Focused on 2D and 3D operation of UxVs
4CAS.ai and JKJET.ai
Artificial Intelligence for challenging environments. Optimized for limited bandwidth, localized data propagation, and decision reconstruction
4CAS.ai
AI for UxVs
4CAS.ai, a JKJET innovation cell, is focused on developing lightweight algorithms for UAV, UGV, USV, UUV/AUV applications. Blending information theory with physics to implement decisions that are applicable across 2D and 3D space.
AI for UAVs
UAVs operating in challenging conditions, albeit military or commerical need robust AI that insensitivtive to comms loss, changing enviroemnts, and
Modern processing power allows fielding of CPU assisted optics.
Lightweight algorithms enhance resolution from cameras. Applicable across all sensor sizes. It has the potential to provide binocular like resolution with opera glass size lenses.
USVs
AI for UGV
While many make UAVs, few truly innovate. JKJET has imagined what UAV should be, their design, construction, and operation. We developed clean sheet designs optimized for the tactical environment.
A simple to operate, cheap to own, system that can fulfil a variety of roles for the civil and military markets.
AI for USV
While many make UAVs, few truly innovate. JKJET has imagined what UAV should be, their design, construction, and operation. We developed clean sheet designs optimized for the tactical environment.
A simple to operate, cheap to own, system that can fulfil a variety of roles for the civil and military markets.
AI for UUV
Reduced BW robust AI is needed for independent ops where periodic check ins are the norm. Emulating the decision elements of a dissociated command whist being responsive to mission changes. These changes are auto-disseminated throughout the UUV vehicles for updating operations and goals.
these can range from mapping, detection, training,