crypto

Ledger vs OKX Uptime — Week of 20 April 2026

23 April 2026·Uptrue Team

₿ Crypto & Web3 Weekly Comparison

Ledger and OKX both maintained perfect 100% uptime during the monitoring period of April 20–26, 2026, according to Uptrue's independent monitoring. However, their performance profiles differ significantly: Ledger responded to requests in an average of 130ms, while OKX averaged 1146ms—a ninefold difference in speed.

TL;DR

Both Ledger and OKX achieved 100% uptime with zero incidents during the week of April 20–26, 2026.
Ledger responded 8.8× faster than OKX: 130ms average versus 1146ms.
Neither provider experienced downtime or service interruptions during the monitoring period.
Response time variance matters for high-frequency trading and real-time wallet operations; Ledger's latency profile is significantly better suited for performance-critical use cases.

Uptime This Week

Both Ledger and OKX recorded 100% uptime over the seven-day monitoring window with zero recorded incidents. This marks a strong reliability baseline for both services during this period. Data was collected by Uptrue's independent monitoring infrastructure without reliance on provider-reported metrics.

Response Time

Ledger delivered substantially faster response times, averaging 130ms per request, while OKX averaged 1146ms. For wallet operations, account queries, and trading interfaces where latency directly impacts user experience, Ledger's response profile provides a clear technical advantage. The 1-second-plus latency at OKX may reflect geographic routing, API design, or load patterns during the monitoring window.

Incidents & Downtime

Neither provider logged any incidents, maintenance windows, or downtime events during April 20–26. Both services maintained stable availability across their core infrastructure. This zero-incident record reflects stable operations in the crypto and web3 sector during this particular week, though broader patterns warrant longer observation windows.

Historical Context

Crypto infrastructure has historically experienced periodic outages during market volatility and high-traffic events. Sustained 100% uptime across multiple major platforms during any week represents solid performance, though single-week snapshots do not predict behavior during market stress or surge-traffic scenarios.

Which Should You Choose?

For latency-sensitive applications—trading bots, real-time wallet sync, or high-frequency order placement—Ledger's 130ms response time is substantially superior. For general account access and less time-critical operations, OKX remains functional, though users should factor in the ~1-second baseline latency. Evaluate your specific use case against these response profiles rather than uptime alone.

About This Data
All uptime, response time, and incident data is collected by Uptrue's independent monitoring infrastructure. HTTP checks run every 5 minutes. An incident is recorded only after 2+ consecutive failed checks. Uptrue is not affiliated with any monitored service. For corrections: reports@uptrue.io

Frequently Asked Questions

Which provider is more reliable based on this data?

Both Ledger and OKX achieved 100% uptime with zero incidents during the monitoring week. Reliability is equal by uptime metric. However, Ledger demonstrates superior performance reliability: its 130ms response time is far more consistent with user expectations for financial and wallet services than OKX's 1146ms baseline.

How often does each service go down?

According to Uptrue's monitoring for April 20–26, 2026, neither Ledger nor OKX experienced any downtime. Both recorded 0 minutes of total downtime and 0 incidents. Longer-term monitoring over months or years would be required to establish downtime frequency patterns.

How is this reliability data collected?

Uptrue independently monitors both Ledger and OKX using its own monitoring infrastructure—not metrics published by the providers. Uptrue measures uptime, response time, and incident occurrence without accessing provider status pages or internal dashboards, ensuring independent verification of availability claims.