01
Ballistic Protection
Layered protection concepts developed around coverage, mobility and responsible validation.
Technology
Material knowledge, precision engineering and integrated protection.
BenX is developing Project Bose through connected expertise in protective systems, advanced composites, technology integration and aerospace-led engineering methods.
Technology knowledge
Engineering disciplines behind the protection
Project Bose is being developed through connected material, protection and systems-engineering capabilities.
02
Advanced Materials
Composite material research focused on strength, durability and efficient structural weight.
03
Integrated Technology
A platform approach connecting protective structures with sensing and system integration.
04
Aerospace Engineering
Precision-led design and inspection methods for demanding operational environments.
System architecture
Technology inside Project Bose
A visual overview of the program's connected protection, material, structural and integration priorities.
01
Advanced Composite Materials
Material systems selected through structured research and evaluation.
02
Ballistic Protection Layers
A layered protection architecture under development and validation.
03
Lightweight Structural Design
Weight-conscious construction intended to support wearer mobility.
04
Sensor Integration
Provision for connected sensing within the broader platform direction.
05
Ergonomic Design
Fit, movement and load distribution considered throughout development.
06
Real-World Trial Readiness
An iterative pathway toward controlled field evaluation.
Engineering progression
- 01
Materials
- 02
Design
- 03
Integration
- 04
Testing
- 05
Field Readiness
Security by design
Protected across the information lifecycle
BenX is approaching security as an architectural concern—from collection and transfer to storage, visibility and operational controls.
Encrypted Data
Protected Communications
Secure Storage
Operational Data Controls
Critical-Situation Protection