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Providers

Compare RPC providers on measured data

The top 4 on the chosen chain are compared by default. Pick your own — up to 4 — and the selection moves into the URL, so a comparison can be sent to someone else and they will see exactly what you saw.

Providers on Ethereum

Side by side

6h window · 6.0 hours observed · generated 2026-08-27 16:03:19 UTC

Selected providers compared across every measured metric
MetricTenderlyPublicNodeCloudflare1RPC
Rank1289
Score99.495.247.10.0
StatusExcellentExcellentPoorPoor
Availability99.98%99.99%23.17%0.00%
p50 latency20.2 ms25.3 ms17.1 ms0.0 ms
p95 latency33.4 ms49.4 ms100.7 ms0.0 ms
p99 latency65.1 ms111.1 ms250.9 ms0.0 ms
Correctness99.99%100.00%100.00%not measured
Head lag0.49 blocks0.49 blocksno cohortno cohort
Rate limited0001,411
Unsupported002430
Samples8,2068,2668,2011,622

9 providers scored against each other.

Where the gap comes from

Two scores side by side say one is higher. This says why: the score is a weighted sum, so it comes apart, and each component’s share of the difference adds back to the difference exactly. Compared against Tenderly, the highest scorer of those selected.

TenderlyvsPublicNode

+4.2points

  • Latency+4.2
  • Availability0.0
  • Correctness0.0
  • Head freshness+0.0

The parts add to +4.2, exactly — the score is a weighted sum, so it comes apart.

TenderlyvsCloudflare

+52.3points

  • Availability+29.7
  • Latency+15.4
  • Head freshness*+9.4
  • Correctness2.2

The parts add to +52.3, exactly — the score is a weighted sum, so it comes apart. Components marked * were measured for only one of the two; the other’s weight is spread across what it does have, which is why the two sides can carry different weights for the same row.

Tenderlyvs1RPC

+99.4points

  • Availability+40.0
  • Latency*+30.0
  • Correctness*+20.0
  • Head freshness*+9.4

The parts add to +99.4, exactly — the score is a weighted sum, so it comes apart. Components marked * were measured for only one of the two; the other’s weight is spread across what it does have, which is why the two sides can carry different weights for the same row.

Latency over time