Secure Network Architecture & Field-Cryptography Engineering Unit
Engineering secure network architectures and field-deployable cryptographic systems for operational communications.
Research Mission
The Secure Network Architecture & Field-Cryptography Engineering Unit designs secure network architectures and develops field-deployable cryptographic systems that protect DARAS operational communications in contested environments. The unit applies network security engineering, cryptographic protocol design, and hardware security to create communications infrastructure that maintains confidentiality, integrity, and availability against sophisticated adversaries — from tactical field networks to strategic command and control systems.
Key Research Functions
Network Security Design
Designing secure network architectures for DARAS operational environments — applying zero-trust principles, network segmentation, and encrypted communications to protect sensitive data and command and control functions.
Field Cryptography
Developing and deploying field-hardened cryptographic systems that protect communications in austere environments — designing for reliability, ease of use, and resistance to physical compromise in operational field conditions.
Post-Quantum Transition
Planning and executing the transition to post-quantum cryptographic algorithms — assessing current cryptographic infrastructure, prioritizing migration of highest-risk systems, and implementing quantum-resistant protocols.
Research Capabilities
Directorate of Advanced Research & Applied Sciences
Join This Research Unit
Pacific 7.0 International recruits scientists, engineers, and researchers committed to advancing knowledge in service of global security and humanitarian protection.