# Internet Archive Confirms Breach as DDoS Attack Disrupts Core Services
*Event date: 2024-10-09*
By IO Digest Desk
The Internet Archive faced a layered security crisis on October 9, 2024, when a public site defacement, a confirmed account-data breach, and continuing distributed denial-of-service attacks converged on one of the web’s most important preservation services. According to reporting cited in the evidence packet, visitors to archive.org saw a pop-up claiming the organization had suffered a “catastrophic security breach” before the site was later taken offline.
The organization’s leadership later confirmed that the incident was not just a hoax message. Brewster Kahle, founder of the Internet Archive, said the site had been defaced through a JavaScript library and that the breach exposed usernames, email addresses, and salted encrypted passwords. That clarification turned a disruptive outage into a broader trust and recovery problem for an institution that supports public access to web history, books, and other digital records.
The report also said the site had been dealing with DDoS attacks for days. At one point on October 9, users could still load portions of the archive after dismissing the message, although performance was slow. Later, much of the service disappeared behind an offline notice directing users to social updates instead. That sequence matters because it suggests the Archive was trying to stabilize operations while also assessing what systems or third-party components had been used in the defacement.
The breach claim gained weight when Have I Been Pwned operator Troy Hunt confirmed he had received a file containing account-related data for 31 million unique email addresses and had validated it against a user record. The evidence packet says the file included email addresses, screen names, password change timestamps, bcrypt-hashed passwords, and other internal data. Hunt also said he had contacted the Internet Archive on October 6, several days before the public defacement and outage converged.
That timeline is especially damaging because it shows the organization was likely already in a disclosure and response process when the attackers forced the issue into public view. Instead of a controlled notification cycle, the Archive had to manage incident response in real time while its main site was being degraded. For users, the practical implication was immediate uncertainty: whether the site was safe to use, whether credentials had been exposed, and whether the service would remain reachable at all.
The evidence packet also notes that an account calling itself SN_Blackmeta claimed responsibility for the attack activity and hinted at additional action. Even without treating that claim as definitive attribution, the combination of DDoS pressure, website defacement, and stolen account data shows a campaign designed to maximize disruption as well as publicity.
For the Internet Archive, the operational challenge was clear. Kahle said the organization had disabled the compromised JavaScript library, was scrubbing systems, and upgrading security. Those steps point to the immediate priorities any institution in this position faces: remove the active intrusion path, contain exposed systems, preserve service where possible, and begin the longer work of rebuilding trust with users whose data may have been affected.
For the wider tech sector, the incident is a reminder that public-interest infrastructure is still infrastructure. The Internet Archive may be best known for preservation, but it also holds millions of user accounts and depends on a web stack vulnerable to the same supply-chain and volumetric attacks that hit commercial platforms. When an organization becomes essential to the public web, its security failures stop being niche problems and become ecosystem events.
