latency_dashboard
Latency
⚠ Demo data based on typical DZ performance metrics. DoubleZero does not provide a public latency API.
Latency comparison: DoubleZero vs Public Internet
51%
Avg Latency Improvement
58ms
Avg DZ Latency
742
Connected Validators
99.97%
Network Uptime
route_latencies.log
Inter-Region Latency Comparison
US-East→US-West
-60% fasterDZ
18ms
Public
45ms
US-East→EU-West
-51% fasterDZ
42ms
Public
85ms
US-East→Asia-Tokyo
-47% fasterDZ
95ms
Public
180ms
US-West→Asia-Tokyo
-43% fasterDZ
68ms
Public
120ms
EU-West→EU-Central
-68% fasterDZ
8ms
Public
25ms
EU-West→Asia-Singapore
-42% fasterDZ
115ms
Public
200ms
Asia-Tokyo→Asia-Singapore
-53% fasterDZ
35ms
Public
75ms
US-East→SA-Brazil
-43% fasterDZ
85ms
Public
150ms
region_status.log
Regional Node Status
| Region | Status | Avg Latency | Validators |
|---|---|---|---|
| US-East (Virginia) | optimal | 12ms | 245 |
| US-West (California) | optimal | 15ms | 89 |
| EU-West (Frankfurt) | optimal | 14ms | 178 |
| EU-Central (Amsterdam) | good | 16ms | 95 |
| Asia-Tokyo | good | 22ms | 67 |
| Asia-Singapore | good | 25ms | 45 |
| SA-Brazil | degraded | 35ms | 23 |
how_it_works.md
How DoubleZero Reduces Latency
Direct Fiber
DZ uses dedicated fiber optic cables between data centers, bypassing public internet congestion.
Optimal Routing
Location-aware routing ensures data takes the shortest physical path between validators.
Hardware Multicast
Hardware-accelerated replication reduces bandwidth costs and propagation delays.
Note: Latency figures are estimates based on typical fiber network performance and publicly available DZ documentation. Real-time latency data is not available via public API.