(2)
Overview: Data security has evolved beyond simply securing "bits on disks". To ensure data protection in today's dynamic IT environment, leading analysts recommend that security protects what matters most — the data. This requires a solution with a single, integrated security architecture and a data-centric, policy-based encryption approach that can be consistently enforced wherever the data resides — across heterogeneous
endpoint device types, operating system platforms, and end users. The paradigm must shift from Full Disk Encryption to Full Data Encryption.
First generation encryption products such as Full Disk Encryption were designed over 15 years ago to protect primarily Windows-based endpoint devices. Unfortunately, this focus on the device means they were architected as stand-alone, platform-specific point products. There is no centralized console to consistently enforce or manage security across the various types of endpoint devices. From a data encryption perspective, these first generation products work by encrypting the entire hard drive, including
the operating system and all application files. While this "encrypt everything" approach may, on the surface, seem like the easiest and most comprehensive approach to data security, it is not the best methodology in the long run due to lack of protection against insider threat and significant manageability, recovery, and usability issues.
Companies today need a Full Data Encryption Solution that simultaneously meets their security, IT operations, and compliance needs.
Anatomy of a Data Breach
For companies that have critical information assets such as customer data, intellectual property, trade secrets, and proprietary corporate data, the risk of a data breach...
State of Internet Security
Email only makes up about 15% of incoming malware - It's the other 85% that comes via the Web that needs your attention. Learn to effectively protect your enterprise...
|
