Ladies.com (Lesbian Dating Platform) Affected by Data Breach, Exposing Over 118,000 Users
Ladies.com, a lesbian dating platform operated by the same entity as Senior Dating, was also impacted by a data breach stemming from an exposed Firebase database.
Key points
- Approximately 118,809 users affected.
- Exposed data includes personal information similar to the Senior Dating breach (email addresses, profile photos, geographic locations, etc.).
- The breach was caused by an exposed Firebase database, a vulnerability shared with its sister site, Senior Dating.
Connected intelligence
Signal brief
Follow the organization, likely method and potential impact to explore connected Shadow Tier intelligence.
Organization
- Published
- Dec 9, 2024
- Updated
- Jul 1, 2026
- Confidence
- High
- Evidence
- 3 sources
Structured assessment
Signal analysis
This analysis groups the signal by industry, likely incident action and impacted security area. It helps compare this signal with other published signals without treating the labels as final determinations.
Threat source
Watch exposure paths that could affect data, operations or third-party trust.
Business impact
- Impact area
- Confidentiality
- Likely asset
- User or customer data, Server or cloud data store
Mentioned entities
Quick context
Questions about this signal
What happened in this signal?
Ladies.com, a lesbian dating platform operated by the same entity as Senior Dating, was also impacted by a data breach stemming from an exposed Firebase database. This incident exposed the personal information of approximately 118,809 users. While the site reportedly went offline on December 4, 2024, the broader incident, including Ladies.com, gained public attention on December 9, 2024, when it was indexed by Have I Been Pwned (HIBP).
When was this signal reported?
Shadow Tier lists Dec 9, 2024 as the signal date.
Which organization is connected to this signal?
Ladies is the organization connected to this public signal.
Explore LadiesRelated signals
Compare shared topics, actors and incident patterns before opening the full signal.
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