PingScanner is a specialized diagnostic utility built for gamers, system administrators, and network enthusiasts who need absolute truth about their routing paths. Unlike traditional speed tests that measure bandwidth capacity, PingScanner is precision-engineered to measure one thing: latency.
In competitive gaming, raw download speed means nothing if your packets take a poor route to the game server. A 100Mbps connection with 80ms latency will perform drastically worse in games like Valorant or Dota 2 than a 10Mbps connection with 15ms latency. PingScanner helps you diagnose these exact routing inefficiencies before you queue up for a match.
How Our Client-Side Architecture Works
The fundamental flaw in most web-based ping tools is server-side proxying. When you use an average ping checker, their centralized datacenter (usually located in AWS US-East or a Vercel edge node) sends the ping to the target server. The latency displayed is the distance between their datacenter and the game server—which is completely irrelevant to your actual connection.
We solved this by engineering a pure client-side execution environment. When you hit "Scan", PingScanner forces your own browser to construct and send the HTTP latency requests directly to the edge nodes. By utilizing non-blocking CORS requests and sequential fetch queues to bypass browser ITP (Intelligent Tracking Prevention) throttling, we measure the true Round Trip Time (RTT) from your specific WiFi router or cellular connection directly to the destination infrastructure.
Supported Game Infrastructures
Different publishers use different networking paradigms. We maintain an actively updated directory of proxy endpoints that closely mirror the real-world routing of major competitive titles:
- AWS Cloud (Riot Games, Moonton): Games like Valorant and Mobile Legends rely heavily on AWS infrastructure. We test against regional AWS DynamoDB edge nodes which share the exact same physical routing paths as the game servers.
- Tencent Cloud (PUBG Mobile): We map tests to the nearest geographical Tencent edge proxies to simulate the routing hops your packets will take during gameplay.
- Valve SDR (Dota 2, CS2): Valve's Steam Datagram Relay uses anycast routing. While we cannot ping SDR directly from a browser, we measure latency to the nearest regional peering centers that Valve utilizes.
Ready to diagnose your connection? Scroll up and enter a custom endpoint or select a game from our directory to begin your real-time latency scan.