The Wright Angle

Attritable drones can be lost in combat, but the mission data they carry cannot. Learn why encrypted data-at-rest storage is critical for protecting ISR, targeting, and mission intelligence if uncrewed systems are captured.

Modern defense platforms need secure, high-speed, SWaP-optimized data storage at the edge. The DTS1X delivers rugged performance with NSA CSfC-approved dual-layer encryption for today’s air, sea, and ground mission demands.

What if your secure storage system could analyze ISR video the moment it’s captured?

Quantum computing and quantum-resistant cryptography aren’t easy concepts to grasp. Even for experienced engineers, understanding multivariate polynomial equations and the isogenies of elliptic curves may feel too abstract or theoretical.

Learn how to correctly implement inner and outer encryption layers in CSfC DAR architecture to avoid compliance delays and protect mission data.

Quantum computing threatens encrypted defense data. Learn how adopting post-quantum cryptography and future-proof storage systems thwarts “Harvest Now, Decrypt Later” strategies.

Should you build or buy network attached storage or network file servers for data at rest? We look at the build process from design to CSfC encryption and buy lead times.

We look at solid-state memory types for data at rest (DAR) in deployed military applications including solid-state memory devices: SATA and NVMe.