Breach Intelligence

3,356

Total breached databases

Sometime before 2022, LV Teknik (lvteknik.se), a Swedish company, allegedly had its site database exposed through a publicly accessible phpMyAdmin instance on its hosting provider. Reports suggest a small number of administrator accounts (approximately 3 individuals) were affected. The exposed data reportedly included email addresses, names, and passwords stored as BCrypt hashes.
  • Data: Email Addresses Passwords Names Geographic Locations Site Activity
  • Records: 3
  • Lines: 4,973
  • Size: 482.43 KB
  • Passwords: BCrypt
  • Cracked: 0%
Sometime before December 2022, a phpMyAdmin database export from a server operated by Breeze Labs (breezelabs.id), an Indonesian software development company, allegedly appeared online. Reports suggest the dump aggregated several custom client applications, including a football academy (SSB) management platform and a cooperative accounting system. It has been reported that approximately 8,800 individuals were affected, with exposed data including email addresses, names, usernames, phone numbers, home addresses, government ID numbers, dates of birth, genders, and passwords stored as bcrypt and argon2 hashes.
  • Data: Email Addresses Passwords Names Phone Numbers Geographic Locations Usernames Government IDs Genders Site Activity Birthdates
  • Records: 9,035
  • Lines: 222,147
  • Size: 108.1 MB
  • Passwords: BCrypt, Hashed Salted
  • Cracked: 0%
The database behind phpmyadmin.hera.fhict.nl, a phpMyAdmin-administered web host operated by Fontys Hogeschool ICT (a Dutch university of applied sciences) for its students, allegedly had a project database exposed. Reports suggest the exposure was limited to a small number of accounts (approximately 4), including usernames and plaintext passwords.
  • Data: Passwords Geographic Locations Usernames
  • Records: 4
  • Lines: 584
  • Size: 224.84 KB
  • Passwords: Plaintext
Sometime before 2022, the database of Multianálises, a Brazilian clinical-analysis laboratory whose website was hosted on the Agência Jung platform, was allegedly exposed after its data was extracted through an exposed phpMyAdmin administration panel. Reports suggest that approximately 2,200 records were affected. The exposed data reportedly included email addresses, names, usernames, site activity and geographic information, along with a small number of administrator account credentials stored as passwords.
  • Data: Email Addresses Passwords Names Geographic Locations Usernames Site Activity
  • Records: 2,248
  • Lines: 3,885
  • Size: 944.7 KB
  • Passwords: Plaintext, Unknown
Sometime before October 2022, the Hungarian website hosted at activcom.hu allegedly had its data exposed through a publicly accessible phpMyAdmin panel. The underlying site was a small Joomla-based jobs and recruitment portal. It has been reported that the exposed database, whose records date back to around 2014, contained approximately 220 records. The compromised data included email addresses, usernames, names, IP addresses, and passwords stored as MD5, salted MD5, and PHPass hashes.
  • Data: Email Addresses Passwords Names Geographic Locations Usernames IP Addresses Site Activity
  • Records: 221
  • Lines: 6,752
  • Size: 573.46 KB
  • Passwords: MD5, MD5 Salted, PHPass
  • Cracked: 0%
Sometime before 2020, the WordPress-based website operating on the pays.net.in domain allegedly suffered a data breach. Reports suggest a small number of administrative and editor accounts were exposed, along with a handful of associated contact email addresses. The compromised data allegedly included email addresses, usernames, display names, hashed passwords (MD5Crypt and PHPass), website URLs and account activity details.
  • Date: 2020
  • Domain: pays.net.in
  • Country: India
  • Category: Professional & Corporate
  • Data: Email Addresses Passwords Names Usernames Site Activity Websites
  • Records: 8
  • Lines: 60,394
  • Size: 22.97 MB
  • Passwords: MD5Crypt, PHPass
  • Cracked: 0%
Sometime around October 2022, the Hungarian website egerutahitelcsapdabol.hu allegedly had its database exposed as part of a phpMyAdmin dump. Reports suggest the site is a small WordPress-based blog whose captured database was a near-default installation. The exposed data reportedly included a single administrator account with an email address, username, PHPass-hashed password, and account activity details.
  • Data: Email Addresses Passwords Geographic Locations Usernames Site Activity
  • Records: 1
  • Lines: 528
  • Size: 403.77 KB
  • Passwords: PHPass
  • Cracked: 0%

Frequently Asked Questions

A data breach is unauthorized access to data (often involving account takeover, malware, or misconfigured infrastructure). A data leak is exposure of data due to mistakes like public cloud storage, open databases, or accidental publishing. A database dump is a packaged dataset that may come from a breach, leak, scraping, or aggregation.

Change passwords for any affected accounts immediately, prioritizing email, banking, and any account that shares the same password. Enable multi-factor authentication wherever possible. Monitor your accounts for suspicious activity and consider placing a fraud alert or credit freeze if financial data was exposed.

Start with containment and verification: confirm what data was exposed, identify the entry point, rotate credentials (especially SSO, VPN, email), and enforce MFA. Then investigate affected systems, notify stakeholders as required, and harden controls to prevent recurrence. A structured incident response plan helps keep the work measurable and compliant.

Dark web monitoring helps you spot exposure signals early — before stolen data is widely reused for account takeover or targeted attacks. Monitoring complements vulnerability management by revealing when attackers already have leverage. Pair it with continuous attack surface monitoring and strong Asset Discovery to reduce blind spots.

Not always. Some datasets are old, incomplete, or derived from third parties. However, any exposure increases risk because credentials and personal data can be reused indefinitely. Treat it as a priority signal: rotate credentials, enforce MFA, review suspicious logins, and audit the systems that could have produced the data.

SynScan helps you connect the dots between attack surface exposure, vulnerabilities, and breach signals so you can prioritize remediation and reduce the chance of repeat incidents.