Hyperliquid Latency Map
Real-time latency measurements from global probe locations to Aleatoric infrastructure endpoints.
Benchmarks
Provider Comparison
| Provider | Avg Latency | p95 | p99 | Jitter | Packet Loss |
|---|---|---|---|---|---|
| Aleatoric | <12ms | <35ms | <45ms | <3ms | 0.00% |
| Generic RPC Provider A | 80-120ms | 200ms | 450ms | 25-40ms | 0.1-0.3% |
| Generic RPC Provider B | 50-90ms | 150ms | 300ms | 15-25ms | 0.05% |
| Self-hosted (Cloud VM) | 20-60ms | 80ms | 150ms | 8-15ms | 0.01% |
Why It Matters
Latency Is Not Just Speed
Block Timing Sensitivity
Hyperliquid blocks arrive every ~2 seconds. At 45ms p99, you process the block before competitors at 200ms even see it. That 155ms gap is the difference between filled and slipped.
Jitter > Averages
A provider with 30ms average but 200ms spikes is worse than one with 40ms average and <3ms jitter. Consistent latency means predictable execution — your strategies can depend on timing.
Fewer Hops = Lower Variance
Every proxy, load balancer, and middleware layer adds unpredictable delay. Direct gRPC to validator nodes eliminates 3-4 hops that typical providers require.
Try It
Run a Benchmark
Test latency from your location to Aleatoric endpoints. Run from your terminal or use the browser-based tool.
curl -w "time_total: %{time_total}\n" \
-s -o /dev/null \
https://rpc.aleatoric.systems/health
# gRPC benchmark
grpcurl -plaintext \
hl.grpc.aleatoric.systems:443 \
grpc.health.v1.Health/CheckRegions
Infrastructure Locations
East US 2 (Virginia)
Primary data plane. Direct peering with major US exchanges and trading infrastructure. Lowest latency to New York metro area.
Japan East (Tokyo)
Asia-Pacific data plane. Optimized for Tokyo and Singapore trading desks. Sub-5ms latency from Tokyo metro.
West Europe (Frankfurt)
European data plane. Planned for Q3 2026. Will serve Frankfurt, London, and Zurich trading desks with sub-10ms latency.