Facebook, MySpace Lead in Social Uptime


Twitter's monthly downtime in 2008, measured in hours (Source: Pingdom)

Facebook and MySpace were among the most reliable social networks in 2008, while Twitter and LinkedIn had the worst uptime, according to a new report from Pingdom (PDF). Just five of the 15 leading social networks tracked by Pingdom managed uptime of 99.9 percent (“three 9s”) or better.

MySpace had just 4.8 hours of downtime in 2008, while Facebook was offline for a total of 7.2 hours. That put the two social media giants in the top five, trailing Xanga, Classmates and iMeem.

Twitter was easily the worst performer with 84 hours of downtime, but the vast majority of those problems occurred in the first half of 2008, when the microblogging service struggled to manage its surging traffic. “July and onward has seen a big improvement in site availability for Twitter,” Pingdom reports. 

Not so for LinkedIn, which saw the opposite trend, with a deterioriation in reliability over the second half of 2008. “Each quarter has seen a larger amount of downtime than the one before it,” Pingdom notes.

Facebook did the best job of minimizing downtime, with no single outage lasting more than about 25 minutes. The longest continuous outages were seen at Reunion.com (10 hours), Google’s Orkut social network (8.8 hours), Friendster (8.1 hours) and Windows Live Spaces (6 hours).

The report is free, and includes uptime data for Facebook, MySpace, LinkedIn, Twitter, Friendster, LiveJournal, Orkut, Bebo, Hi5, Windows Live Spaces, Last.fm, Classmates.com, Reunion.com, Xanga and Imeem.

Get Daily Email News from DCK!
Subscribe now and get our special report, "The World's Most Unique Data Centers."

Enter your email to receive messages about offerings by Penton, its brands, affiliates and/or third-party partners, consistent with Penton's Privacy Policy.

About the Author

Rich Miller is the founder and editor at large of Data Center Knowledge, and has been reporting on the data center sector since 2000. He has tracked the growing impact of high-density computing on the power and cooling of data centers, and the resulting push for improved energy efficiency in these facilities.

Add Your Comments

  • (will not be published)