AnimeLeague Data Breach (2024)
If you are a customer of AnimeLeague, here’s what’s now in circulation.
In July 2024, AnimeLeague disclosed a data breach of their services. The data was posted for sale on a popular hacking forum and included 2 databases covering both event registration records and a dump of the phpBB bulletin board. The impacted data included passwords in various hashed formats including SHA-1, salted md5 and bcrypt, as well as usernames, private messages, dates of birth, purchases and 192k unique email addresses.
AnimeLeague customer?
See what’s already exposed about you — free, 15sWe check your email against known public breach records and the sites that publish your address, then show you what to do about each one. We don’t hold this company’s data. No account, no card.
On July 4, 2024, AnimeLeague publicly disclosed a breach affecting 192,000 users. The notification confirmed that two databases—one containing event registration records and another from the phpBB bulletin board—had been extracted and were being offered for sale on a popular hacking forum. Anyone who registered for events, posted on the forums, or maintained an account there now faces direct exposure of sensitive personal details.
Details Confirmed in the Disclosure
The primary disclosure lists the compromised information as email addresses, usernames, passwords, dates of birth, phone numbers, IP addresses, private messages, and purchase records. Passwords appear in multiple hashed formats including SHA-1, salted MD5, and bcrypt. The breach notification does not specify the exact intrusion method or the precise date the data was taken, only that the material surfaced for sale in mid-2024. No ransom demand figure is provided, and the company has not released a detailed timeline of discovery or containment.
Advertisement
BATECH StudioWe build it.We run it.Web apps, AI pipelines and internal tools — under your brand, not ours.Tell us what you need →
BATECH Studio and GalaxyWarden share common ownership.
Why This Matters for You and Your Family
If you or anyone in your household ever used AnimeLeague—forums, event sign-ups, or even casual browsing—your real-world identity is now easier for criminals to assemble. Email addresses and phone numbers serve as primary keys for account takeover attempts across other services. Dates of birth combined with usernames help attackers build convincing social-engineering pretexts. Private messages and purchase history can reveal hobbies, locations, or financial habits that criminals exploit for targeted scams or harassment. Even if you no longer visit the site, the data remains valuable on the underground market for years.
Doxxing and Identity-Chain Risks
Exposed IP addresses, usernames, and private messages create straightforward pathways for doxxing. Attackers frequently cross-reference forum usernames with gaming handles, social-media accounts, or email addresses found in other leaks. Once a chain links back to a physical address or family member, the risk escalates to swatting, stalking, or extortion. Credential leaks of this type routinely cascade into gaming-account takeovers; children’s accounts tied to the same email or phone are especially vulnerable because parents often reuse passwords or security questions across family devices.
What to Do
- Run a DoxxScan to map every link between your handles, emails, phone numbers, and real identity, then use the cleanup of Warden to scrub what you can.
- Rotate the password used at AnimeLeague anywhere it is reused and switch to 2FA through an authenticator app rather than SMS.
- Enable continuous DoxxScan monitoring across 13.1B+ breach records and 100+ platforms so the next exposure surfaces in hours instead of months.
- Cover the household with DoxxScan family coverage that extends to dependents and children’s gaming accounts that often chain back to the same credentials or address.
- Let remediation specialists handle ongoing takedown requests for any newly surfaced personal records on data-broker and extortion sites.
The incident underscores how even niche community sites can expose enough personal data to fuel long-term identity abuse. A single breach like this rarely stays isolated; the information travels across forums, dark-web markets, and automated attack tools for years. DoxxScan by GalaxyWarden delivers continuous monitoring across 13.1 billion+ breach records and more than 100 platforms, AI-powered identity-chain mapping that connects scattered handles to real people, and hands-on remediation specialists who manage takedowns—coverage that includes your entire family and children’s gaming accounts where these credential leaks most often escalate into full account takeovers. Treating every leaked database as a permanent record is the practical stance that protects you and your family going forward.
What the free scan actually returns
Found on people-search siteswe remove these
These listings are live, public, and legal to remove — and removing them is what we do.
Found in breach recordsverifiedreported — unverified
Each record is labeled: confirmed breach data, or an attacker’s claim no one has verified.
Leaked data cannot be deleted from the internet — anyone claiming otherwise is lying. Broker listings can be removed. We do the second, and show you exactly what to fix from the first.
For security and vendor-risk teams: a staff address in a leak does not mean you were breached — it usually means a third party was. We monitor a domain against 13.1B+ leaked records and tell you when one of your people appears. See what we would check →
Report details & sourcing
Related breaches
Match Group (Tinder, Hinge, OkCupid) Data Breach — January 2026
ShinyHunters claimed responsibility for stealing over 10 million Match Group user records in early 2…
149 Million Credential Mega-Exposure — January 2026
Security researchers discovered a publicly exposed 96 GB database with 149 million unique logins cov…
Under Armour 72M Customer Email Dataset Resurfaces — January 2026
72 million user emails from a prior Under Armour breach were reposted publicly in January 2026, ampl…