Svmarriageslinks
| Primary URL | Location | Industry | www[.]svmarriageslinks[.]com |
Country
United States of America
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Entertainment
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Profile
The organization operates under the alias Svmarriageslinks. Its headquarters is located in the United States of America. This alias is used in public references to the entity. No further details about its corporate structure are provided in the source material.
On September 4, 2015, a security breach was attributed to the individual known as Rubber, also operating under the handle @smitt3nz. The attacker successfully compromised nine dating websites in succession. As a result of these intrusions, a total of 7,764 user accounts were exposed. The exposed data included both usernames and associated passwords. The breach was noted for the clear‑text storage of the passwords.
The release of credentials in clear text meant that anyone obtaining the dump could immediately use the passwords without additional cracking. Such exposure increases the risk of credential stuffing attacks across other online services where users might reuse the same login details. The incident highlighted a lack of basic protective measures, such as hashing, on the affected platforms. It also drew attention to the broader security posture of niche dating sites at that time. No information is given about whether Svmarriageslinks itself was one of the nine compromised sites.
The organization's presence in the United States places it within a jurisdiction that has various federal and state data protection regulations. While the source material does not specify any regulatory actions taken after the 2015 event, the incident remains part of the public record concerning online dating security. The alias Svmarriageslinks continues to be referenced in discussions about that breach. No further details about the organization's size, product offerings, or ownership structure are available in the provided information. Consequently, the profile is limited to the confirmed facts of its alias, headquarters location, and the documented security incident.
