Paid Victim 111CEAA5AD9DA2F1 Listed by AuditTeam Ransomware Group

On June 4, 2026, the ransomware group AuditTeam publicly listed victim ID 111CEAA5AD9DA2F1 on its leak site, claiming that it had exfiltrated internal files from the victim’s systems during a ransomware attack.

What's Publicly Reported from Reporting

Public reporting indicates the victim was added to the group’s leak site on that date. The entry shows that internal files were taken. The exact number of people whose information appears in the stolen data remains unknown. No additional technical details about the initial access method or the volume of data have been released in available reporting.

Why This Matters for You and Your Family

When a company suffers a ransomware breach, the files taken often contain spreadsheets, emails, customer records, employee documents or partner information that include names, addresses, dates of birth, Social Security numbers or other personal details. If your information was stored by this organization, it can now be used to open accounts in your name, file fraudulent tax returns, or serve as the starting point for more targeted attacks. For families this risk extends beyond one person: a single exposed record can reveal addresses, phone numbers and relationships that put spouses, children and relatives in scope.

The Doxxing and Identity-Chain Implications

Stolen internal files frequently contain more than isolated records. They can link email addresses to usernames, phone numbers to account details, and corporate logins to personal habits. These connections allow attackers to follow an identity chain that moves from one service to the next. A credential found in the leak can be tested across gaming platforms, social media, email providers and financial apps. Once one account falls, it is used to harvest more data, creating a cascade that ends in full identity theft or public doxxing. Credential leaks like this one cascade into account takeovers and doxxing chains, which is why protecting both adult and children’s gaming accounts is essential.

AuditTeam’s Publicly Known Track Record

Public reporting attributes the group’s emergence to relatively recent activity in the ransomware ecosystem. AuditTeam follows a classic double-extortion playbook: it gains initial access, exfiltrates sensitive files before encrypting systems, then demands payment to prevent publication of the stolen data. Notable prior victims have included organizations whose internal documents were later posted on leak sites when negotiations failed. The group typically gives victims a short deadline to pay before releasing samples or the full archive.

What to do

• Run a DoxxScan to map every link between your emails, phone numbers, usernames and real-world identity so you can see exactly what this claimed breach exposes.
• Rotate the password used at the breached organization anywhere it is reused, and switch on two-factor authentication through an authenticator app rather than text messages.
• Enable continuous DoxxScan monitoring across 13.1B+ breach records and 100+ platforms so the next time your information appears it is caught within hours instead of months.
• Cover the household with DoxxScan family coverage that includes dependents and your children’s gaming accounts that often chain back to the same address or parent email.
• Let remediation specialists handle takedown requests across data brokers and exposed profiles while you focus on securing accounts.

The incident is a reminder that ransomware groups continue to target organizations that hold ordinary people’s information. Taking concrete steps now limits how far attackers can travel down the identity chain created by this and future leaks. DoxxScan by GalaxyWarden delivers continuous monitoring across 13.1 billion+ breach records and more than 100 platforms, AI-powered identity-chain mapping, hands-on remediation by specialists, and full household coverage that includes children’s gaming accounts. Start your DoxxScan trial today to gain visibility and control before the next breach surfaces.