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RT @ginablaber: Richard Cook: "The operating point tends to move toward the accident boundary. But we don't usually know where that is." #v…

— Jonathan Creasy (@johann8384)2013-10-15 10:42:29

RT @ginablaber: Richard Cook: "The operating point tends to move toward the accident boundary. But we don't usually know where that is." #v…

— Cory von Wallenstein (@cvwdyn)2013-10-15 10:08:48

RT @ginablaber: Richard Cook: "The operating point tends to move toward the accident boundary. But we don't usually know where that is." #v…

— hardik (@hardikjs)2013-10-15 10:05:44

RT @ginablaber: Richard Cook: "The operating point tends to move toward the accident boundary. But we don't usually know where that is." #v…

— datacenter (@datacenter)2013-10-15 10:03:05

RT @ginablaber: Richard Cook: "The operating point tends to move toward the accident boundary. But we don't usually know where that is." #v…

— Mary Thengvall (@mary_grace)2013-10-15 09:57:05

RT @radar: MT @ginablaber: Check out Velocity NY keynotes live now, w/Richard Cook, @fredwilson, @plhw3org + more http://t.co/MfC7YiT511 #v…

— Jose P E Junior (@coredump)2013-10-15 09:18:35

RT @tomjbarker: @patmeenan For my book http://t.co/zpt7MPoJXH I wrote a WPT wrapper to automate the synthetic testing that you mentioned #v…

— Patrick Meenan (@patmeenan)2013-10-15 07:55:29

RT @xaprb: Early-warnings and unknown unknowns: an O'Reilly Programming blog post by yours truly. http://t.co/8GTSlsbah5 #monitoringlove #v…

— Simone Soldateschi (@soldasimo)2013-10-09 05:27:28

RT @xaprb: Early-warnings and unknown unknowns: an O'Reilly Programming blog post by yours truly. http://t.co/8GTSlsbah5 #monitoringlove #v…

— Guillaume Lederrey (@gehel)2013-10-08 18:32:02

RT @xaprb: Early-warnings and unknown unknowns: an O'Reilly Programming blog post by yours truly. http://t.co/8GTSlsbah5 #monitoringlove #v…

— Cormac McGaughey (@cormacj)2013-10-08 17:17:41