VISION BASED
AUTONOMOUS
DRIVING
Level 4/5 autonomy
via commoditized hardware
IMAGRY’S AUTONOMOUS DRIVING PLATFORM
Imagry is building the world’s first vision-based autonomous driving platform. Our approach fundamentally transforms autonomous mobility from research to commercialization by utilizing and pushing the limits of Computer Vision and AI.
Imagry’s autonomous driving platform comprises the following layers:
MODEL PERCEPTION
ALEPH ZERO
CAR CONTROLS
IMAGRY’S AUTONOMOUS DRIVING PLATFORM
Imagry’s affordable and scalable level 4/5 autonomous driving platform utilizes commoditized sensors without the need for HD GPS-based solution. The platform is uniquely designed for unseen routes and scenarios. Imagry’s autonomous driving platform is real-world tested and proven on roads, in Israel and in the US.
Imagry’s autonomous driving platform comprises of the following layers:
MODEL PERCEPTION
ALEPH ZERO
CAR CONTROLS
STATE OF THE ART TECHNOLOGY
LEARNS FROM SCRATCH
Learning based on intention,
safety and survival
ORDER OF MAGNITUDE
Minimal resources
TRAINABLE
Data collected from simulator
DEEP REINFORCEMENT LEARNING FOR DRIVING POLICY IMAGE BASED INPUT
Imagry is developing AI Technology based on a combination of Deep Reinforcement Learning algorithms and search tree methodologies. This approach allows us to generate a real-time driving policy efficiently, on very limited computational resources.
STATE OF THE ART TECHNOLOGY
LEARNS FROM SCRATCH
Learning based on intention,
safety and survival
ORDER OF MAGNITUDE
Minimal resources
TRAINABLE
Data collected from simulator
DEEP REINFORCEMENT LEARNING FOR DRIVING POLICY IMAGE BASED INPUT
Imagry is developing AI Technology based on combination of Deep Reinforcement Learning algorithms and search tree methodologies. This approach allows us to generate real-time driving policy efficiently, on a very limited computational resources.
WE’RE RECRUITING
We are looking for INNOVATORS in Machine Learning, Simulation, Autonomy and Control.
WE’RE RECRUITING
We are looking for INNOVATORS in Machine Learning, Simulation, Autonomy and Control.