JoomlArt Data Breach
Status: Confirmed
Breach Intelligence Summary
Entity: JoomlArt · Actor: Unknown · Source: Have I Been Pwned / ObscureIQ intelligence
Attack: Data Exfiltration via Under investigation
Timeline: Breach (Jan, 2018) · Reported (Nov, 2018) · Leak (11/1/18)
Exposure: 22K+ records · Email, Names, Passwords, Payment histories, Usernames
Status: Confirmed · Risk: High (Financial fraud + Account takeover)
Summary
In January 2018 the Joomla template website JoomlArt inadvertently exposed more than 22k unique customer records in a Jira ticket. The exposed data was from iJoomla and JomSocial both services that JoomlArt acquired the previous year. The data included usernames email addresses purchases and passwords stored as MD5 hashes. When contacted, JoomlArt advised they were aware of the incident and had previously notified impacted parties.
About JoomlArt
JoomlArt is the organization affected by this breach. User data may have been generated through account creation, service usage, or business operations.
If you have interacted with JoomlArt in any capacity, your data may be included in this breach.
Threat Actor: Unknown
The threat actor responsible for this breach has not been publicly identified or confirmed at this time.
- Under investigation
Breach Exploitation Status
High
Status
Detected
Detected
Detected
Possible
Unknown
1–3 years
Email addresses and usernames persist but credentials may rotate. Phishing risk remains elevated during this window.
Data Points Exposed
Dark Web Verification
Status: Confirmed
- Dataset containing approximately 22K+ records has been identified in breach intelligence sources.
- The data is indexed and searchable across breach notification platforms.
Impact
This breach carries high risk due to the nature of exposed data fields and the scale of affected records.
- Targeted phishing referencing JoomlArt accounts or services
- Financial fraud and unauthorized transactions
- Credential stuffing against accounts sharing the same password
- Data broker enrichment and resale
Recommendations for Impacted Individuals
If you believe your information may be included:
Non-clients may request a breach impact review.
JoomlArt account updates
Financial transaction confirmations
Password reset requests
Verify directly through official channels.
Email compromise is often the first pivot point.
Frequently Asked Questions
In Jan, 2018, JoomlArt experienced a data breach that resulted in the exposure of approximately 22K+ records containing personal information.
The exposed data includes Email, Names, Passwords, Payment histories, Usernames.
Approximately 22K+ records were affected based on current breach intelligence.
Yes. This breach is treated as confirmed based on data observed in breach intelligence platforms.
Data circulation has been detected across breach-sharing channels. Downstream exploitation risk exists based on the nature of the exposed fields.
Rotate passwords associated with JoomlArt, enable multi-factor authentication on email and financial accounts, and monitor for suspicious activity.
Protect Yourself
Check If You’re Affected
Enter your email to check if your data appears in this breach.
Get Free Breach Alerts
Be the first to know when new breaches are disclosed. Free forever.
High-Risk? Get an Exposure Audit
Executives, public figures, and high-net-worth individuals face elevated risk. Our team provides full-spectrum exposure audits and threat monitoring.
Corporate Accountability
Organizations that collect personal data have a duty to implement reasonable safeguards and to notify affected individuals when breaches occur.
Scope assessments may evolve as investigations continue. Users should not rely solely on early estimates when making risk decisions.
ObscureIQ Advisory
We combine proprietary dark web access with commercial and restricted breach intelligence to verify exposure and assess real-world risk.
- A public-facing individual
- A high-profile executive
- A customer of JoomlArt
- Or simply concerned about credential reuse
We can confirm whether your information is circulating and evaluate downstream threat vectors.