Atlassian vs GitHub Uptime — Week of 20 April 2026

Atlassian and GitHub represent two critical platforms in the dev tools and CI/CD ecosystem. During the week of April 20, 2026, Atlassian achieved perfect uptime at 100%, while GitHub maintained 99.37%

⚙️ Atlassian vs GitHub DEV TOOLS & CI/CD · UPTRUE.IO RELIABILITY DATA Week of 20 April 2026
⚙️ Dev Tools & CI/CD Weekly Comparison

Atlassian and GitHub represent two critical platforms in the dev tools and CI/CD ecosystem. During the week of April 20, 2026, Atlassian achieved perfect uptime at 100%, while GitHub maintained 99.37% availability. This analysis is based on independent monitoring conducted by Uptrue.

TL;DR
  • Atlassian: 100% uptime, 0 incidents, 174ms avg response time
  • GitHub: 99.37% uptime, 2 incidents totaling 19 minutes downtime, 31ms avg response time
  • GitHub responds 5.6× faster (31ms vs 174ms), but Atlassian had zero service disruptions
  • Both platforms maintain public status pages for incident transparency

Uptime This Week

Atlassian 100.00% GitHub 99.37% HTTP checks every 5 min · 7-day period · Uptrue independent monitoring

Atlassian delivered flawless availability during the monitoring period with zero downtime. GitHub's 99.37% uptime represents 19 minutes of total downtime across two separate incidents. For organizations where production workflows depend on uninterrupted access, Atlassian's performance during this period stands out.

Response Time

GitHub 31ms Atlassian 174ms Lower is better · Median TTFB · Excludes model inference time

GitHub significantly outperformed on response speed, averaging 31ms compared to Atlassian's 174ms—a 5.6× difference. GitHub's faster response times reflect its optimized content delivery infrastructure, though both providers remain within acceptable latency ranges for development workflows.

Incidents & Downtime

Atlassian No incidents GitHub 2 incidents · 19 min Incident = 2+ consecutive failed checks · 7-day window

Atlassian recorded zero incidents and zero minutes of downtime during the monitoring week. GitHub experienced two separate incidents resulting in 19 minutes of cumulative downtime. The frequency and impact of these interruptions may affect teams with strict SLA requirements or critical deployment schedules.

Historical Context
Dev tools and CI/CD platforms have become increasingly resilient over time, with most mature providers targeting 99.9%+ uptime. However, even minor incidents in these services can cascade across development pipelines, making incident frequency as important as overall uptime percentages.

Which Should You Choose?

Choose Atlassian for maximum reliability when incident-free operation is paramount, particularly for teams with zero-tolerance deployment windows. Opt for GitHub if response time and performance are priorities and occasional brief interruptions are acceptable. Most teams benefit from monitoring both platforms independently rather than relying on a single provider.

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 Uptrue's independent monitoring for the week of April 20, 2026, Atlassian achieved 100% uptime with zero incidents, while GitHub maintained 99.37% uptime with 2 incidents. Atlassian demonstrated superior reliability during this period, though GitHub's difference represents less than 20 minutes of downtime.
How often does GitHub experience downtime?
During the monitored week, GitHub experienced 2 incidents totaling 19 minutes of downtime. This represents an average of approximately 9.5 minutes per incident, indicating brief but notable service disruptions rather than prolonged outages.
How is this data collected?
All metrics in this report come from Uptrue's independent monitoring infrastructure, which continuously tests endpoint availability, response times, and incident occurrence. Data is gathered through automated health checks and does not rely on provider-supplied metrics or status pages.
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