The "largest ever" DDOS attack was reportedly the "carpet bombing" of a Minecraft server weathering 3.15 billion packets per second from Russia and 17 other countries

DDOS mitigation company Global Secure Layer claims to have fielded the largest DDOS attack in recorded history, in terms of packets per second, which reportedly saw one unfortunate "Minecraft gaming customer" bombarded with a buckling 3.15 billion PPS from a botnet said to be concentrated in Russia, but with traffic sources also spanning 17 other countries. For clarity, this doesn't mean people from these countries were involved, it just means attacks originated from sources in these locations. 

Steven Ferguson and Cameron Tickner of Global Secure Layer shared a breakdown of the thwarted attack, which was caught on August 25. "Our team has cross verified this attack size with tier one providers and internet exchange operators to confirm border packet rate capacity has matched reported device telemetry," the report reads. "When contrasted with historically reported records, this size outpaces these headlines at a factor of 3.2 - 3.5x. This puts this packet rate attack as the largest ever reported to the public." 

Minecraft sleuth Eli, who shared the report on Twitter, noted that the targeted server seems to be Minemen Club, and makes an important point about how DDOS attacks are measured. This wouldn't be the first time internet security experts linked massive botnets to Minecraft servers, but the reported figures are downright meteoric. 

When someone launches a DDOS attack, they're essentially trying to bog down a system by overloading it with pings or requests that it has to process or otherwise respond to. The standout measurement here is basically how many 'pings' were sent in a short time; there have been larger DDOS attacks by total data volume, though this one is still up there, but for peak packet rate it's not even close. 

This attack evidently came in two stages. First, Global Secure Layer believes, the attackers fired an opening volley on August 24 which peaked at 1.7 GPPS and ultimately "had no impact on end users." With the methodology apparently tested,