Ask.FM
| Primary URL | Location | Industry | ask[.]fm |
Country
Lithuania
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Technology
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Profile
Ask.FM operates as a social networking platform that lets users pose questions and receive answers from others. The service is accessible through web browsers and mobile applications, supporting both identified and anonymous participation. Users can interact via text‑based exchanges, creating a continuous stream of user‑generated content. The platform’s primary function is to facilitate social interaction and knowledge sharing across its community.
According to the disclosed breach details, Ask.FM held approximately 350 million user records at the time of the March 2020 incident. This figure reflects the platform’s substantial global reach and the volume of personal information it managed. The exposed data included usernames, email addresses, crackable password hashes, and linked social‑media identifiers. Additionally, about 45 million of those records contained Single Sign‑On credentials, indicating a notable subset of integrated accounts.
Ask.FM’s distinguishing characteristic is its focus on anonymous question‑and‑answer interactions, which differentiates it from many mainstream social networks. The breach revealed that attackers gained initial foothold through a vulnerability in a WordPress server within the platform’s network. After compromising the database, the intruders exfiltrated internal development artefacts such as GitLab, Jira, and Confluence repositories. The company’s public denial of the breach and lack of user or regulator notification contrasted with typical incident‑response expectations.
The organization’s headquarters is situated in Lithuania, as stated in the available information. No explicit details about parent companies, subsidiaries, or ownership structure are provided in the source material. Consequently, any description of Ask.FM’s corporate hierarchy must remain unspecified based on the given data.
The 2020 data leak remains a notable episode in Ask.FM’s history, highlighting challenges in safeguarding large volumes of user data. The exposed database was later offered for sale, with the seller alleging that vulnerabilities persisted due to insufficient remediation. This episode underscores the importance of robust security practices and transparent communication for platforms handling extensive personal information.