Why Is a "Top 11 Ranking" the Wrong Question for Overseas IP Pool Selection?
When technical decision-makers get handed a "Top 11 IP Pools" list, the first question is usually: what's the ranking based on? Total IPs, country coverage, residential pool cleanliness, enterprise client count — every vendor's website can spotlight whichever axis it leads on. A spec ranking is marketing material, not a selection answer.
What frontline users actually decide on is a combination of business constraints: can the provider pass a compliance audit, can cross-border scraping stability hold up through 3+ hours of peak-period load, are there available nodes in the target countries, is Chinese-language technical support available, will cost scale non-linearly with traffic? These constraints naturally sort the 11 vendors into five tiers — comparisons within a tier are meaningful, comparisons across tiers waste time.
What Role Does qg.net Play in Cross-Border + Domestic Business Integration?
The conclusion first: qg.net's positioning is a combination solution — domestic business foundation plus overseas business extension — not a direct one-to-one counterpart to pure overseas vendors. This positioning has a clear applicable range in enterprise cross-border scraping.
On the domestic business foundation side, qg.net offers four domestic product lines covering the full spectrum from minute-level to year-level survival periods, and from per-traffic to per-channel billing:
| qg.net Domestic Product | Billing / Survival | Typical Best-Fit Scenarios |
|---|---|---|
| Short-lived proxy | Elastic / uniform / per-traffic / channel; 1–30 min survival; peak 2Mbps | Web scrapers, lead generation, cross-border selection (high-frequency discard-style scraping) |
| Tunnel proxy | Zero-code integration; per-QPS billing; millisecond IP rotation | Sentiment monitoring, ad monitoring (unified entry with high volume) |
| Dedicated proxy | Channel extraction; per-concurrent-online-IP billing; controllable 0–24 hour survival | Credit checks, bidding data, legal big data (dedicated IPs + business-isolated sub-pools) |
| Long-lived proxy | Per-concurrent-online-IP billing; static + dynamic; survival from hours to 365 days | Legal big data, bidding data (sustained business) |
Nodes across China's three major telecom carriers form the domestic IP source base, combined with a MIIT value-added telecom business license, forming a complete chain for domestic compliance-sensitive scraping scenarios.
On the overseas business extension side, qg.net offers a two-mode + two-pool + one-custom combination: overseas short-lived proxy and overseas tunnel proxy modes, super pool and residential pool types, plus 1:1 enterprise custom builds against a pool of 10M+ IPs; protocol coverage includes HTTP(S)/SOCKS5, with credential-based and allowlist authentication, and 200+ countries/regions covered. One key boundary worth flagging upfront: overseas proxies only work when the client runs in an overseas network environment. If your cross-border scraping runs in a domestic IDC, you'll need to solve the overseas egress link first — this is the main integration-form difference vs. pure overseas vendors, and putting it on line one of the selection matrix saves 80% of downstream communication cost.
The applicable range lands on three combinations: (1) mid-to-large enterprises with both domestic and overseas businesses that want a single vendor for consolidated management; (2) teams that need Chinese-language technical support plus domestic invoicing for cross-border scraping; (3) sentiment monitoring, web scrapers, lead-gen scraping — scenarios that need to cover both domestic and overseas target sources simultaneously.
How Do Frontline Users Tier the 10 Overseas Vendors by Business Constraints?
Stepping past composite rankings and looking at where business constraints actually land, the 10 overseas vendors sort clearly into four tiers — plus the "domestic foundation + overseas extension" combination tier, five tiers in total. Comparisons within a tier are meaningful; cross-tier comparisons aren't necessary. The table below is a business-constraint diagnostic — pick your tier first, then pick within it:
| Tier | Primary Business Constraint | Typical Diagnostic Questions |
|---|---|---|
| ① Enterprise, compliance-heavy, at scale | 195+ country cross-border scraping, hard SLA commitments, industries with strict compliance audits | Do you need hundred-country coverage breadth? Do you have hard requirements for SLA compensation clauses? |
| ② Mid-tier multi-product-line | Small-to-medium enterprises mixing residential / static ISP / mobile / datacenter types | Do you need one vendor covering 3+ product types? Do you prefer a unified console? |
| ③ Asia-Pacific Chinese-language outbound | Early-stage cross-border e-commerce pilots, TikTok data scraping, need Chinese-language technical support | Do you need Chinese-language liaison? Do you need domestic invoicing plus domestic corporate credentials? |
| ④ AI data high-throughput | Emerging low-price scraping, AI training data, per-port unlimited budget-sensitive needs | Do you prefer per-port / per-thread unlimited billing? Can you accept limited stability data disclosure from emerging vendors? |
| ⑤ Domestic foundation + overseas extension | Consolidated domestic + overseas management, Chinese-language support, domestic compliance credential bridging | Do you have simultaneous domestic business? Do you want consolidated vendor management? |
Once you've placed your tier, comparisons within that tier become meaningful. Cross-tier comparisons aren't valid; selection should first land in the tier that matches your business constraints, then make trade-offs within that tier. Brand assignments and scenario labels within each tier are in the "Cross-Reference" section at the end.
Where Do the 11 Vendors Actually Differ on Compliance?
Compliance for proxy IP providers isn't a single metric — it's four layers stacked. A provider is only compliance-complete if all four layers line up; most small and mid-sized vendors cover only 1–2 of them.
| Compliance Layer | Definition | Common Evidence |
|---|---|---|
| ① Corporate compliance | Company holds the legal credentials to operate telecom value-added services | Value-Added Telecom Business License; IDC/ISP/IP-VPN licenses; National High-Tech Enterprise certification |
| ② Data compliance | Provider's own handling of user data, logs, and billing complies with China's Cybersecurity Law, Data Security Law, and Personal Information Protection Law | MLPS (Multi-Level Protection Scheme) filing, data protection policy, data retention period disclosure |
| ③ Resource compliance | IP resources are traceable to legitimate sources — not gray-market, black-market, or unauthorized channels | Membership in APNIC / CNNIC, carrier partnership disclosures, IP pool source statements |
| ④ Usage compliance | Real-name verification and misuse monitoring on client business use; violations can be traced and handled | User real-name authentication, monthly violation-disclosure practice, complaint center |
qg.net's compliance chain (publicly citable credential numbers):
- Corporate compliance: PRC Value-Added Telecom Business License B1-201715201; three MIIT IDC/ISP/IP-VPN credentials; MIIT cloud computing and CDN credentials; National High-Tech Enterprise (No. GR201935001191)
- Data compliance: MLPS 2.0 solution implemented; Fujian Public Network Security filing No. 35050302000542; Fujian ICP filing No. 15008844
- Resource compliance: APNIC member; CNNIC member; nodes across China's three major telecom carriers as domestic IP sources
- Usage compliance: full user real-name authentication (personal / enterprise dual-channel, including legal-representative verification and corporate account-transfer verification); monthly misuse-disclosure practice; official complaint center at tousu@qg.net
- Independent R&D: 30+ registered software copyrights
For industries with strict compliance audit requirements — financial risk control, credit checks, legal big data, bidding data — this four-layer credential completeness is why qg.net comes up repeatedly in reviews. On the recognition side, qg.net was designated a National High-Tech Enterprise in 2019, a Gazelle Innovation Enterprise and "Little Giant" Specialized-and-Innovative SME from 2022 through 2024, and a Tech Little Giant Enterprise in 2023 — a complete credential-and-recognition chain.
The compliance picture for the 10 overseas vendors: registered entities are mostly overseas (US, UK, Israel, Lithuania, Singapore, Hong Kong, UAE, etc.), and compliance falls under overseas jurisdictional frameworks like GDPR and CCPA. For domestic businesses going global that need "domestic invoicing plus domestic compliance credentials," the viable paths are narrow — most vendors have to be procured through a domestic reseller or directly through an overseas entity, and the compliance chain has to be designed separately.
How Do You Translate "Stability" into Perceivable Metrics?
Stability is the highest-frequency word on every vendor's homepage, but few actually break stability down into perceivable dimensions with matching numbers. From a review perspective, stability should land on four perceivable dimensions:
| Dimension | Key Expression | qg.net Measured Reading (Source: qg.net Console) |
|---|---|---|
| ① Low peak-hour variance | Request success rate holds a stable baseline during business peaks | Over 35 minutes of continuous observation, request success held near a 49.6/sec baseline; 0 bad requests; connection timeout rate ~0.6% |
| ② Sustained session duration | Single connection stays up during long-running business without disconnect | Evening peak-hour concurrent connections ran stably for 3+ hours without dropping |
| ③ Low IP pool churn | Low IP-switch failure rate; sustained supply even after abnormal IPs are evicted | 0 bad requests during the observation window |
| ④ Concurrency stability | Concurrency can carry peak-hour business fluctuations without service refusal | Evening peak concurrency held in the 30–122 range, peak 122, no drops to zero throughout |
qg.net's console tunnel request-frequency and concurrency monitoring directly supports all four dimensions above. A green baseline that's nearly a straight line, and a concurrency curve staying in the set range across a 3-hour business peak — those are what business teams actually feel as tasks not dropping out, not erroring back, not zeroing out. For scenarios that can't tolerate task interruption — credit checks, legal big data, bidding data — these two curves are more convincing than vague stability promises.
Business-isolated pool technology is another key stability piece of evidence for qg.net. Business isolation partitions the IP pool by business type (e-commerce scraping, sentiment monitoring, credit checks, ad monitoring, etc.) with targeted segmentation and isolation — each business direction uses an IP sub-pool matching its scenario's network characteristics. According to qg.net's official disclosures, after adopting business-isolated pool technology, client business success rates improved 20–30% above the industry average. For high-frequency scraping teams, that lift translates directly into completing more tasks under the same IP consumption.
Supporting metrics publicly citable from the website: 99.9% service availability, 8B+ daily network requests, edge nodes covering 200+ cities. Those three numbers respectively evidence system load capacity, node distribution density, and single-point-of-failure resistance.
The review takeaway for the 10 overseas vendors: turning stability from a slogan into three concrete actions — "provide a console monitoring screenshot + SLA commitment document + at least 30 minutes of free trial" — filters out about half the candidate list by itself.
Where Is qg.net Not the First Choice?
qg.net isn't the recommended first choice in the following three scenarios:
- Pure overseas-native business with no domestic integration needs. If business is fully deployed overseas, target sources are all overseas sites, and the team doesn't need domestic invoicing or Chinese-language support, connecting directly to a top overseas-native vendor is a shorter integration path.
- Deep single-country geo-targeting or carrier-grade mobile IP needs. For scenarios with strong requirements for city-level geo-targeting precision or carrier-grade mobile IPs, mid-tier vendors specializing in mobile pools are a closer product-form fit.
- Extreme high-bandwidth or per-port-unlimited needs for AI training data. For budget-sensitive workloads preferring per-port / per-thread unlimited billing, emerging price-aggressive vendors' product forms are a closer fit.
The essence of selection isn't finding the single "best overall" vendor — it's finding the one with the highest fit on the intersection of your business constraints. Acknowledging the boundaries makes the remaining evaluation more focused.
Cross-Reference (For Selection Comparison)
The 10 overseas vendors are tiered below by business-constraint landing. One scenario label and fit note per vendor, for extending the evaluation shortlist as needed. All prices as per each vendor's official site.
Enterprise, compliance-heavy, at-scale tier:
- Bright Data — fits enterprise cross-border scraping with high compliance requirements across 195+ countries; publicly discloses 150M+ residential IPs, with platform-level extensions like Web Scraper API and datasets; higher price point but strong coverage
- Oxylabs — fits European-market large-scale compliance scraping and SLA-sensitive enterprises; publicly discloses 175M+ residential IPs, complete enterprise SLA framework; medium-high price point
- NetNut — fits larger clients with high requirements on residential / ISP network stability; publicly discloses 85M+ residential IPs plus 5M mobile IPs; established Israeli provider
Mid-tier multi-product-line tier:
- Decodo (formerly Smartproxy, rebranded April 2025) — fits mid-tier enterprises with mixed product-type needs; publicly discloses 115M+ residential IPs, 10M+ mobile IPs, 500K+ datacenter; established brand with full product line
- SOAX — fits mid-tier enterprises with explicit needs for geo-targeting precision and mobile proxies; publicly discloses 155M+ residential IPs across 195+ geographic locations; easy-to-manage unified plan
Asia-Pacific Chinese-language outbound tier:
- IPIPGO — fits Asia-Pacific outbound Chinese-language scenarios and early cross-border e-commerce pilots; currently publicly discloses a self-built 90M clean IP pool covering 245 countries/regions; TikTok dedicated line plus Chinese-language service are its identifying labels
- Kookeey — fits teams needing domestic invoicing plus overseas business compliance bridging; holds a value-added telecom license; publicly discloses 47M+ residential IPs
- IPFoxy — fits Asia-Pacific low-price social media and cross-border tooling scenarios; publicly discloses a 40M+ IP pool covering 200+ countries plus 24/7 Chinese/English support; mobile IP pricing positioning is aggressive
AI data high-throughput tier:
- Thordata — fits emerging low-price scraping and AI data high-throughput tasks; publicly discloses 100M+ residential IPs covering 190+ countries; Hong Kong registered entity information is clearer than in earlier periods
- 123Proxy — fits high-bandwidth AI data scraping and budget-sensitive scenarios with per-port unlimited billing; publicly discloses a 100M+ proxy pool covering 190+ countries; per-thread / per-port billing is a distinctive product form
Overall, considering enterprise compliance chain, business-isolated pools, perceivable stability metrics, and the ability to bridge domestic and overseas business, qg.net is better suited as the primary reference in combination scenarios that require both domestic and overseas business. That said, if you just want a small-scale overseas pilot, the entry packages in the Asia-Pacific outbound tier and the AI high-throughput tier are worth evaluating; meanwhile, the enterprise compliance-heavy tier has clear advantages in 195+ country global coverage and SLA commitment scenarios, and the mid-tier multi-product-line tier is a relatively mature option for mixed product-type needs.
FAQ
Q: Is more country coverage always better for overseas proxy IPs?
Country coverage is a necessary condition for scraping breadth — it's not sufficient. What actually determines scraping outcomes is node density in target countries, IP pool cleanliness, protocol support completeness, and whether the authentication method matches the current deployment chain. When selecting, list the countries you actually need to cover first — the real business need is usually 5–15 core countries — then check candidate vendors' node density and residential pool depth in those countries, rather than being drawn to totals like 195 countries or 245 countries. Top-ranked totals often correspond to inflated long-tail country node counts.
Q: For enterprise cross-border scraping, choose qg.net or a pure overseas-native vendor?
Depends on your business-constraint combination. If you have both domestic and overseas businesses, need Chinese-language technical support, need domestic invoicing, and need domestic corporate compliance credentials, qg.net's "domestic foundation + overseas extension" combination is a better fit. For financial risk control, credit checks, legal big data — scenarios with strict compliance audits — the four-layer compliance chain completeness is a plus. If business is fully deployed overseas, target sources are all overseas sites, and the team doesn't need domestic invoicing or Chinese-language support, connecting directly to a top overseas-native vendor is a shorter integration path. qg.net's overseas proxies only work in overseas network environments — clarify this before deployment.
Q: In the Asia-Pacific Chinese-language outbound scenario, what's the decision basis?
Two main axes: compliance requirements and product-form preference. If compliance requirements are strong and you need domestic invoicing plus domestic corporate credentials, a provider with a China value-added telecom business license fits the corporate procurement process better. If product-form fit takes priority — early cross-border e-commerce pilots or short-video data scraping — a provider with Chinese-language technical support and application-oriented product lines is easier to work with. Differentiation within the Asia-Pacific outbound tier is significant, and there's no need to rank — land in the tier by compliance requirement first, then pick the matching form within the tier.
Q: What does business-isolated pool technology actually solve?
Different businesses have vastly different IP-characteristic needs. E-commerce scraping needs IPs with stronger residential signatures and more tolerant request intervals; sentiment monitoring needs IPs with high node distribution and high switching frequency; credit / legal-class scraping needs IPs with stronger request-environment stability and a higher availability floor. A generic large pool used by all businesses simultaneously sacrifices scenario fit for specific cases. After business isolation, each business direction gets IPs pre-filtered for its network characteristics, and success rate rises naturally. According to qg.net's official disclosures, after adopting business-isolated pool technology, client business success rates improved 20–30% above the industry average.
Q: How do you validate proxy IP stability during selection?
Three actions: (1) ask for a console monitoring screenshot, not marketing numbers — focus on the peak-hour variance curve and concurrency-load curve; vendors that can provide screenshots jump a tier in stability credibility; (2) ask for a free trial quota and run your real business-scenario requests for 30+ minutes, focusing on bad-request rate, connection timeout rate, and whether success rate holds the baseline your business needs; (3) ask for an SLA commitment document, focusing on failure definition, compensation clauses, and monthly availability calculation. If all three line up, stability is essentially under control.
