Blog
Mobile Proxy Guides & Insights
Netherlands Mobile Proxies: A Practical Guide to Dutch Carrier IPs
A practical guide to Netherlands mobile proxies: what a Dutch carrier IP is, how it differs from residential and datacenter IPs, why AMS-IX matters, use cases for bol.com price monitoring, Dutch SERP research, ad verification, Marktplaats management, and iDEAL checkout testing, plus GDPR considerations and PowerProxy's Netherlands infrastructure on the Odido network.
What Is CGNAT? Carrier-Grade NAT Explained for Proxy Users
A technical guide to Carrier-Grade NAT (CGNAT) for proxy users: how CGNAT differs from home NAT, why mobile carriers use it, what the RFC 6598 Shared Address Space is, how CGNAT affects IP reputation and rotation, why IP whitelisting is less reliable behind CGNAT, and what 464XLAT means for mobile proxy architecture in 2026.
Mobile Proxies for Selenium and Puppeteer
A complete setup guide for using mobile proxies with Selenium and Puppeteer: Chrome authentication methods, SeleniumBase, proxy-chain for rotation, sticky vs rotating sessions, browser fingerprint considerations, and solutions to the most common proxy configuration problems including the SOCKS5 authentication limitation and selenium-wire compatibility.
Proxy Protocols Deep Dive: HTTP vs SOCKS5 vs OpenVPN
A technical guide to HTTP, SOCKS5, and OpenVPN proxy protocols: how each one works at the network level, when to use each for scraping, browser automation, or device-wide routing, how authentication differs across protocols, and the most common setup mistakes to avoid.
Mobile Proxy vs VPN
A practical comparison of mobile proxies and VPNs: how each works at the architectural level, where VPNs win (personal privacy, public WiFi), where mobile proxies win (automation, multi-account, AI agents, web scraping), and a decision tree to choose the right tool for your workflow.
Browser Fingerprinting Explained: Why IP Addresses Alone Don't Prevent Detection
IP quality is only half the picture. This guide breaks down canvas, WebGL, audio, and TLS fingerprinting, how they combine into a device trust profile, and why mobile proxies alone can't cover the fingerprint layer.
