Our technology is a versatile algorithm that can be integrated into many different types of technology, from drones in GPS-denied areas to vehicles with autonomous navigation systems. We are cross-sensor capable, and can match still and video images even if they are EO images, IR, LiDAR, SAR, 3D Renderings, 360°, 180°, Volumetric, or Stereoscopic. Our algorithm requires no new or expensive hardware during integration, saving you time and money.
Our technology is a versatile algorithm that can be integrated into many different types of technology, from drones in GPS-denied areas to vehicles with autonomous navigation systems. We are cross-sensor capable, and can match still and video images even if they are EO images, IR, LiDAR, SAR, 3D Renderings, 360°, 180°, Volumetric, or Stereoscopic. Our algorithm requires no new or expensive hardware during integration, saving you time and money.
We can see through graffiti, signs that have been mangled from accidents (such as crashes or fire damage), and ones that been rotated or slanted from being hit. While other AI gets confused by signs that have been messed with, DejaVuAI sees through these damages and can be an essential verification tool in your autonomous navigation system. Ensure the safety of drivers with an algorithm that can confirm important road rules, such as a speed limit or stop sign.
We can see through graffiti, signs that have been mangled from accidents (such as crashes or fire damage), and ones that been rotated or slanted from being hit. While other AI gets confused by signs that have been messed with, DejaVuAI sees through these damages and can be an essential verification tool in your autonomous navigation system. Ensure the safety of drivers with an algorithm that can confirm important road rules, such as a speed limit or stop sign.
Sensors used in cars that have an autonomous navigation function could be enhanced through integration with this technology that is unaffected by drastic seasonal changes. It can recognize signs that are partially obscured by leaves, snow, or ice, and can identify the road in front of it despite reflections from rainfall,
Sensors used in cars that have an autonomous navigation function could be enhanced through integration with this technology that is unaffected by drastic seasonal changes. It can recognize signs that are partially obscured by leaves, snow, or ice, and can identify the road in front of it despite reflections from rainfall.
DejaVuAI is a technology that is an unprecedented navigational tool. Navigate effectively in areas that do not have GPS, such as in caves, underwater, and in space. This can be utilized by filmmakers, researchers, investigators- and by many others. Through navigation by way of image recognition, it is an energy-efficient solution that can easily be applied to drones, cameras, sensors, and other types of hardware.
DejaVuAI is a technology that is an unprecedented navigational tool. Navigate effectively in areas that do not have GPS, such as in caves, underwater, and in space. This can be utilized by filmmakers, researchers, investigators- and by many others. Through navigation by way of image recognition, it is an energy-efficient solution that can easily be applied to drones, cameras, sensors, and other types of hardware.
Understand how your results match with our similarity groups, confidence percentages, and a slider which will visually show you how two images match, giving you an extra level of control and certainty in our system.
Understand how your results match with our similarity groups, confidence percentages, and a slider which will visually show you how two images match, giving you an extra level of control and certainty in our system.
