Dubsmash data breach — are you affected?
In December 2018 the video messaging app Dubsmash was breached, exposing about 162 million unique email addresses with usernames and PBKDF2 password hashes, plus names, phone numbers and languages on some records. The data appeared on a dark web marketplace in 2019 and then spread. PBKDF2 slows down cracking, but weak passwords still fall quickly.
- Breach date
- 1 December 2018
- Accounts affected
- 161,749,950
- Added to catalogue
- 25 February 2019
- Website
- dubsmash.com
Data exposed
- Passwords, high risk
- Phone numbers, medium risk
- Email addresses, lower risk
- Geographic locations, lower risk
- Names, lower risk
- Spoken languages, lower risk
- Usernames, lower risk
Colour shows how damaging the data is if misused.Credentials, ID and bank dataContact and personal detailsOther profile data
What this means for you
Based on the types of data in this breach, in order of importance.
Change the password and turn on two-factor authentication
Passwords or password hashes were part of this breach. Change the password on this service and on every site where you reused it, use a unique password for each account from a password manager, and enable two-factor authentication. You can test a password without sending it anywhere with the password checker.
Watch for smishing and SIM-swap attempts
A leaked phone number lets criminals send convincing text messages and try to take over the number. Do not tap links in unexpected SMS, set a PIN with your mobile carrier and prefer an authenticator app to SMS codes.
Expect more targeted phishing
Your email address ties you to this service, which is enough for a believable message such as a fake account warning. Check the sender and the web address before you sign in, and go to the site directly instead of using links in email.
Limit what attackers can personalise
Names, employers, job titles and social profiles make impersonation and spear-phishing easier. Check what your public profiles reveal, and be careful with unexpected requests that use your real name or workplace.
Check your own email address
Run a free self-assessment for an email address you own. VINDICIS checks it against infostealer logs and several public breach sources and shows a summary in seconds.
Built for your own addresses. It is not a tool to look up other people.
Related breaches
Breaches that exposed similar kinds of data.
Zynga
2019 · zynga.com
172,869,660 accounts
- Passwords, high risk
- Phone numbers, medium risk
Canva
2019 · canva.com
137,272,116 accounts
- Passwords, high risk
- Email addresses, lower risk
Chegg
2018 · chegg.com
39,721,127 accounts
- Passwords, high risk
- Phone numbers, medium risk
Terravision
2023 · terravision.eu
2,075,625 accounts
- Passwords, high risk
- Phone numbers, medium risk
Frequently asked questions
Was my data in the Dubsmash breach?
Only a check of your own address can tell. If you had an account with Dubsmash around 2018, assume it might be. Run the free self-assessment with an email address you own: VINDICIS checks it against several public breach sources and shows a summary in seconds. It is built for your own addresses, not for looking up other people.
What information was exposed in the Dubsmash breach?
According to the Have I Been Pwned catalogue, the Dubsmash breach affected 161,749,950 accounts and exposed: Passwords, Phone numbers, Email addresses, Geographic locations, Names, Spoken languages, Usernames. The incident dates from 1 December 2018.
What should I do if I had a Dubsmash account?
Change your Dubsmash password and the password of every account that shared it, and turn on two-factor authentication. Treat unexpected emails, texts or letters that mention Dubsmash with suspicion, and delete the account if you no longer use it.
Is it safe to check my email address on VINDICIS?
Yes. The free scan is not stored or logged, results stay in memory for four hours at most, and your browser only talks to this site. The password checker hashes locally and sends only five characters of the hash, so the password never leaves your device.
