MTR जांचें 8.8.8.8
| स्थान | परिणाम |
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Albania, Tirana
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Australia, Sydney
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Bosnia and Herzegovina, Novi Travnik
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Bulgaria, Sofia
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Canada, Montreal
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Switzerland, Bern
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Chile, Santiago
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China, Hohhot
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Germany, Nuernberg
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Germany, Frankfurt am Main
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Germany, Frankfurt am Main
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Germany, Limburg
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Denmark, Glostrup Municipality
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Spain, Madrid
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Finland, Helsinki
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Finland, Helsinki
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France, Gravelines
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France, Paris
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United Kingdom, London
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Hong Kong, Hong Kong
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Croatia, Zagreb
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Hungary, Budapest
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Indonesia, Jakarta
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India, New Delhi
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Iceland, Reykjavik (Miðborg)
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Italy, Como
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Lithuania, Pilaite
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Latvia, Riga
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Moldova, Chisinau
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Netherlands, Amsterdam
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Netherlands, Amsterdam
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Netherlands, Amsterdam
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Netherlands, Eygelshoven
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Qatar, Doha
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Romania, Bacău
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Romania, Bucharest
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Serbia, Belgrade
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Singapore, Singapore
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Taiwan, Taipei
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United States, Miami
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United States, Dallas
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United States, Kansas City
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Global MTR (My Traceroute) & Routing Diagnostic Tool
MTR (My Traceroute के लिए संक्षिप्त) एक मानक नेटवर्क डायग्नोस्टिक टूल है जो पिंग और ट्रेसराउट के कार्यों को एक ही रीयल-टाइम इंटरफ़ेस में जोड़ता है। यह मुख्य रूप से नेटवर्क पथ में यह बताकर कि कौन सा नोड (हॉप) समस्या पैदा कर रहा है, उच्च विलंबता या पैकेट हानि जैसे कनेक्शन गुणवत्ता के मुद्दों का निवारण करने के लिए उपयोग किया जाता है।
Hop-by-Hop Packet Loss and Latency
Traditional ping only measures the destination server's response. MTR provides granular, continuous visibility into every intermediate router (hop) between the source and the target. This allows network engineers to pinpoint exactly which Tier 1 transit provider or regional ISP is dropping packets, suffering from hardware congestion, or inducing severe latency spikes before the traffic even reaches your edge firewall.
BGP Routing and Suboptimal Paths
The internet relies on the Border Gateway Protocol (BGP) to route traffic. However, BGP prioritizes the shortest AS-path, which is not necessarily the fastest or most reliable physical route. By executing a distributed MTR test, administrators can identify suboptimal peering arrangements, asymmetric routing anomalies, and circular routing loops that degrade application performance for specific international demographics.
Reverse DNS (PTR) Resolution
Our MTR engine automatically performs reverse DNS (rDNS) lookups on every discovered hop. Translating raw IP addresses back into canonical hostnames helps quickly identify the commercial operators (e.g., Telia, Level3, Cogent) managing the transit infrastructure. Note: If a specific hop returns a consistent 100% loss but subsequent hops respond normally, it usually indicates a firewall silently dropping ICMP TTL-exceeded packets rather than a true network outage.