Conifer Health Solutions

Conifer Health Solutions, headquartered in the United States, experienced a significant security incident on January 20, 2022. During an internal audit, unauthorized access was discovered in a Microsoft Office 365 business email account. This breach compromised the protected health information of 2,787 individuals. The exposed data included names, birth dates, addresses, financial account details, medical and treatment records, insurance information, billing documents, and Social Security numbers. Such information is highly sensitive and subject to strict regulatory protections. Following the discovery, the company secured the compromised account to prevent further unauthorized access. They implemented multifactor authentication across their systems to strengthen access controls. Enhanced email monitoring was also deployed to detect suspicious activities promptly. Affected individuals were offered credit monitoring and identity protection services to mitigate potential harm from the data exposure.

This incident confirms that Conifer Health Solutions processes protected health information, situating it within the U.S. healthcare data ecosystem. The specific types of data compromised indicate the organization handles extensive personal, financial, and medical details as part of its operations. The response measures, including multifactor authentication and increased monitoring, represent standard cybersecurity enhancements for email systems containing sensitive data. Providing credit monitoring to affected individuals is a common practice to address identity theft risks following a breach. The documented figure of 2,787 compromised records offers a concrete scale for this particular event, though the organization's total client base or operational size is not disclosed. Operating from the United States, the company falls under jurisdiction of health information privacy and security regulations. The breach highlights the persistent threat of email account compromise to entities managing sensitive health data and the critical importance of layered security controls.