Intel revealed new security technologies for its forthcoming 3rd Generation Intel Xeon Scalable Platform, named ‘Ice Lake’. Intel is introducing Intel Software Guard Extension to its wide range of Ice Lake platforms. Moreover, the newest features incorporate Intel Platform Firmware Resilience, Intel Total Memory Encryption, and the latest cryptographic accelerators which extend the platform and enhance comprehensive confidentiality.
Intel’s new security features incorporate
- Cryptographic acceleration: Intel’s motive is to reduce the impact on performance caused due to increased security. So the clients don’t have to comprise between protection and acceptable performance. Ice Lake adds in various industry utilized instructions, coupled with algorithmic and software innovations to offer unmatched cryptographic performance.
- Growing resilience: Sophisticated adversaries may try to cause harm or disable the platform’s firmware to intercept data or take down the server. Ice Lake adds in Intel Platform Firmware Resilience to the Intel Xeon Scalable platform to better protect against platform firmware attacks, meant to identify and rectify them before they can disable or cause harm to the machine. Intel PFR utilizes an Intel FPGA as a platform source of belief to approve critical-to-boot platform firmware elements ere any firmware code is performed. The firmware components preserved can incorporate BMC Flash, BIOS Flash, SPI Descriptor, Intel Management Engine, and power supply firmware.
- Full memory encryption: For more enhanced protection of the platform’s memory, Ice Lake brings in the latest feature called Intel Total Memory Encryption. Intel TME offers assurance that all memory accessed from Intel CPU is encrypted. Here in this context, the memory signifies— client credentials, encryption keys, and other IP or personal information on the external memory bus.
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