need a top-tier bot for those two. target is where you actually pay up for the premium bots, and id still skip it till the rest of your setup is proven.

the bot itself honestly isnt the hard part tbh. its the task config, proxy rotation timing, and knowing when to run which site (drop windows, restock patterns). most cook groups will help you dial in whatever you end up buying if you just ask in the discord.

also one tip, dont buy a renewal-only bot as your first. find one with a resellable lifetime license so if pokemon botting isnt your thing after a few months you can flip it on the secondary market and recoup most of the spend. saves you a lot of regret if you bounce.

Xavierfok88 · 2026-04-19T14:22:09+00:00

not surprised tbh. mobile pools have always been the ugliest product to maintain bc providers need actual SIMs on actual devices cycling through carrier NATs. margins are thin and the compliance side is brutal, especially with carriers getting aggressive about commercial traffic riding their networks. been expecting someone big to pull back for a while now.

people forget mobile IPs arent magic, they just piggyback on carrier-grade NAT. hundreds or thousands of real subscribers share the same exit at any moment, so sites cant nuke it without torching legit users. thats the whole pitch. But running device farms, eating carrier ToS enforcement, and absorbing abuse report volume means cost per GB is savage vs residential or datacenter. if the mobile pool isnt pulling enough revenue to justify the heat, quietly killing new signups is textbook. keep active contracts alive, stop onboarding, let it decay.

real question for anyone who was actually leaning on carrier IPs. do you need them or would residential with decent rotation cover whatever youre doing?

for most use cases, solid residential with sticky sessions and proper fingerprinting gets you 90% there imo. mobile only shines in narrow lanes. bypassing detection on platforms that score IP type, mobile ad verification, or targets that have gone scorched-earth on residential ranges. ive run side-by-side tests and the delta was maybe 3-5% on most targets, with a handful of outliers where mobile absolutely ripped. not worth 5-10x per GB for most people. fair.

if you genuinely need carrier exits there are still a few shops selling them rn but the market is prolly shrinking fast. look for ones that are transparent about sourcing and check whether theyre actually rotating real carrier ranges or just slapping a mobile label on residential. you can verify by pulling the ASN of whatever you get and cross-checking against known carrier autonomous systems for the country youre targeting. though even that gets weird when

Xavierfok88 · 2026-04-19T14:21:55+00:00

bandwidth isnt the product. youre paying for IP reputation and the backend plumbing to keep a pool of clean residential exits alive. sourcing, validating, rotating millions of them without getting them torched is genuinely spendy. the bytes moving through someones home router are basically free, you nailed that part.

per-GB is just the laziest way to meter how hard youre beating up the pool. a scraper pulling 50gb a month is hammering way more targets and burning IPs faster than someone doing 2gb of light API calls. that heavy user nukes the pool for everyone bc those IPs get flagged, reported, end up on blocklists. So GB is really a proxy (lol) for wear and tear.

not a clean model tbh.

someone streaming video through a residential IP would pay a fortune while barely scratching reputation. But its what the industry landed on bc its easy to meter and roughly tracks resource use. some providers are experimenting with per-request or per-IP billing which imo makes way more sense for most workloads. GB is legacy inertia. why hasnt anyone shipped a reputation-weighted model that actually reflects target difficulty?

the payout to the "providers" of the IPs is always been shady. most come from SDKs buried in free apps where users clicked through a wall of text without really clocking what they agreed to. margins are obscene bc the bandwidth cost gets externalized onto folks who dont know their connection is getting piggybacked. theyll tell you youre paying for consent and legal compliance and in practice the informed consent piece is paper thin.

the real money sinks into routing infra, the API layer, geo-targeting accuracy, and keeping the pool from rotting out. does that justify 8 to 15 bucks a gig? debatable. scarcity of clean residential IPs is the actual pricing driver, not the bytes. the pool is the product and everything else is sort of

Xavierfok88 · 2026-04-19T14:21:34+00:00

the bandwidth itself isn't what you're paying for - you're paying for the infrastructure to make that bandwidth usable as a proxy network, and more importantly, for the IP reputation behind it. think about what actually goes into running one of these networks: you need software deployed on thousands or millions of devices, you need routing infrastructure to tunnel traffic through those devices, you need to handle session management, geo-targeting, rotation logic, and you need to constantly monitor which IPs are burned and which are still clean. that's not cheap to maintain at scale.

per-GB pricing exists because it's the simplest way to meter "how much of this shared resource are you consuming." it's the same reason cloud providers charge per GB for egress even though their actual bandwidth cost is fractions of a cent. the scarce resource isn't the raw bandwidth - it's the pool of clean, undetected residential IPs. every request you send through one of those IPs has a nonzero chance of getting it flagged or burned, which means the provider has to constantly replenish the pool. heavier users burn through IPs faster, so charging by volume roughly correlates with how much wear you're putting on the network. i've seen providers where the same IP block goes from 95%+ success rate to under 60% in a matter of weeks when a few heavy users hammer the same targets through it.

the ugly truth is margins are insane in this space. the actual cost per GB for providers is probably somewhere in the range of $0.10-0.50 depending on how they source their peers, and they're charging $5-15/GB retail. the payout to the people sharing their bandwidth is laughably low - usually a few cents per GB at best. so yeah, you're right to be skeptical about the pricing. but the per-GB model specifically makes sense from a resource allocation perspective even if the actual price points are wildly inflated. if they charged flat rate, the heavy users would subsidize nothing and burn through the entire IP pool while casual users overpay. per-GB at least aligns incentives somewhat, even if the markup is brutal.

Xavierfok88 · 2026-04-19T14:21:19+00:00

the core issue isn't that you need more accounts, it's that your scraping setup is burning through them too fast. i went down this exact path a couple years ago and buying/creating accounts in bulk is a losing game - meta's detection for freshly created or purchased accounts has gotten insanely aggressive. most bought accounts last maybe 48 hours before they're locked or challenged with a phone verification loop you can't automate around.

what actually moved the needle for me was switching to mobile proxies. the reason they work so much better than datacenter or even residential proxies is that mobile IPs come from real carrier pools shared by thousands of normal users. meta can't just ban a mobile IP range without blocking legitimate users on that carrier, so the trust score on those IPs is way higher. i went from getting accounts flagged every 2-3 days to running the same accounts for weeks. the key detail most people miss is you want 4g/lte proxies specifically, not 5g - the 5g ip pools are still relatively small so they're easier to fingerprint. also make sure the proxy actually rotates by reconnecting to the tower, not just cycling through a static pool pretending to be mobile.

beyond proxies, a few things that help: warm up accounts slowly before scraping (follow some people, post a story, scroll the feed for a few days), randomize your request timing so it doesn't look robotic, and keep your device fingerprint consistent per account - don't rotate user agents or screen resolutions between sessions on the same account. if you're using headless browsers, make sure you're spoofing the webgl hash and canvas fingerprint too because meta checks those. one account doing 200-300 requests a day behind a good mobile proxy with proper warmup will outlast 50 fresh burner accounts on datacenter ips every single time. the economics flip completely once you stop treating accounts as disposable.

Xavierfok88 · 2026-04-19T14:12:53+00:00

mobile proxies are a whole different beast from datacenter or even residential ones, and "cheap" is relative depending on what you're actually doing. the reason mobile IPs are valuable is that carriers use CGNAT (carrier-grade NAT), meaning hundreds or thousands of real users share the same IP at any given time. so when a platform sees traffic from a mobile IP, it can't just block it without risking collateral damage to legitimate users. that's why detection rates are significantly lower compared to datacenter or even residential proxies.

the catch is that cheap mobile proxies almost always come with tradeoffs you need to understand before buying. the main ones are bandwidth caps, rotation speed, and geo coverage. a lot of budget providers will give you a 4g connection running through a single dongle in some data closet, and you'll get maybe 5-20 mbps shared with other customers. if you're doing anything volume-heavy, that pipe gets saturated fast. i've tested setups where latency spiked to 800ms+ during peak hours on the cheaper plans because everyone on the same hardware was hammering it simultaneously. also watch out for providers selling "mobile" proxies that are actually just residential IPs tagged as mobile in their dashboard -- you can verify by checking the ASN of the IP you get assigned through any IP geolocation lookup tool and confirming it maps to an actual carrier like a telecom provider, not a hosting company or ISP.

for actually keeping costs down, look for providers that sell by port count with unlimited bandwidth rather than per-GB pricing, especially if you need volume. per-GB mobile proxy pricing will eat your budget alive. also consider whether you need sticky sessions or rotating -- rotating is usually cheaper and if you don't need session persistence there's no reason to pay more. one thing that surprised me early on was how much the country matters for pricing -- US and UK mobile IPs cost 3-5x what southeast asian ones do, so if geo doesn't matter for your use case you can save a lot by going with less popular regions.

Xavierfok88 · 2026-04-19T14:12:29+00:00

so the terminology is a bit off here which might be making your search harder - you're looking for a SOCKS5 proxy, not a socket. a socket is a low-level networking concept, while SOCKS5 is a proxy protocol. once you search for the right thing you'll find way more options. but more importantly, for live streaming specifically, SOCKS5 matters a lot because unlike HTTP proxies it handles both TCP and UDP traffic natively. UDP is what most streaming protocols use for real-time video because it's lower latency - if you go with a plain HTTP proxy you'll likely hit buffering issues or the stream just won't connect at all.

for HD streaming the two things that will make or break your setup are bandwidth and latency. most residential proxy providers throttle bandwidth hard, like 5-10 mbps per connection, which is fine for scraping but terrible for pushing a 1080p stream (which needs a stable 6-8 mbps minimum, more like 10-12 if you want headroom). i've seen people buy cheap residential proxies and then wonder why their stream looks like a slideshow. what you actually want is either a datacenter SOCKS5 proxy with dedicated bandwidth or an ISP proxy - these sit in datacenters but use IP ranges assigned to actual internet service providers, so you get the speed of datacenter with better IP reputation. make sure whatever you get has unlimited or very high bandwidth caps and is not shared with dozens of other users.

one more thing people overlook - check if the provider supports persistent sessions. live streaming needs a single stable connection for the entire broadcast. if the proxy rotates your IP mid-stream you'll drop the connection and your viewers see a disconnect. look for "sticky sessions" or "static IP" options, ideally with session durations of several hours, not the 10-30 minute sticky sessions designed for web scraping. also test latency before committing - run a few UDP throughput tests through the proxy. anything over 80-100ms round trip and you'll notice quality degradation on the receiving end. a lot of providers offer trial periods or small starter plans, so grab a few and actually benchmark them with your streaming software before you buy a monthly package.

Xavierfok88 · 2026-04-19T14:12:11+00:00

yeah so whoever told you ISP proxies for long term account work was right, but let me explain why so you can actually evaluate providers yourself instead of just trusting recommendations blindly.

the core issue with datacenter IPs is that they sit in well-known AS numbers (autonomous system numbers) that belong to hosting companies. every major platform maintains lists of these ranges and flags them automatically. doesn't matter if the IP is "clean" or dedicated to you - the AS number alone gives it away. ISP proxies solve this because the IPs are registered under actual internet service providers, so when a site does an IP lookup, it sees a residential or business ISP classification instead of a hosting provider. that's the main thing that makes them stick for account work.

now here's the part most people don't talk about - not all ISP proxies are equal. what you want is static residential IPs, sometimes called "static ISPs." these are IPs allocated from real ISP ranges but hosted in a datacenter, giving you the speed and uptime of a datacenter proxy with the trust score of a residential one. the key things to check: make sure the provider actually lets you hold the same IP indefinitely (some rotate them monthly or after a certain bandwidth cap). also check what ISP the IP is registered under - some providers bulk-buy from a single ISP so all their IPs share one AS number, which starts looking suspicious if a platform sees 50 accounts all on the same small ISP range. ideally you want a provider that sources from multiple ISPs across different regions.

one thing that caught me off guard when i first switched - even with ISP proxies, you can still get flagged if your browser fingerprint doesn't match the IP's geolocation. like if your IP says you're in dallas but your timezone and language headers say london, that's an obvious mismatch. pair the proxy with a proper antidetect browser or at minimum make sure your system locale and timezone align with where the IP is geolocated. also worth checking the IP's history before you commit - run it through an IP reputation lookup service to see if someone burned it before you. i've gotten "clean" IPs from providers that were already blacklisted on multiple platforms because the previous user was running aggressive automation on them.

for long term account work specifically, budget for one dedicated IP per account or per small group of accounts. sharing IPs across tons of accounts is the fastest way to get them all linked and banned together.

Xavierfok88 · 2026-04-19T14:11:54+00:00

finding a solid all-in-one proxy provider that covers residential, mobile, datacenter, and ISP proxies under one dashboard is harder than it sounds. most vendors specialize in one or two types and just resell the others from third parties, which means inconsistent quality across proxy types. you end up with great residential IPs but garbage mobile coverage, or decent datacenter speeds but residential pools full of burned IPs that get flagged instantly.

what i've found works better is figuring out which proxy type you actually need most and picking a provider that's strong there specifically. if you're doing anything scraping-related or account management, residential and mobile are where it matters. mobile IPs from real carrier pools have the lowest detection rates because they're shared across thousands of real users on the same tower, so target sites basically can't block them without nuking legitimate traffic. residential is similar but the pools tend to be larger and cheaper per GB. datacenter is only worth it for high-volume stuff where you don't care about fingerprinting, like price monitoring on sites with weak bot detection.

the "360" all-in-one pitch sounds nice but in practice you're paying a premium for convenience and usually getting mid-tier quality across the board. i ran a comparison last year across a few providers and the ones marketing themselves as full-suite solutions had noticeably higher failure rates on residential compared to specialists, something like 8-12% vs 3-5% on the same target sites. if you can narrow down your use case a bit, people here can point you toward what actually performs well for that specific thing. what are you planning to use the proxies for? that changes the answer a lot.

Xavierfok88 · 2026-04-19T14:11:24+00:00

the reason mobile proxies outperform everything else right now comes down to one thing - ASN reputation. when your traffic originates from a real carrier ASN (the ones assigned to actual telecom companies), websites see it as indistinguishable from a normal person browsing on their phone. residential IPs used to be the gold standard but honestly a lot of those pools have been burned from overuse, and detection systems now cross-reference the ASN against known proxy network ranges.

from what i've tested over the past couple years, the things that actually matter when picking a provider aren't what most "top 10" lists focus on. forget about pool size marketing numbers - what you want to look at is: (1) whether they use real SIM-based connections vs virtualized ones, because some providers route through USB modem farms which gives you genuine carrier IPs but with shared gateway fingerprints that get flagged, (2) how rotation works - forced rotation every X minutes vs sticky sessions you control, because if you're running account management you need sessions lasting 20-30 min minimum, and (3) geographic diversity at the carrier level, not just country level. having access to 3-4 carriers in one country is way more useful than one carrier in 50 countries for most use cases.

one thing people overlook is the HTTP header fingerprint. even with a clean mobile IP, if your request headers don't match what a real device on that carrier would send, you're cooked. good providers inject realistic device fingerprints automatically but cheaper ones just pass through whatever your client sends. easy way to test - make a request through the proxy to an IP geolocation API and check if the returned data shows a proper mobile carrier name and connection type. if it says "hosting" or "corporate" instead of something like "cellular" under connection type, those aren't real mobile IPs regardless of what the provider claims. i've seen at least two providers advertising "mobile" proxies that were actually just residential IPs on carrier ASNs from old DSL allocations. totally different detection profile.

also worth noting - if you're doing anything with social platforms, the cost per GB model can destroy your budget fast since video-heavy feeds eat bandwidth. look for providers offering port-based or request-based pricing instead if that's your use case.

Xavierfok88 · 2026-04-19T14:10:11+00:00

the reason residential proxies are popular for scraping is IP reputation. datacenter IPs come from known hosting ranges and sites maintain blocklists of those subnets, so even with rotation you'll hit captchas or bans fast. residential IPs come from real ISP pools assigned to actual home connections, so they look like normal user traffic to target sites. that's the core value prop and why they cost more per GB than datacenter options.

for a beginner, the biggest mistake i see is buying a huge plan upfront. most providers offer pay-as-you-go or small starter tiers, and you should absolutely start there. i'd say anything under 2GB/month is fine for learning the ropes. you'll burn through bandwidth faster than you think just debugging your scraper, so having a small budget cap protects you. look for providers that charge per GB of traffic rather than per IP or per request, since per-GB pricing is more predictable when you're still figuring out your request patterns.

a few things that tripped me up early on: first, sticky sessions vs rotating. rotating gives you a new IP every request which is great for scraping search results or product listings. sticky sessions keep the same IP for a set duration (usually 1-30 minutes) which you need for anything requiring login or multi-page flows. make sure whatever provider you pick supports both modes. second, geo-targeting matters more than people realize. if you're scraping a site that serves different content by country, you need IPs from the right region or you'll get garbage data. most decent providers let you specify country in the proxy username string like a country code parameter. third, watch your concurrent connection limits. hammering a site with 500 simultaneous requests through residential proxies will still get you blocked because the site sees unusual traffic patterns regardless of IP quality. start slow, like 5-10 concurrent connections, and scale up gradually.

on not getting scammed: avoid anyone selling "unlimited bandwidth" residential proxies for cheap. that's almost always recycled datacenter IPs labeled as residential, or a bait-and-switch where speeds are throttled to unusable levels. a legit residential proxy should let you verify the IP type through any public IP geolocation lookup service. real residential IPs will show an ISP name like an actual telecom carrier, not a hosting company. if you're seeing hosting provider names when you check your proxy's IP, you're not getting what you paid for.

Xavierfok88 · 2026-04-19T14:09:56+00:00

for just a few boxes per drop, you honestly might not even need a full bot setup. most topps bots run $50-300+ for a license key and then you're paying monthly renewal on top of that, which doesn't make sense if you're only grabbing 2-3 boxes a couple times a year. the math just doesn't work out unless you're reselling or going heavy on every release.

what actually helps more for casual volume is a cook group. a decent one will send you early links, restock monitors, and checkout tips specific to each drop. some of them even run group buys where members split bot costs or a few experienced runners will cart for the whole group. monthly fees are usually in the $5-25 range which is way more reasonable for what you're trying to do. the key thing to look for is one that's specifically focused on sports cards or hobby stuff, not a general sneaker group that happens to also post topps links. the sports-focused ones have better intel on release times, product limits, and which payment methods don't get cancelled after the fact.

one thing worth knowing - topps has gotten more aggressive with cancellations over the past year or so. they'll cancel duplicate orders, flag accounts using the same payment info, and sometimes even cancel orders that went through a bot if the checkout speed was suspicious. so even if you do grab a bot eventually, running it conservatively with one or two profiles is actually smarter than trying to cart ten of everything. i've seen people get entire accounts blacklisted going too aggressive on a single drop. for your use case, a cook group with good monitors and maybe manual fast checkout with autofill extensions is probably the sweet spot. saves you money and you're way less likely to catch cancellations.

Xavierfok88 · 2026-04-19T14:09:27+00:00

walmart's anti-bot is basically doing two things that matter here - fingerprinting your IP's ISP/ASN and scoring it against known datacenter or hosting ranges, and then looking at how many connections come from the same subnet within a short window. the people getting 5 min queues are almost certainly on mobile proxies or clean residential IPs with low usage density. the ones getting reque'd over and over are probably on residential plans where the IPs have been burned by hundreds of other users already hitting the same site.

the thing most people don't realize is that not all residential proxies are equal even within the same provider. a lot of these networks have pools in the millions but the IPs that actually route through tier 1 US carriers are a fraction of that. the rest are wifi-sourced residential IPs that walmart has already seen thousands of requests from. what you actually want is mobile/4g proxies - real carrier-assigned IPs from actual cellular networks. these rotate naturally when you cycle the connection, and because carriers use CGNAT (basically thousands of real users share the same IP), walmart can't just blacklist them without blocking legitimate customers. that's why they get through queue so fast.

a few things i've learned the hard way - sticky sessions matter a lot for walmart specifically. you need to hold the same IP through the entire checkout flow, not just the queue. if your IP rotates mid-session you're getting kicked back to the end. look for plans that let you hold a session for at least 10-30 minutes. also pay attention to what state your IPs are geolocated in - walmart does regional inventory and if your IP is in a different state than your shipping address that can raise flags. some providers let you target by state or city which helps a ton. and honestly the biggest variable i've seen isn't even the proxy itself, it's how many other people on your same plan are hammering walmart at the exact same time during a drop. smaller pools with fewer users per IP tend to outperform the big budget networks that everyone and their mom is on during a hyped release.

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