SMP vs Asocks: Singapore mobile proxy comparison for 2026

this comparison assumes you already know what proxies are. you’re past the basics and now picking between vendors for work that directly involves Singapore. maybe you’re verifying SG ad placements, automating Shopee SG or Lazada SG, testing SingPass-gated flows, or running account operations that need real Singapore carrier IPs. if your use case is primarily global residential scraping and SG is one country among many, Asocks may be perfectly fine. if Singapore is the primary target and carrier-level IP authenticity matters, read closely, because the two products are structurally different in ways that don’t show up in the feature comparison tables on either site.

TL;DR table

where Asocks is genuinely better

for teams running high-volume, multi-geography residential scraping, Asocks is a reasonable choice. their pool is large, the per-GB entry price is low, and their infrastructure is built around scale rather than geo-precision. if you’re scraping e-commerce price data across a dozen countries and SG is one of twenty geos you care about, you don’t need a specialist SG provider. you need breadth, and Asocks is built for that.

Asocks also makes sense if you’re already running a residential workflow and don’t need carrier-grade IP classification. a lot of general-purpose scraping targets (public product listings, news sites, public APIs) don’t distinguish between a residential ISP and a mobile carrier. paying a premium for SG carrier IPs in those cases is waste. Asocks’s pricing model lets you scale GB consumption without per-port overhead, which works well for bursty workloads that don’t need session continuity.

if you’re evaluating Asocks for global ad verification, the breadth of their pool is an asset. covering markets outside Southeast Asia with a single provider is simpler than juggling multiple vendor contracts. for teams where SG is not the core jurisdiction, that operational simplicity is worth real money.

where SMP is genuinely better

SMP’s real differentiator is physical hardware in Singapore. every request exits through a modem sitting in Singapore, on a real SingTel, StarHub, M1, or Vivifi SIM. this is not a reseller arrangement. the IP that the destination server sees is assigned directly to a Singapore mobile carrier’s ASN, because it is a Singapore mobile carrier’s SIM making the connection. for work where the target system checks ASN, IP reputation, or geolocation at the carrier level, that distinction matters.

sticky sessions on SMP are genuine session persistence tied to a specific modem. if you authenticate to a banking portal, a government service, or a merchant dashboard and need to hold that session across multiple requests, you want the same physical IP for the duration. with pooled residential rotation, “sticky” often means sticky within a session window, but the underlying IP may still shift between pool members with similar metadata. SMP’s sticky endpoint is a specific port on a specific modem. the IP does not change until you rotate it.

the concurrency model also differs. SMP runs a finite number of modems rather than a pool of millions, so each IP sees lower concurrent request volume. for fingerprinting-sensitive targets (financial apps, SingPass-adjacent flows, Grab merchant tools), a low-traffic IP history is meaningful. a pooled residential IP shared by many customers at high concurrency carries more behavioral noise, which some fraud-detection systems penalize.

the SG carrier IP question

Singapore has a small number of mobile network operators and their ASN assignments are well-documented and tightly managed. SingTel operates AS7473, StarHub runs AS4657, M1 uses AS38322, and Vivifi (the newer MVNO) has its own ASN as well. when a destination server performs an ASN lookup on an incoming IP, a real SG mobile carrier IP returns one of these values without ambiguity. this matters because several SG-specific platforms perform ASN-level checks as part of their access control or risk scoring.

SingPass, which gates access to most Singapore government digital services, is one example. it is not merely checking geolocation. financial services integrations (DBS digibank, OCBC digital, UOB TMRW) have mobile-first architectures built with SG carrier traffic patterns in mind. Shopee SG and Lazada SG both run device and network fingerprinting that distinguishes mobile carrier traffic from residential broadband. Grab merchant tools are another case where the network origin of requests feeds into their fraud detection stack.

a pooled residential proxy pool, even if it includes some Singapore IPs, is structurally different. residential IPs in Singapore typically resolve to ISP ASNs (Singtel Fibre, ViewQwest, MyRepublic) rather than mobile carrier ASNs. some pool providers label these as “Singapore IPs” and that is technically accurate, but a Singtel Fibre residential IP and a Singtel mobile IP are different things at the ASN level. for applications that only need geolocation, this distinction doesn’t matter. for applications that care about carrier classification, it does.

Asocks’s SEA or SG residential pool, if they have one, will be composed of IPs sourced through their residential network partnerships. those IPs may resolve to a range of Singapore ISPs, but the probability that any given request exits via a real SG mobile carrier ASN is low and not guaranteed. that’s not a flaw in Asocks’s product. it’s a structural reality of how large residential pools are assembled. SMP exists specifically because that structural gap is real and some workflows require closing it.

pricing math at three realistic volumes

pricing comparison for proxy services is always approximate. billing models differ (GB vs. port vs. time), promotional rates change, and usage patterns interact with billing in non-obvious ways. the figures below are estimates to give you a planning baseline. verify current pricing directly with each provider before committing.

Asocks pricing snapshot as of 2026-05-17, verify on asocks.com before using in any budget calculation.

a few things the table doesn’t capture. SMP pricing is primarily port-based, meaning you’re paying for modem access, not bandwidth. if your workload is low-bandwidth but high-session-count (think authentication flows and short API calls rather than large page downloads), SMP’s effective cost per operation can be lower than the GB comparison suggests. for bandwidth-heavy scraping (full HTML pages, images, large API payloads), Asocks’s per-GB model will be significantly cheaper at volume.

headline prices rarely match real bills. Asocks overage rates, minimum commitments, and the specific IPs you’re allocated all affect actual cost. SMP’s port plans may have setup fees or minimum terms depending on the plan tier. get a real quote from both sides before modeling this into a budget.

migration: if you’re switching from Asocks to SMP

switching proxy providers is mostly mechanical, but a few things will catch you if you don’t plan for them.

1. credential format. Asocks uses their own auth format. SMP uses ip:port:username:password on a per-endpoint basis. update every place your credentials are hardcoded or stored in environment variables before you cut over.

2. endpoint mapping. Asocks gives you a rotating residential endpoint. SMP gives you a specific port (sticky) or a rotating endpoint. decide which SMP endpoint type maps to each of your current use cases before you start migrating.

3. session stickiness recalibration. if you’re relying on Asocks session windows for state continuity, test your session length assumptions against SMP’s sticky endpoint before going live. SMP sticky sessions persist as long as you hold the connection and don’t explicitly rotate; the behavior is different from a timed window.

4. rate limit recalibration. SMP IPs are lower-concurrency by design. if your scraper is tuned for high-concurrency residential, you may need to throttle your request rate per port. start conservative (2-4 concurrent requests per port) and increase based on observed behavior.

5. A/B test before full switch. run both providers in parallel on a subset of your workflow for 48-72 hours. compare success rates, session stability, and any target-site blocks before decommissioning your Asocks setup.

here’s what a typical credential and endpoint update looks like in a Python requests context:

# before (Asocks residential endpoint, typical format)
PROXY_HOST = "gate.asocks.com"
PROXY_PORT = 8000
PROXY_USER = "your-asocks-username"
PROXY_PASS = "your-asocks-password"

proxies = {
    "http": f"socks5://{PROXY_USER}:{PROXY_PASS}@{PROXY_HOST}:{PROXY_PORT}",
    "https": f"socks5://{PROXY_USER}:{PROXY_PASS}@{PROXY_HOST}:{PROXY_PORT}",
}

# after (SMP sticky endpoint, ip:port:user:pass format)
SMP_HOST = "your-assigned-sg-ip"   # from your SMP dashboard
SMP_PORT = 10001                    # your assigned sticky port
SMP_USER = "your-smp-username"
SMP_PASS = "your-smp-password"

proxies = {
    "http": f"socks5://{SMP_USER}:{SMP_PASS}@{SMP_HOST}:{SMP_PORT}",
    "https": f"socks5://{SMP_USER}:{SMP_PASS}@{SMP_HOST}:{SMP_PORT}",
}

SMP also supports HTTP proxies on the same credentials if your toolchain doesn’t handle SOCKS5 cleanly. see HTTP vs SOCKS5 mobile proxies for a breakdown of when each protocol is the better choice for SG workflows.

bottom line

Asocks is a legitimate residential proxy provider with a large pool and competitive per-GB pricing. if your use case is global or multi-geo residential scraping, or if SG is a secondary target rather than your primary one, Asocks is worth evaluating. the economics at high GB volumes favor their model, and the breadth of their network is a real advantage for work that needs geographic variety.

for Singapore-specific work where carrier-level IP classification matters, SMP is the choice because the hardware physically exists in Singapore on real SG carrier SIMs. that’s not a marketing claim you should take on faith from any provider. for SMP, you can verify it: the IPs resolve to SG mobile carrier ASNs because they are SG mobile carrier connections. for workflows touching SingPass, SG banking apps, Grab, Shopee SG, or any platform that distinguishes SG mobile carrier traffic from residential broadband, that structural fact is what makes SMP the correct tool. if you want to understand more about what makes mobile proxies different from residential ones at a technical level, what is a mobile proxy covers the fundamentals. and if you’re ready to look at specific plans, Singapore Mobile Proxy plans has current pricing and port availability.