SMP vs geelark: Singapore mobile proxy comparison for 2026

This post is for teams that found Geelark during a proxy vendor search and want to know how it compares against Singapore Mobile Proxy (SMP) for Singapore-specific work. These two products are not direct competitors in the traditional sense. Geelark is a cloud Android phone platform that bundles proxy access as a supporting feature. SMP is a dedicated mobile proxy provider running physical modems in Singapore. That structural difference matters more than any feature checklist, and this comparison tries to make that clear rather than paper over it.

If your workflow is global social-media account management and you need cloud phones and proxies in one subscription, Geelark is worth a serious look. If your primary requirement is a Singapore IP address that resolves to a real SingTel, StarHub, M1, or Vivifi ASN, you are comparing different categories of tool. Read the sections below to figure out which category your use case falls into.

TL;DR table

where geelark is genuinely better

Geelark fits teams running large-scale social media account operations that need the phone environment and the proxy managed in one place. Their cloud phones are virtual Android devices that run apps like TikTok or Instagram natively. Pairing a cloud phone with a bundled proxy from the same dashboard is genuinely convenient, and for operators running dozens or hundreds of accounts, that operational simplicity has real value. SMP does not offer cloud phone infrastructure, so if you need the full device simulation layer, Geelark is providing something SMP simply cannot.

For global multi-geo coverage, Geelark has an advantage by design. Their proxy pool spans many countries, which means a team doing ad verification or account management across the US, UK, Southeast Asia, and Japan from a single platform will find Geelark’s breadth useful. SMP is deliberately narrow: Singapore only. That is a strength for SG-specific work and a genuine limitation for anything else.

Geelark also targets teams comfortable with SaaS-style bundled tooling who want one vendor for device, proxy, and automation scripting. If your team does not want to manage proxy credentials separately and is already using a cloud phone workflow, Geelark’s integrated approach cuts down on friction. That is a real product advantage, not marketing.

where SMP is genuinely better

SMP’s single differentiator is hardware. The proxies come from physical modems sitting in Singapore on live SIM cards from SingTel, StarHub, M1, and Vivifi. When you make a request through SMP, the egress IP belongs to the carrier’s mobile ASN because the modem is literally on that carrier’s network. There is no pool, no reseller, no IP that was “mobile” at some point and got added to a residential database. The IP resolves as a real SG mobile carrier IP because it is one. For targets that check ASN type, carrier name, or geolocation at the AS level, that distinction is the difference between passing and failing fingerprint checks.

Sticky sessions on SMP map to a single modem. The IP you get at the start of a session is the IP you keep for its duration, and it will not shift carriers mid-request because there is only one carrier per modem. This matters for workflows that maintain authenticated state: a banking dashboard, a merchant account, a government portal. A pooled provider with carrier-unspecified IPs introduces carrier-shift risk even on sticky endpoints because the pool may draw from multiple carrier blocks.

SMP also does not charge for a cloud phone platform you will never use. If you only need Singapore carrier IPs, paying for a Geelark subscription to access their proxy add-on means subsidizing a product category you have no use for. At higher bandwidth volumes, that overhead adds up in ways that are not obvious from the headline per-GB rate.

the SG carrier IP question

Singapore has a specific category of targets that actively inspect the network origin of their traffic. SingPass, the national digital identity system, is used for everything from tax filing to housing applications. The major retail banks (DBS, OCBC, UOB) run fraud-detection systems that flag logins from IP ranges they do not recognise as domestic. Grab’s merchant and driver tools, Shopee SG, and Lazada SG all have rate-limiting and bot-detection systems tuned to their local user base. For all of these targets, showing up from a real SG mobile IP is not a nice-to-have. It is table stakes.

What “real SG mobile IP” means in practice is an IP that resolves to an ASN owned by a Singapore mobile carrier: AS9506 (SingTel Mobile), AS4657 (StarHub), AS38322 (M1), or similar. Mobile proxies from a provider that runs its own hardware will always resolve to the right ASN because the hardware is on the carrier’s network. A pooled residential or mobile provider that lists Singapore as a covered location may or may not be drawing from actual SG carrier ASNs. Many residential pools include IPs that were originally mobile but have been reassigned or re-categorised. The only way to guarantee ASN purity is to own the hardware.

ASN checks are one layer. The other is geolocation consistency. A real SG modem on SingTel will resolve correctly in MaxMind, IPinfo, and IP2Location simultaneously, because the ASN registry, the geolocation database, and the actual physical location of the hardware all agree. A pooled proxy may pass one check and fail another, which is enough to trigger a manual review or a CAPTCHA on sensitive targets.

Geelark’s SG proxy coverage, as of this writing, is listed on their platform but the underlying carrier composition is not publicly documented. That does not mean their SG IPs are low quality, but it does mean you cannot verify carrier purity before you buy. For workflows where the carrier matters (regulatory testing, banking app QA, government portal access), unverified pool composition is a risk that is hard to accept. For workflows where it does not matter (general web scraping, price monitoring on non-sensitive SG sites), the distinction may be irrelevant.

If you are unsure which category your use case falls into, the practical test is to check whether the target site returns different responses to SG mobile IPs versus SG residential IPs. If it does, you need verified carrier-pure IPs. If it does not, you have more flexibility in which provider you use.

pricing math at three realistic volumes

Pricing comparisons between proxy providers are always approximations. Headline per-GB rates do not include overage, session fees, minimum commitments, or the cost of features you pay for even if you never use them. The table below uses publicly available information as of 2026-05-13. Verify all figures on the provider’s site before making a purchase decision.

Note on Geelark pricing: Geelark’s proxy pricing is bundled with their cloud phone subscription. The per-GB proxy rate depends on which cloud phone plan you are on. The estimates below assume a mid-tier Geelark plan that unlocks proxy access. Check geelark.com for current plan structures, as these change frequently.

All figures are illustrative estimates. Geelark pricing snapshot as of 2026-05-13, verify on their site before purchase. SMP pricing at singaporemobileproxy.com.

The structural difference matters most at the 10 GB tier. If you only need a small amount of SG proxy bandwidth, Geelark’s minimum spend is effectively the cost of a cloud phone plan you may not use, on top of the proxy GB cost. SMP has no platform subscription fee, so low-volume proxy-only use cases are cheaper without the bundled overhead.

At 500 GB, both providers move to custom pricing. SMP’s advantage at that volume is the ability to negotiate purely on bandwidth without paying for cloud phone capacity. Geelark’s advantage, if you are actually using their cloud phones, is that the proxy bandwidth cost is partially absorbed into a platform you are already paying for.

migration: if you’re switching from geelark to SMP

Switching proxy providers is mechanical work, but a few SG-specific steps are worth doing carefully.

1. export your current session config from geelark. note which sticky session durations you have been using and which endpoints your application is hitting. document any IP ranges you have whitelisted on the target side.

2. update credential format. SMP uses the standard ip:port:username:password format. Geelark’s proxy credentials follow their own dashboard format. Update your proxy configuration in one place first (a test script, not production) before touching the full deployment.

3. map rotation intervals. if you have been using a 10-minute sticky session on Geelark’s proxy, test the equivalent sticky endpoint on SMP. session duration semantics differ between providers. recalibrate your rotation interval against real target behavior, not an assumed equivalency.

4. run an A/B test before full cutover. route 10-20% of traffic through SMP while Geelark handles the rest. compare success rates, CAPTCHA rates, and session stability over 48-72 hours before switching fully. this is especially important for authenticated sessions on sensitive targets.

5. update IP allowlists on your targets. if you have whitelisted specific IP ranges on the target side (API keys tied to IP, or allowlisted ranges in a merchant dashboard), you will need to add SMP’s egress ranges before cutting over. contact SMP support for the current egress IP list.

Here is what the credential update looks like in a Python requests config:

# before: geelark proxy endpoint (illustrative format)
proxies = {
    "http":  "http://geelark_user:geelark_pass@proxy.geelark.com:PORT",
    "https": "http://geelark_user:geelark_pass@proxy.geelark.com:PORT",
}

# after: SMP credential format (ip:port:username:password)
SMP_HOST = "203.0.113.45"   # replace with your assigned SMP endpoint
SMP_PORT = 10000             # replace with your assigned port
SMP_USER = "your_smp_user"
SMP_PASS = "your_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}",
}

The SOCKS5 variant follows the same credential structure with a socks5:// scheme prefix. See HTTP vs SOCKS5 mobile proxies for guidance on which protocol to use for your target.

bottom line

Geelark is the right choice if you are running a cloud phone operation at scale and want device, proxy, and automation in one platform. Their product suits social media multi-account workflows where the phone environment matters as much as the IP. If Singapore is just one geography among many in your operation, their global coverage and integrated tooling will serve you better than a SG-only hardware provider.

SMP is the right choice when the Singapore IP is the actual requirement, not a checkbox. The physical modems on SingTel, StarHub, M1, and Vivifi exist in Singapore, and the IPs they produce are verifiably from SG carrier ASNs. For work involving SingPass, local banking infrastructure, Grab merchant tools, or any target that actively inspects carrier and geolocation at the ASN level, that hardware reality is the product. No pooled provider can offer the same guarantee because the guarantee comes from the physical infrastructure, not from a routing configuration. If you need to understand what makes a proxy “mobile” in the first place, what is a mobile proxy covers the mechanics. For a fuller look at use-case ethics and what responsible proxy use looks like in a regulated market, ethical mobile proxy use is worth reading before you deploy at volume.

View current SMP plans and bandwidth pricing at singaporemobileproxy.com.