collaboration

Miro vs Nuclino Uptime — Week of 20 April 2026

23 April 2026·Uptrue Team

💬 Collaboration Tools Weekly Comparison

Uptrue's independent monitoring tracked Miro and Nuclino throughout the week of 20 April 2026, finding both collaboration platforms maintained perfect uptime. Miro delivered 100% availability with a 317ms average response time, while Nuclino achieved 100% uptime with significantly faster 84ms response times. Neither provider experienced any recorded incidents or downtime during the monitoring period.

TL;DR

Both Miro and Nuclino achieved 100% uptime with zero incidents recorded
Nuclino responded 3.8× faster: 84ms average vs. Miro's 317ms
Combined 0 minutes of total downtime across both services
Miro maintains a public status page; Nuclino's status page was unavailable during monitoring

Uptime This Week

Both providers delivered flawless availability during the monitoring window. Miro and Nuclino each maintained 100% uptime with zero service interruptions, indicating stable infrastructure operations. This perfect performance reflects well on both platforms' operational maturity in the collaboration tools category.

Response Time

Nuclino significantly outperformed Miro on response latency, averaging 84ms compared to Miro's 317ms—a 73% improvement. For real-time collaboration workflows, Nuclino's faster response times translate to more responsive user interactions and reduced perceived lag. Miro's response times remain within acceptable ranges for most use cases but represent a material difference for latency-sensitive applications.

Incidents & Downtime

Zero incidents were recorded for either provider across the full monitoring period. This absence of tracked downtime indicates both platforms operated without service degradation, maintenance windows, or failures that would trigger monitoring alerts. The clean incident record for both reflects current operational stability but should be contextualized within longer observation windows.

Historical Context

Collaboration tools have matured significantly in infrastructure reliability; major platforms routinely achieve uptime targets above 99.9%. Both providers' perfect performance aligns with industry trends toward redundant architectures and distributed systems design in this category.

Which Should You Choose?

Choose Nuclino for latency-sensitive workflows requiring real-time responsiveness; its 84ms response time delivers superior user experience. Select Miro for teams prioritizing ecosystem breadth and transparency (it maintains a public status page with regional data center options). For most teams, either platform's 100% uptime makes functionality, feature set, and pricing the primary decision drivers.

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: Miro or Nuclino?

During Uptrue's monitoring week (20 April 2026), both achieved identical 100% uptime with zero incidents. Reliability was equivalent; response time favored Nuclino at 84ms vs. Miro's 317ms. Longer-term reliability assessment requires extended monitoring across multiple weeks.

How often does Miro or Nuclino experience downtime?

Neither platform recorded downtime during the monitoring period. Miro's public status page indicates it monitors service health continuously and publishes incident information. Nuclino's status page was unavailable, limiting visibility into its incident history and maintenance windows.

How is this reliability data collected?

Uptrue independently monitors both services using synthetic monitoring—automated requests to production endpoints from multiple vantage points, measuring uptime, response time, and incident detection. All data comes directly from Uptrue's monitoring infrastructure, not vendor-reported figures or status pages.