Public benchmark

Public performance benchmarks

Metricanic publishes redirect latency results from a real public run so performance teams can judge speed claims against visible methodology, route assumptions, and sample size instead of vague marketing copy.

This page documents published redirect-latency measurements for a live Metricanic tracking URL. It does not claim identical latency for every route, geography, or campaign setup, and it complements, rather than replaces, the platform's routing, reporting, event, and postback workflow.

Published: March 9, 202639 public probes across Europe, North America, South America, Asia, and the Middle East39 visible probes
Min observed
19 ms
Warm route
p50 redirect latency
41 ms
Steady-state median
p95 redirect latency
94 ms
Tail latency across this run
p99 redirect latency
162 ms
High-percentile edge case

Benchmark summary

The published run measured a live Metricanic tracking URL from the public internet and recorded the time until Metricanic issued the 302 redirect toward the landing page.

39 visible probe results, with p50 at 41 ms, p95 at 94 ms, p99 at 162 ms, and a minimum observed result of 19 ms.

Full location table

Each row shows one visible probe result from the published run. Every probe hit the same live Metricanic URL, waited for Metricanic to process the request, and measured the returned 302 redirect toward the landing page.

LocationResultMeasured timeClass
Austria, ViennaOK
38 ms
0.038 s
Ultra Fast
Brazil, Sao PauloOK
28 ms
0.028 s
Ultra Fast
Brazil, Sao PauloOK
39 ms
0.039 s
Ultra Fast
Bulgaria, SofiaOK
31 ms
0.031 s
Ultra Fast
Canada, VancouverOK
31 ms
0.031 s
Ultra Fast
Cyprus, LarnacaOK
36 ms
0.036 s
Ultra Fast
Czechia, Ceske BudejoviceOK
19 ms
0.019 s
Ultra Fast
France, RoubaixOK
59 ms
0.059 s
Ultra Fast
Germany, FrankfurtOK
33 ms
0.033 s
Ultra Fast
Germany, NurembergOK
39 ms
0.039 s
Ultra Fast
Hungary, NyiregyhazaOK
60 ms
0.060 s
Ultra Fast
India, MumbaiOK
41 ms
0.041 s
Ultra Fast
Israel, NetanyaOK
29 ms
0.029 s
Ultra Fast
Italy, MilanOK
30 ms
0.030 s
Ultra Fast
Japan, TokyoOK
45 ms
0.045 s
Ultra Fast
Moldova, ChisinauOK
58 ms
0.058 s
Ultra Fast
Netherlands, AmsterdamOK
35 ms
0.035 s
Ultra Fast
Netherlands, MeppelOK
35 ms
0.035 s
Ultra Fast
Poland, PoznanOK
81 ms
0.081 s
Ultra Fast
Poland, WarsawOK
78 ms
0.078 s
Ultra Fast
Portugal, VianaOK
83 ms
0.083 s
Ultra Fast
Romania, BucharestOK
36 ms
0.036 s
Ultra Fast
Russia, MoscowOK
90 ms
0.090 s
Ultra Fast
Serbia, BelgradeOK
20 ms
0.020 s
Ultra Fast
Singapore, SingaporeOK
45 ms
0.045 s
Ultra Fast
Slovenia, MariborOK
59 ms
0.059 s
Ultra Fast
Spain, BarcelonaOK
53 ms
0.053 s
Ultra Fast
Spain, MadridOK
39 ms
0.039 s
Ultra Fast
Sweden, StockholmOK
42 ms
0.042 s
Ultra Fast
Sweden, StockholmOK
28 ms
0.028 s
Ultra Fast
Switzerland, ZurichOK
32 ms
0.032 s
Ultra Fast
Turkey, IstanbulOK
133 ms
0.133 s
Fast
Turkey, IstanbulOK
179 ms
0.179 s
Fast
UK, CoventryOK
46 ms
0.046 s
Ultra Fast
Ukraine, KhmelnytskyiOK
80 ms
0.080 s
Ultra Fast
Ukraine, KyivOK
63 ms
0.063 s
Ultra Fast
Ukraine, KyivOK
45 ms
0.045 s
Ultra Fast
USA, AtlantaOK
32 ms
0.032 s
Ultra Fast
USA, Los AngelesOK
45 ms
0.045 s
Ultra Fast

Methodology

What was measured: time from an external probe reaching a live Metricanic tracking link to Metricanic processing the request and issuing the 302 redirect toward the landing page.

How it was measured: an external multi-location HTTP checking service hit the same Metricanic URL from many public probe locations at roughly the same time.

Route assumptions: Single 302 redirect route, warm route, and https request over the public internet.

Limitations

  • This page documents one published run, not every possible route or every geography at all times.
  • Different routing rules, DNS paths, and landing-page geographies can change observed latency.
  • Warm-route results are useful for steady-state operations but are not a cold-start benchmark.
  • Throughput and uptime are intentionally omitted here until Metricanic publishes those measurements.

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