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Efficient Isolation

Secure workloads from different organizations should not be run on the same physical machines. Physical clusters should be flexible enough to move hardware between users so they can have access to the benefits of the cloud for variable resource pools without the risks.

Bare-Metal Cluster Research

Exploring Bare Metal Clusters for Enhanced Workload Isolation

At Trexcel Corporation, our research focuses on advancing the use of bare metal clusters to achieve a high level of physical isolation for individual workloads while retaining much of the flexibility and convenience typically associated with virtual environments. This approach ensures that each workload operates independently on dedicated hardware, reducing the risk of cross-contamination and enhancing security.


The Challenge: Flexibility with Compliance

One of the key challenges we are tackling is integrating this innovative architecture within the stringent requirements of the CMMC Version 2 Level 2 framework. Maintaining compliance in this context demands a solution that not only supports secure data handling but also ensures that workloads remain physically and logically isolated. This is critical for companies that prioritize security while needing the performance and versatility bare metal environments offer.

By leveraging our expertise, we aim to provide a solution that balances the high security standards of CMMC with the operational efficiency businesses require in modern computing environments. Our bare metal cluster approach is designed to support demanding workloads without compromising on compliance or flexibility.