Ping Tool

Test server reachability, response times, packet loss, and TTL for any domain or IP address.

Async Non-Blocking

Each ping spawns as an async subprocess using Python's async I/O engine. The primary API thread never blocks, enabling millions of simultaneous pings across server instances.

Cross-Platform Parsing

Our smart output parser automatically detects whether the server is running Windows or Linux and applies the correct regex patterns to extract accurate latency and packet loss values.

Queued Bulk Testing

Bulk CSV uploads are dispatched to background queues. Workers process hosts sequentially to avoid spawning too many concurrent system processes, preventing server resource exhaustion.

Frequently Asked Questions

The ICMP protocol used by Ping operates at the network layer below HTTP. Web browsers have no access to raw network sockets, so every ping must be routed through a server-side process.

Your request triggers our lightweight async API which spawns the system ping command as a non-blocking subprocess. The process runs 4 echo requests, parses the output, and returns the averaged stats — all within seconds.

Under 50ms is Excellent — ideal for real-time applications. 50–150ms is Good — suitable for most web services. 150–300ms is Fair — may introduce noticeable delays. Over 300ms is Poor — the host may be experiencing issues or is geographically distant.

100% packet loss typically means the host is unreachable. This can be caused by a firewall blocking ICMP traffic, the server being offline, or an incorrect hostname/IP.