Twin Oaks Presbyterian Church Listed by pear Ransomware Group

On July 3, 2025, Twin Oaks Presbyterian Church appeared on the leak site of the pear ransomware group. The listing indicates that internal files were exfiltrated during a ransomware attack on the Missouri-based congregation, which serves families through worship, discipleship programs, and community outreach. Anyone whose personal information appears in those files — including donors, staff, volunteers, or program participants — may now face heightened risk of identity theft or doxxing.

What's Publicly Reported from Reporting

Public reporting on the pear leak site describes the compromise of internal files belonging to Twin Oaks Presbyterian Church. The church’s own description highlights its focus on faith-based activities that routinely collect names, addresses, phone numbers, email addresses, and financial details from families. No exact victim count has been released, and the precise volume or sensitivity of the stolen data remains unclear from available reporting. The incident follows the group’s typical pattern of exfiltrating data before encrypting systems and later publishing samples as leverage for payment.

Why This Matters for You and Your Family

Churches, schools, and community organizations hold some of the most personal details about everyday Americans: family addresses, children’s names and ages, contribution records, and emergency contacts. When those records are stolen, the information does not stay inside a single database. It travels to dark-web marketplaces where it can be combined with other leaks to build complete profiles. For an ordinary family, this means a higher chance that a stolen church email leads to a compromised personal account, or that a child’s name and parent’s phone number surface in harassment campaigns. Data exposed in church breaches often includes the very credentials people reuse at home, at work, and in their children’s online activities.

The Doxxing and Identity-Chain Implications

Once internal files leave an organization’s control, attackers and opportunistic criminals can link disparate pieces of information. A single leaked email can be matched to a username on a gaming platform, a parent-teacher group, or a social-media account. These connections create an identity chain that reveals far more than any one record suggests. Public reporting indicates that credential leaks of this nature frequently cascade into account takeovers, especially for families who share passwords across services or whose children use family email addresses for online gaming. The result can be doxxing, targeted phishing, or even physical safety concerns when home addresses are tied to names and schedules.

What to Do

• Rotate any password you or your family ever used at Twin Oaks Presbyterian Church and enable 2FA with an authenticator app on every account where that password was reused.
• Run a DoxxScan to map every link between your emails, phone numbers, usernames, and real-world identity so hidden connections become visible.
• Enable continuous DoxxScan monitoring across 13.1B+ breach records and 100+ platforms so the next exposure is caught in hours rather than months.
• Cover the household with DoxxScan family protection that extends to dependents and children’s gaming accounts that often chain back to the same addresses and credentials.
• Let remediation specialists handle takedown requests across data brokers and suspicious sites while you focus on securing your own accounts.

The speed with which leaked church data spreads shows that waiting for notification is no longer enough. A single breach can quietly feed larger identity chains that affect every member of your household. DoxxScan by GalaxyWarden delivers continuous monitoring across 13.1 billion+ breach records and more than 100 platforms, AI-powered identity-chain mapping, and hands-on remediation by specialists who also protect family and children’s gaming accounts that are frequently targeted after credential leaks like this one. Starting protective measures now limits how far today’s exposure can reach tomorrow.