103,081 symamobile Logins Leaked in a Dark Web Combolist

HEROIC analysts found a dark web combolist listing 103,081 logins associated with symamobile accounts, uploaded to Telegram on 23 August 2026. Each record pairs an email address with a plaintext password and the URL the login was captured from. This is a list of credentials tied to symamobile accounts rather than confirmation that symamobile's own systems were broken into, though the exposure for anyone on the list is still significant given its size. Scanning your email takes only a minute and tells you exactly where you stand.

Why a List This Size Is Dangerous

With over 100,000 entries, this combolist gives attackers enough volume to run large scale automated login attempts, both against the original site and against unrelated services where the same password might still work. The included URLs mean no manual research is needed before testing each credential.

The Login Data Exposed in the symamobile Combolist

• Email Addresses
• Plaintext Password
• URLs

What Being on This List Could Mean

If your email is in this file, your symamobile account could be accessed directly, and if the password has been reused, the risk spreads to your email, banking or shopping accounts as well. At this scale, automated tools are typically used to test every entry rather than targeting individuals by hand, so exposure is not something that depends on being noticed first.

How Large Combolists Like This Get Assembled

Combolists of this size are usually built by combining several smaller leaks, phishing hauls or infostealer logs tied to users of a particular service, then cleaned up so each line is a working email and password pair. Files like this circulate on Telegram, often changing hands multiple times before the exposure is widely known.

Check Your Email Right Now

Scan your email to see if it appears in this symamobile combolist or any other dataset HEROIC has indexed. If you get a match, change the password immediately and anywhere else you reused it, and turn on two-factor authentication. This matters for work email as well as personal accounts.