Level 4 is reliable autonomy. ExynAI does not need a pilot to step in at any point during flight and it can plan it's flight path based on the environment, not a waypoint or moving target.
Now flying at up to 2 meters per second, capture more data, in more complex environments, in a single flight.
We design for operators, not pilots. ExynAI can explore a volume, or target a waypoint. Either way, the entire flight is launched from a tablet, not a controller.
ExynAI intelligently identifies unexplored space within a set volume and navigates relentlessly for maximum data collection of expansive areas.
See what the robot sees throughout the flight to ensure you've captured everything necessary onsite.
With all processing housed onboard, Exyn robots can execute a mission without the need of constant communications or existing infrastructures like GPS, WiFi beacons, landmarks, or pre-loaded map data.
Employing multiple sensing modalities (such as LiDAR, inertial sensors and our SLAM pipeline), Exyn robots recognize static and dynamic objects, maintain a safe distance to avoid collisions, and adapt to sensor failures and varying conditions such as dust or degraded lighting in real-time.
ExynAI does not rely on GPS or prior maps to navigate complex spaces, it uses only the sensors it has onboard the robot. Meet reliable autonomy that will never require a pilot to step in and take over during flight.
ExynAI has achieved Autonomy Level 4, based on standards in the automotive industry. Exyn's roboticists have taken the essence of those standards and expanded upon them to showcase how they apply to aerial platforms.
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Engineered for flexibility, ExynAI uses advanced artificial intelligence and machine learning to adapt to virtually any industrial application.
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