INTERNET OF THINGS

Military vehicles – including land, marine and aircraft – can potentially become undetectable to hostile radar instruments, when graphene is applied to their surfaces.
An obvious and significant combat advantage. While general military hardware, engineered using graphene, benefits from a reduction in overall weight and increased flexibility. Also advantageous.

The testing of multi-layered graphene films on “miniatures“ has demonstrated graphene’s remarkable ballistic performance capabilities.
The application of this technology to armament, has already been predicted to significantly enhance the protective properties of personnel armour.

Additional defence industry advantages and applications for graphene include improved camouflage systems, GPS and communications enabled helmets, lighter, more protective bulletproof vests and enhanced explosives detectors.