Network Attached Storage & Recorders

This paper discusses the advanced characteristics of both network-attached storage devices and direct-attached storage devices.

To help customers make the correct build-or-buy decision for deployed data-at-rest network attached storage devices, this paper highlights key considerations that should be weighed, including encryption and certification.

Network attached storage (NAS) devices have the ability to protect and store critical data at high-performance speeds.

This paper covers encryption approaches for high-speed networks and solutions, taking into consideration a recording system’s size and power requirements.

Explore strategies for protecting classified data through encryption and considerations for choosing a data-at-rest encryption approach.

Learn about the innovative NSA CSfC program leveraging commercial encryption technologies in a layered approach for agile and cost-effective classified data protection.

Gain valuable insights into NSA High Assurance Type 1 encryption including device consideration factors, encryption algorithms, and certification processes.

Compare NSA High Assurance Type 1 and CSfC encryption approaches across over a dozen factors, including procurement, risk, technology adoption, and exportability.

The CSfC data-at-rest (DAR) capability package has evolved over the last five to six years. Starting with the initial draft version 0.8 in July 2014, the DAR CP has matured as expected with the ever-increasing CSfC-based storage applications in the field.

This paper provides a review of the most recent changes from CP 4.0 to 5.0 with special emphasis on Unattended Operation Use Case and a HH solution.

In systems that protect classified data-at-rest (DAR) using two-layer Commercial Solutions for Classified (CSfC) encryption, the terms “inner layer” and “outer layer” are used frequently, but not always clearly.

Protecting top-secret data on network attached storage with National Security Agency (NSA) approved encryption for military aircraft.

Find out how seaborne applications like UUVs, USVs, and submarines store and protect top-secret data-at-rest with a network-attached storage device.

This white paper outlines important considerations for defining a deployed NAS solution for military aircraft and covers architectural trade-offs, legacy system issues, transportability, and encryption approaches required to protect sensitive DAR.

The goal of post-quantum cryptography is to develop cryptographic systems that are secure and can interoperate with existing communications protocols and networks.

Review the challenges for deploying QR encryption and how to implement DAR and data-in-transit QR encryption solutions using commercial FPGA devices and off-the-shelf hardware.

This white paper looks at how NetBoot brings new efficiencies, better security, and significant savings to teams that are tasked with maintaining software on embedded systems.

Classified data-at-rest (DAR) in deployed applications faces both internal and external threats that can subject sensitive data to exploitation.

Every modern military platform depends on data that must be protected from compromise. Deployed vehicles, whether manned or unmanned, are vulnerable to loss or capture, risking exposure of sensitive data.

Through disk partitioning and commercial off-the-shelf (COTS) data-at-rest (DAR) encryption, this paper proposes a solution that reduces the risk of data loss, corruption, and accessibility if intercepted.