Full Report
In October 2021, the now defunct Arabic language Anime website Animeify suffered a data breach that was later redistributed as part of a larger corpus of data. The data included 808k unique email addresses along with names, usernames, genders and plain text passwords.
Analysis Summary
# Incident Report: Animeify Data Breach (October 2021)
## Executive Summary
In October 2021, the Arabic language anime website Animeify suffered a data breach exposing the records of approximately 808,000 users. The compromised data included email addresses, names, usernames, genders, and plaintext passwords. The company is now defunct, and the breached data was later redistributed as part of a larger credential corpus.
## Incident Details
- Discovery Date: Data surfaced/added to HIBP on 21 Sep 2025 (Note: This date references when the data became widely known/indexed, actual breach occurred earlier).
- Incident Date: October 2021
- Affected Organization: Animeify
- Sector: Web Services/Entertainment (Anime Streaming/Forum)
- Geography: Not explicitly disclosed, but served an Arabic-speaking audience.
## Timeline of Events
### Initial Access
- Date/Time: October 2021 (Breach occurred)
- Vector: Not detailed in the source material, but assumed to be network intrusion or exploitation of vulnerabilities.
- Details: Attackers gained unauthorized access to the Animeify database.
### Lateral Movement
- No specific details provided regarding lateral movement within the network structure.
### Data Exfiltration/Impact
- 808,000 unique user records were compromised.
- Data included: Email addresses, Names, Usernames, Genders, and **Plain Text Passwords**.
### Detection & Response
- Detection: The breach became public knowledge/indexed on HIBP starting September 2025.
- Response actions taken by Animeify are not detailed, likely due to the organization being defunct since the breach.
## Attack Methodology
- Initial Access: Unknown exploitation or intrusion.
- Persistence: Not detailed.
- Privilege Escalation: Not detailed.
- Defense Evasion: Not detailed.
- Credential Access: Direct access to the plaintext password database suggests a database compromise or successful injection attack, bypassing standard hashing mechanisms.
- Discovery: Unknown application/network reconnaissance.
- Lateral Movement: Not detailed.
- Collection: Gathering of user profile and credential fields.
- Exfiltration: Direct export or dump of the database containing user records.
- Impact: Exposure of Personally Identifiable Information (PII) and authentication credentials.
## Impact Assessment
- Financial: Not disclosed.
- Data Breach: 808k records, including PII (Name, Email, Username) and weak authentication data (Plain Text Passwords).
- Operational: Business operations were eventually ceased (Animeify is now defunct).
- Reputational: Significant damage to trust when published, especially given password exposure.
## Indicators of Compromise
- Defanged IPs/URLs are not provided in the source material.
- File indicators: Not applicable/detailed (Database dump).
- Behavioral indicators: Database enumeration/exfiltration activity.
## Response Actions
*Note: Response actions listed below are those recommended *after* the breach became public knowledge.*
- Containment: N/A (Incident occurred in the past).
- Eradication: N/A.
- Recovery: Users advised to change passwords on affected accounts immediately if they had not already.
## Lessons Learned
- The most critical failure was the storage of user passwords in **plain text**. Passwords must always be securely hashed and salted.
- Organizations must maintain security standards even if they anticipate shutting down, as data persists.
## Recommendations
1. **Mandate Strong Password Hashing:** Implement robust, modern hashing algorithms (e.g., Argon2, bcrypt) for all stored credentials.
2. **Implement MFA:** Encourage or mandate Two-Factor Authentication (2FA) to mitigate the risk associated with breached credentials.
3. **Credential Rotation:** Users exposed in this breach must immediately change their passwords on *all* services where they reused the Animeify password, utilizing a reputable password manager.