Cognitive Co-Pilot for Robots

We ensure real-time, safety-aligned suggestions for tele-operated robots, adapting to user intent and environmental challenges in logistics and disaster zones.

A small wheeled robot lies on a map, displaying its circuitry and battery pack. Next to the robot, there is a small potted plant with spiky leaves. The background features a partially visible word 'ROBOT' spelled out in block letters.

A small wheeled robot lies on a map, displaying its circuitry and battery pack. Next to the robot, there is a small potted plant with spiky leaves. The background features a partially visible word 'ROBOT' spelled out in block letters.

A robotic rover with a white body and numerous orange cables is positioned on a reddish, rocky surface reminiscent of Martian terrain. The rover has large wheels adapted for rough surfaces, and a mechanical arm equipped with instruments. The background features other machinery and a landscape that appears barren and extraterrestrial.

A robotic rover with a white body and numerous orange cables is positioned on a reddish, rocky surface reminiscent of Martian terrain. The rover has large wheels adapted for rough surfaces, and a mechanical arm equipped with instruments. The background features other machinery and a landscape that appears barren and extraterrestrial.

A large humanoid robot stands against a metal framework structure, overlooking a cityscape with tall buildings under a partly cloudy sky.

A large humanoid robot stands against a metal framework structure, overlooking a cityscape with tall buildings under a partly cloudy sky.

Our Safety Commitment

Our technology transforms vague commands into precise actions, maintaining safety and efficiency even in challenging environments with background noise and sudden obstacles.

Safety Assurance Solutions

Ensuring real-time safety suggestions for tele-operated robots in complex environments.

Real-Time Guidance

A humanoid robot with a smooth, white exterior and a glossy, reflective helmet-like faceplate. The robot appears to have glowing sensors or lights.

A humanoid robot with a smooth, white exterior and a glossy, reflective helmet-like faceplate. The robot appears to have glowing sensors or lights.

Precise instructions for safe robot operations in logistics and disaster zones.

A solitary, yellow robot with a chimney-like structure on top stands on a rugged terrain. The landscape features a blurred foreground with grass and pebbles, and a hazy background of rolling hills under a pale orange sky.

A solitary, yellow robot with a chimney-like structure on top stands on a rugged terrain. The landscape features a blurred foreground with grass and pebbles, and a hazy background of rolling hills under a pale orange sky.

A robot with intricate details is positioned against a dimly lit, reddish background. The robot features a pair of goggles with round lenses and a grill-like mouth. Orange accents are present on its headgear, resembling a cap or visor. The metallic texture and design components suggest a blend of retro and industrial aesthetics.

A robot with intricate details is positioned against a dimly lit, reddish background. The robot features a pair of goggles with round lenses and a grill-like mouth. Orange accents are present on its headgear, resembling a cap or visor. The metallic texture and design components suggest a blend of retro and industrial aesthetics.

Robust Performance

Maintaining effectiveness despite background noise and unexpected obstacles during operations.

Adaptive Learning Capabilities

Continuous improvement through user interactions and environmental feedback.

gray computer monitor

Safety Protocols

Ensuring safe operations in logistics and disaster response environments.