Live measurements captured from production workloads. Monitor rolling uptime, P95 tail latency distribution, and direct NVMe execution speed.
99.98%
Rolling 60-day verified operational uptime
0 Blocks
Continuous canonical PoS block tip alignment
2.3 ms
Direct PCIe Gen4 NVMe local memory access
0.00%
Token-bucket burst buffer absorbs spikes
Production workloads run on dedicated bare-metal servers in the US-East corridor. Zero shared hypervisors or multi-tenant CPU stealing.
Bor state queries read directly from high-speed local NVMe drives. Avoids virtual network-attached disk queues (AWS EBS) during heavy chain writes.
Traffic routes across an authenticated, low-overhead private network mesh directly to execution cores, preventing public gateway bottlenecks.
Real-time metrics polled directly from our US-East bare-metal production nodes.
Performance Fundamentals
Why standard averages fail to predict whether your bot lands trades or drops transactions during sudden gas volatility.
Averages lie. Tail spikes break bots.
Average latency hides the fatal 400ms+ lag spikes that cause MEV and trading bots to miss block inclusion. Measuring P95 captures true worst-case pipeline latency under volatile gas conditions.
Zero 429 throttling during volatility.
Standard multi-tenant cloud tiers throttle aggressively with artificial 429 rate limit walls. BlazingNode's burst architecture absorbs volume surges without dropping requests or penalizing your account.
Never query obsolete block headers.
Shared endpoints return stale cached blocks to conserve server capacity, causing reverted transactions. BlazingNode reads local NVMe Bor state directly on every read.
Direct fiber interconnects and low-hop transit route Polygon JSON-RPC queries with stable low latency. Sub-37ms in Eastern North America to under 95ms across Western Europe.
| Region | Primary Location Hub | Measured P50 | P95 Tail Spike | Transit Tier |
|---|---|---|---|---|
| ca-central-1 | Eastern Canada (Montreal / Toronto) | 22.5 ms | <32 ms | Low-latency NVMe backbone |
| us-east-1 | Virginia / Washington DC Corridor | 29.5 ms | <37 ms | Direct financial & cloud fiber transit |
| us-east-2 | Ohio / Pennsylvania / Midwest | 37.9 ms | <48 ms | Direct backbone transit |
| us-west-2 / us-west-1 | Oregon / California | 74.0 ms | <88 ms | Cross-continental route |
| ca-west-1 | Western Canada (Calgary) | 86.8 ms | <98 ms | Trans-Canada fiber transit |
| eu-west-2 / eu-west-3 | London / Paris | 90.3 ms | <105 ms | Sub-100ms transatlantic reach |
| mx-central-1 | Mexico Central | 91.7 ms | <110 ms | Regional interconnect |
Do not take marketing claims at face value. Test P95 tail latency, head freshness, and 429 burst capacity directly from your own execution environment using our open-source benchmark script.
# Run benchmark against your current endpoint
git clone https://github.com/BlazingNode-rpc/benchmark-cli-script
# Or inspect live network comparison
curl -s https://blazingnode.com/api/rpc-checker/latest
Run real-time P95 comparisons against multi-tenant cloud endpoints.
