Sample dashboard - Mock data

Ethereum RPC Provider Assessment

Compare RPC provider coverage, block visibility, stale-view exposure, and redundancy within a selected region.Illustrative demo data (not measured provider performance)

ScopeEthereum mainnet
WindowJuly 1-31
Network
Ethereum mainnet
Region
US-East
Observation window
July 1, 2026 00:00 UTC → July 31, 2026 23:59 UTC
Time basis
Block timestamp
Data type
Synthetic mock data

Monitored providers

AlchemyInfuraGetBlockQuickNodeValidation CloudAnkrdRPCChainstackDwellirOnFinalityBlockPI

Monitored regions

US-EastUS-CentralUS-WestEU-WestEU-CentralAP-Northeast

Provider labels are anonymized in demo tables to keep the page easy to scan.

Block Coverage

Shows whether each provider delivered a valid observation for the blocks in the selected window.

Provider Coverage

Share of expected blocks with a valid provider observation.

ProviderCoverageMissed blocks
Provider A98.9%2,455
Provider B96.8%7,142
Provider C94.2%12,946
223,200 blocks expected. A block is counted as missed when QuantLoop captured no valid observation from that endpoint.

Block Visibility Latency

Shows how far each provider lagged the first valid observation of each canonical block in the QuantLoop network.

Provider Visibility Latency

Provider latency relative to the first valid observation of each block.

ProviderMedianP95P99P99.9Max lag
Provider A82 ms210 ms390 ms820 ms+738 ms
Provider B115 ms320 ms740 ms1.65 s+1.53 s
Provider C148 ms440 ms1.28 s3.1 s+2.95 s
Measured from the first valid observation of each block.

Stale View Exposure

Shows how often each provider remained behind the freshest observed canonical block beyond each latency threshold.

Provider Stale View Exposure

Share of valid block observations that exceeded each threshold.

Provider>250ms>500ms>1s>2s
Provider A7.4%3.2%0.4%0.1%
Provider B14.8%7.6%1.2%0.3%
Provider C23.5%12.4%3.9%0.9%
Thresholds are measured from the first valid observation of each block.

Head Replacement & Transient Views

During a head replacement, providers may briefly expose a block hash that is later replaced.

Compare how long those transient views remained visible and how often each provider corrected first.

Transient View Recovery

Exposure duration measures how long a transient hash remained visible before the provider observed the canonical replacement. Fastest correction is the share of observed head replacements where the provider corrected first.

ProviderMedian exposurep95 exposureFastest correction
Provider A0.4s1.2s50.0%
Provider B1.1s2.8s33.3%
Provider C1.9s4.1s16.7%
Based on 18 observed head replacement events. Durations include only events where the provider exposed the transient hash.

Redundancy & Shared Tail Risk

Compare event coverage, effective latency, and P99 tail overlap across provider pairs.

Pair Performance

For each block, pair latency uses the first observation received from either provider. Coverage and latency gains are measured against the better standalone provider.

PairCoveragep95p99p99.9
Provider A + Provider B
99.41%+0.23 pp
131 ms55 ms faster
277 ms91 ms faster
609 ms139 ms faster
Provider A + Provider C
99.49%+0.31 pp
118 ms68 ms faster
258 ms110 ms faster
580 ms168 ms faster
Provider B + Provider C
99.11%+0.08 pp
153 ms79 ms faster
338 ms127 ms faster
760 ms191 ms faster

Shared Tail Slowdowns

TAIL THRESHOLD

Of the blocks where at least one provider crossed its own historical its own p95 tail threshold, this shows the percentage where both providers did.

Scroll horizontally to compare provider pairs.

ProviderProvider AProvider BProvider C
Provider A60%43%
Provider B60%84%
Provider C43%84%
Calculated over blocks observed by both providers. Lower percentages indicate more independent tail behavior.

What This Helps You Decide

Use the assessment to select providers, choose deployment regions, and design redundancy that reduces shared risk.

Provider selection

Choose providers with strong coverage, fast block visibility, and low stale-view and transient-view exposure.

Regional deployment

See where provider performance changes materially across regions.

Redundancy design

Choose provider pairs that improve coverage and tail latency without slowing down together.