Difference between revisions of "Internet Computer performance"
From Internet Computer Wiki
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The Internet Computer can currently sustain more than 11000 updates/second for a period of four minutes, with peaks over 11500 updates/second. | The Internet Computer can currently sustain more than 11000 updates/second for a period of four minutes, with peaks over 11500 updates/second. | ||
| + | |||
| + | [[File:update-call-performance.png|Update Call Performance]] | ||
=== Query calls === | === Query calls === | ||
Arguably more important are query calls, since they contribute with more than 90% of the traffic we are observing on the IC. | Arguably more important are query calls, since they contribute with more than 90% of the traffic we are observing on the IC. | ||
| − | + | [[File:query-call-performance.png|Query Call Performance]] | |
The Internet Computer can currently process up to 250’000 queries per second. | The Internet Computer can currently process up to 250’000 queries per second. | ||
We are working on several improvements to those numbers that should improve the query performance by at least on order of magnitude. | We are working on several improvements to those numbers that should improve the query performance by at least on order of magnitude. | ||
During our experiments, we increment the load incrementally and run each load for a period of 5 minutes. | During our experiments, we increment the load incrementally and run each load for a period of 5 minutes. | ||
Revision as of 17:33, 9 November 2021
Measurements
Update calls
The Internet Computer can currently sustain more than 11000 updates/second for a period of four minutes, with peaks over 11500 updates/second.
Query calls
Arguably more important are query calls, since they contribute with more than 90% of the traffic we are observing on the IC.
The Internet Computer can currently process up to 250’000 queries per second. We are working on several improvements to those numbers that should improve the query performance by at least on order of magnitude. During our experiments, we increment the load incrementally and run each load for a period of 5 minutes.