Healthcare
In the United States, the security and privacy of patient records are protected by Federal Law. These regulations, such as the Health Insurance Portability and Accountability Act (HIPAA), were established to protect the privacy of electronic health records as they are collected, stored and used by entities such as patients, doctors, hospitals, healthcare clinics, laboratories and pharmacies. Further, these regulations also apply to individuals and organizations outside the healthcare system that receive personal health information from it, including insurance companies, employers and schools.
TCG technologies are available to help meet the regulatory requirements that include:
- Date Protection
- Network Access
- Audit and Conformance
Seagate Secure Disk Drive Performance Demo
Seagate Technology provides a performance demonstration on secure storage drives.
Data Protection for Regulatory Compliance
Wave EMBASSY(r) Remote Administration Server and Seagate full disk encryption (FDE) hard drives help CBI Health protect confidential patient and healthcare information
Enterprise Security: Putting the TPM to Work
What is the best way to cost-effectively maximize enterprise information security? Consider a tool already at your disposal: the Trusted Platform Module, a security and cryptography chip installed in more than 100 million enterprise-class PCs. Learn how to put the TPM to work to unlock the full potential of 802.1X, VPNs, and authentication, and to improve your overall information security posture.
How to Use the TPM: A Guide to Hardware-Based Endpoint Security
The Trusted Computing Group’s root of trust, the Trusted Platform Module (TPM), is an integral part of virtually every enterprise level computer sold today. The TPM, a secure cryptographic integrated circuit (IC), provides a hardware-based approach to manage user authentication, network access, data protection and more that takes security to higher level than software-based security. This paper explains how to use and enable the TPM in 4 easy steps.
With UAC, St. Mary’s was able to roll out a wireless one-to-one computing program to support its cutting-edge science, technology, engineering and math curriculum with confidence that data privacy and network security would be maintained.