SMP vs LiveProxies: Singapore mobile proxy comparison for 2026

This comparison is written for people who already know they need mobile proxies and are narrowing down vendors specifically for Singapore or Southeast Asia work. if you are still figuring out what a mobile proxy is versus a residential or datacenter IP, start with what is a mobile proxy first. if you know your use case and need to pick between SMP and LiveProxies, read on. this is not a general-purpose proxy roundup. the focus is narrow by design: SG-specific automation, compliance testing, ad verification, and geo-locked workflows where the carrier ASN on the IP matters as much as the country code.

both providers are legitimate. neither is vaporware. the difference comes down to where they physically run hardware, how they source SG IPs, and what that means for workloads that actually check ASN reputation.

TL;DR table

where LiveProxies is genuinely better

if your work spans multiple countries and you need a single vendor to cover US, EU, APAC, and LATAM from one dashboard, LiveProxies is the more practical choice. SMP is SG-first by design. that constraint is also its strength, but if you need 30 countries and SG is just one of them, SMP is not the right anchor vendor.

LiveProxies has a longer track record in the rotating-proxy market with enterprise-tier scraping infrastructure. teams running very high concurrency jobs, where you need thousands of simultaneous rotating IPs across different geos and do not particularly care which carrier the IP resolves to, will find LiveProxies more readily productized for that pattern. their port-based model is straightforward to budget and their trial port lowers the barrier for quick evaluation without a support conversation.

for generic SEA e-commerce scraping where the target site does not do ASN-level filtering (many mid-tier marketplaces do not), any provider with a regional presence works fine. if your workload is latency-tolerant, volume-sensitive, and not blocked by carrier-ASN checks, LiveProxies is competitive on cost and coverage. the honest advice is: do not pay for SG carrier purity you do not need.

where SMP is genuinely better

SMP’s differentiator is not a software feature. it is the physical infrastructure. every IP served by SMP originates from a real SIM card in a real modem sitting in Singapore on SingTel, StarHub, M1, or Vivifi. the IP resolves to the carrier’s own ASN. this is not a pool sourced from a network of residential volunteers or an upstream reseller with a vague “SG presence.” the modem is in SG; the IP is a first-party SG mobile IP. for workloads where the target system validates ASN in addition to geolocation (DBS internet banking, SingPass digital identity workflows, Grab merchant tools, Shopee SG seller verification), this distinction is the difference between getting through and getting flagged.

because SMP runs its own hardware, it also controls session stickiness in a way that pooled providers cannot. sticky session endpoints hold you on one modem’s IP for as long as needed without bouncing through a shared rotation queue. for tasks like maintaining a logged-in banking session, completing a KYC flow, or running an ad verification check that tracks user-agent consistency across requests, sticky sessions backed by a single dedicated SIM are more reliable than a rotating pool that might hand you a different carrier on the next request.

the carrier mix (SingTel, StarHub, M1, Vivifi) also matters for scenarios where you need to test across different SG carriers explicitly. if you are auditing how a SG telco’s own portal handles traffic from a rival carrier, or doing mobile-specific QA that needs real carrier-branded IPs, a pool that blends carriers without labeling them is not useful. SMP’s single-carrier ASN purity per endpoint gives you that control.

the SG carrier IP question

Singapore has a small but unusually demanding web surface. SingPass, the national digital identity gateway, performs strict IP reputation checks including ASN validation. DBS, OCBC, and UOB all run bot-detection layers that score incoming IPs partly on ASN reputation, and they have seen enough abuse from datacenter and residential proxy traffic that they maintain blocklists of known proxy ASNs. what passes is an IP that resolves to a recognized SG mobile carrier ASN with a clean reputation history.

Cloudflare’s bot management documentation is public about the signals their systems use: ASN type (mobile carrier vs. hosting vs. residential ISP), IP age, request pattern, and TLS fingerprint are all scored together. an IP from a pooled residential network might geolocation-resolve to SG but sit in an ASN that Cloudflare (and the downstream site) categorizes as “residential proxy” or “VPN/hosting.” that category earns a higher challenge score even before the first request completes its challenge flow.

the structural difference between SMP and a provider with a “SEA pool” is where the IP is sourced. a small SEA pool at a global provider is typically assembled from peer networks, upstream resellers, or residential proxy networks operating across the region. the resulting ASNs are mixed: some may be legitimate SG carrier ASNs, others may be SG-registered ASNs that belong to ISPs, data centers, or transit networks rather than mobile carriers. from the outside, the country code says SG, but the ASN says something different to a detection system that checks at that layer. this is not a criticism of LiveProxies specifically. it is a structural reality of how global proxy networks aggregate regional coverage.

GSMA’s mobile internet resources describe how mobile network operators are assigned their own ASNs as part of network registration. SingTel’s mobile ASN, StarHub’s mobile ASN, and M1’s mobile ASN are distinct and publicly WHOIS-verifiable. when an IP resolves to one of these ASNs, downstream systems that do ASN-class lookups can verify it as a genuine SG mobile carrier IP. that verification is what SMP delivers by running its own modems on real SG SIMs.

pricing math at three realistic volumes

pricing for both providers depends on your actual usage pattern. port-based pricing (LiveProxies) charges for access to a rotating port rather than for bandwidth, which means high-bandwidth scraping can be cost-efficient, but low-volume high-value sessions (banking, identity, ad verification) pay for access regardless of bytes used. bandwidth-based pricing scales with actual consumption, which can be cheaper at low volume and more expensive at high volume.

the table below uses estimates. LiveProxies figures are a snapshot estimate as of 2026-05-22; verify current rates at liveproxies.com before making decisions. SMP pricing is at the plans page.

a few caveats: headline port pricing at LiveProxies does not always reflect the effective cost once you factor in bandwidth caps or concurrent session limits. SMP’s pricing is optimized for SG-specific use rather than global volume, so if you are routing non-SG traffic through it you are paying SG-hardware costs for work that does not need them. neither provider’s pricing is negotiable off a published page for most small buyers, but both have contact options for higher-volume commitments.

the honest baseline: for SG-specific work, SMP’s pricing reflects the cost of running real SG infrastructure and is competitive within that niche. for global work, LiveProxies’ economies of scale across a larger pool generally produce a lower per-GB effective rate.

migration: if you’re switching from LiveProxies to SMP

if you have been using LiveProxies and are moving SG-specific traffic to SMP, the operational changes are small but need to be done cleanly to avoid breaking existing jobs.

1. export your current endpoint list from LiveProxies before cutting over. document which ports you are using, what rotation interval they are set to, and which jobs depend on sticky versus rotating behavior.

2. update your credential format. SMP uses ip:port:username:password in the proxy URL. LiveProxies may use a different format depending on your plan. update all proxy strings in your config or secrets manager.

3. map session stickiness. if you were relying on LiveProxies’ port-persistence for sticky sessions, SMP provides explicit sticky-session endpoints. confirm with SMP support which endpoint to use for your use case and set the session TTL appropriately.

4. recalibrate rate limits. SMP’s per-IP concurrency is lower than a large rotating pool by design. this is intentional: fewer concurrent sessions per IP means a cleaner request fingerprint. if your scraper is tuned for high concurrency per proxy, reduce the thread count per SMP endpoint and add more endpoints instead.

5. A/B test before full cutover. route 10-20% of your SG traffic through SMP while keeping LiveProxies active. compare success rates, session stability, and target-site response codes before completing the switch.

here is a minimal Python example updating proxy configuration for the SMP credential format:

import os

# LiveProxies format (example, varies by plan)
# host:port with separate auth header, or user:pass@host:port
OLD_PROXY = "http://user:pass@gate.liveproxies.com:12345"

# SMP format: ip:port:username:password in proxy URL
SMP_HOST = os.environ["SMP_HOST"]        # e.g. "proxy.singaporemobileproxy.com"
SMP_PORT = os.environ["SMP_PORT"]        # e.g. "8080"
SMP_USER = os.environ["SMP_USER"]
SMP_PASS = os.environ["SMP_PASS"]

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

# For SOCKS5 (supported by SMP, check your plan):
# proxies = {
#     "http":  f"socks5://{SMP_USER}:{SMP_PASS}@{SMP_HOST}:{SMP_PORT}",
#     "https": f"socks5://{SMP_USER}:{SMP_PASS}@{SMP_HOST}:{SMP_PORT}",
# }

import requests
r = requests.get("https://api.ipify.org?format=json", proxies=proxies, timeout=15)
print(r.json())  # verify you are seeing a SG carrier IP

if you are using SOCKS5 rather than HTTP (SMP supports both; see HTTP vs SOCKS5 mobile proxies for when to choose which), swap the scheme in the proxy URL and confirm your HTTP client library has SOCKS5 support installed. for Python’s requests, install requests[socks].

bottom line

LiveProxies is a solid provider for teams that need broad geographic coverage, high-volume rotating mobile IPs, and a simple port-based pricing model. if SG is one of a dozen geos in your workflow and you do not specifically need a real SG carrier ASN, LiveProxies is a reasonable default. their trial port makes it easy to validate performance without a commitment.

SMP is the right choice when SG is the actual target and carrier ASN purity determines whether the workflow succeeds. SingPass, SG banking portals, Grab merchant tools, Shopee SG, Lazada SG, and SG-only ad verification all operate at a detection sensitivity where the ASN class of your IP matters, not just the country code. SMP is the only provider running its own modems in Singapore on real SG carrier SIMs across SingTel, StarHub, M1, and Vivifi. that is not a marketing position; it is a verifiable infrastructure fact. if you are doing SG-specific work and keep hitting challenge pages or soft blocks that disappear when you test from a local SG SIM, the problem is probably ASN class, and switching to SMP is the structural fix.

for teams building tools that interact with cloud infrastructure alongside proxy workflows, cloudf.one Singapore cloud Android phones is worth looking at for device-level SG emulation. for organizations working at the intersection of proxy infrastructure and data collection methodology, Data Research Tools covers tooling for responsible data gathering workflows.

see the Singapore Mobile Proxy plans page for current pricing and endpoint options, or read the ethical mobile proxy use guide before deploying at scale. IETF RFC 1928 covers the SOCKS5 protocol specification if you need the technical reference for protocol-level integration work.