Lockheed Martin Hardened Security Certified

Partitioning and isolation of shared resources, including cache, cores, memory and devices in the virtualized environment.

•Resource isolation through VT-x, VT-d, and RDT

•Real-time threat detection:  Violations of access-control policy are immediately detected, blocked, and logged

•Flexible Security Policy Key Signed Independently for each Virtual Environment

BIOS secure boot virtual machine environments supporting industry standard keys or customer generated x.509 keys for a secure chain of trust extending beyond just platform boot but also inclusive of an instance’s virtual environment. Protects customers from third party global industry accepted keys imported from power-on, prohibiting the changing of the platform without customer approval.

More consistent and deterministic performance with isolated VMs through the segmentation and ideal allocation of compute resources through the use of Security Runtime Environment (SRE) Domain Protection Feature.

On 3rd Generation Intel® Xeon® Scalable processors, hardware accelerated Multi-Tenant Key inline memory encryption protects from unauthorized data access from external threats and cross tenant domain attacks while preserving processor performance.

Promotes the reduction of growing ownership and security costs. Modernize infrastructure by consolidating multiple, complex, and dedicated legacy servers into a simplified and partitioned solution with advanced performance, new security protections, and QoS features. Minimize time, cost, and complexity of evaluating and integrating hardware and software.