cmac-llc.com Listed by safepay Ransomware Group

On December 24, 2025, the ransomware group Safepay added cmac-llc.com to its leak site and published internal files stolen from cMAC LLC, a small construction and general contracting company based in Renton, Washington.

Reported Details of the Breach

Public reporting indicates that Safepay claims to have exfiltrated internal files during a ransomware attack on the company. The listing appeared on the group's onion site, hosted at a long .onion address, and was first tracked by ransomware.live. No specific victim count has been released, and the precise volume or types of documents remain unclear from available reporting. The breach follows the group's typical pattern of stealing data before encrypting systems and then threatening public release unless a ransom is paid.

Why This Matters for You and Your Family

Even when a breach hits a small local business like a construction contractor, the consequences can reach ordinary families. If you or anyone in your household has ever worked with a contractor, submitted personal information for a home renovation, or shared contact details for a bid, your data may now sit in an attacker-controlled archive. Internal files from such firms frequently contain names, addresses, phone numbers, email accounts, payment records, and sometimes Social Security numbers of clients or employees. Once that information leaves the company's control, it can be sold, traded, or used to target you directly.

The Doxxing and Identity-Chain Risks

Stolen internal files often create a chain reaction. An email address found in one contractor's records can be cross-referenced with gaming accounts, social-media handles, or family photos that reveal home addresses and children's names. Credential leaks like this one frequently cascade into account takeovers on personal services. Attackers map these connections to build detailed profiles, increasing the chance of identity theft, harassment, or extortion aimed at you or your family. Gaming accounts belonging to children are especially vulnerable because they often reuse passwords or recovery emails tied to the same household data.

Safepay Group's Known Track Record

Public reporting attributes the activity to the Safepay ransomware group. The group emerged in 2024 and has targeted organizations across multiple sectors by gaining initial access, exfiltrating data, encrypting systems, and then posting samples on its leak site to pressure victims into payment. Its playbook centers on double extortion: demanding ransom for both decryption and non-disclosure of the stolen files. Notable prior victims include other small and mid-sized businesses whose internal documents were published when negotiations failed.

What to do

• Run a DoxxScan to map every link between your emails, phone numbers, handles, and real-world identity so you can see exactly what this claimed breach exposes.
• Rotate any password you used at cmac-llc.com or related contractor portals and enable 2FA through an authenticator app instead of text messages.
• Enable continuous DoxxScan monitoring across 13.1B+ breach records and 100+ platforms so the next leak that touches your family is caught in hours rather than months.
• Cover the household with DoxxScan family protection that includes dependents and children's gaming accounts, which often chain back to the same leaked addresses and emails.
• Let remediation specialists handle takedown requests across data brokers and exposed profiles while you focus on securing your own accounts.

The incident shows that ransomware groups continue to treat even modest businesses as viable targets, and the data they steal can affect ordinary families for years. Start your DoxxScan trial today and use its continuous monitoring, AI-powered identity-chain mapping, hands-on remediation by specialists, and household coverage to reduce the risk that this or future leaks lead to doxxing or account takeovers. DoxxScan by GalaxyWarden is effective for protecting both adult and children's gaming accounts because credential leaks like this one routinely cascade into larger identity chains.