Answer first: choose static residential proxies for stable long sessions, dynamic residential proxies for broad rotating collection, and datacenter proxies for high-throughput API workloads and cost efficiency.
Short answer: use static residential proxies for persistent sessions, dynamic residential proxies for broad coverage, and datacenter proxies for throughput-cost efficiency.
This page helps teams compare proxy types by workload fit, operating limits, and rollout guidance.
Start proxy selection from workload priority instead of product preference. The usual decision order is session stability first, rotating coverage second, and throughput-cost efficiency third.
A proxy service based on real residential networks, providing fixed IP addresses that remain unchanged for long periods. It features high anonymity and credibility, effectively avoiding proxy detection or blocking, suitable for various business scenarios such as cross-border e-commerce, market research, social media marketing, and brand protection.
A proxy service based on real residential networks, providing fixed proxy addresses that remain unchanged for long periods.
With high anonymity and credibility, it effectively avoids being identified as a proxy or being blocked,
suitable for cross-border e-commerce, market research, social media marketing, brand protection, and various other business scenarios.
Real Long-term Residential IP 
99.9% Availability 
Precise City Targeting 
HTTP, Socks5 Protocol Support A proxy service based on a constantly changing IP address pool, providing frequently rotating IP addresses in short periods. This service offers high flexibility and extensive IP coverage, effectively bypassing IP bans and restrictions, suitable for scenarios requiring frequent IP changes such as web scraping, data collection, ad verification, and automated testing.
A proxy service based on a constantly changing proxy address pool, providing proxy addresses that change frequently within short periods.
This service offers high flexibility and extensive proxy coverage, effectively avoiding proxy bans and restrictions,
suitable for scenarios requiring frequent proxy changes such as web scraping, data collection, ad verification, and automated testing.
Real Short-term Residential IP 
10M+ Daily Active IPs 
City-level Targeting 
HTTP, Socks5 Protocol Support A proxy service based on datacenter networks, providing fixed IP addresses that remain unchanged for long periods. This proxy service delivers IPs through datacenter servers, typically offering higher speed and stability, with advantages in cost and performance, particularly suitable for scenarios requiring fast, large-scale data collection and access, such as website testing, data analysis, SEO monitoring, and online ad verification.
A proxy service based on data center networks, providing fixed proxy addresses that remain unchanged for long periods.
This proxy service delivers proxies through data center servers, typically offering high speed and stability, with advantages in cost and performance.
Particularly suitable for business scenarios requiring fast, large-scale data scraping and access, such as website testing, data analysis, SEO monitoring, and online ad verification.
Long-term Data Center IP 
Precise City Targeting 
99.9% Availability 
HTTP, Socks5 Protocol Support Start with a single production workflow PoC, then expand by region and concurrency. After launch, track success ratio, latency, block rate, and cost per completed workflow with standardized logs for faster troubleshooting.
Execution order: validate authentication and routing policy first, then define timeout and retry budget, and finally assign dashboard ownership, rollback triggers, and monthly capacity reviews.
Start from workload priority. Use static residential proxies for session stability, dynamic residential proxies for broad rotating coverage, and datacenter proxies for throughput-cost efficiency.
Avoid them when the main requirement is large-scale rotating collection or wide geo coverage. In those cases, dynamic residential or datacenter options are usually a better operational fit.
Compare success ratio, session retention or coverage success, P95 latency, retry overhead, and cost per completed workflow under the same workload assumptions.
