Limitations of Traditional Radar

For decades, commercial radars have suffered from poor angular resolution and limited FOVs because traditional designs require more antennas for higher resolution. Additional antennas increase cost, size, and power exponentially, limiting what is commercially feasible.

Virtual Aperture Imaging Software Platform

Oculii’s Virtual Aperture Imaging technology fundamentally breaks this tradeoff by using AI software that dynamically learns from and adapts to the environment. This software can increase the resolution of any radar hardware by up to 100X.

Unlocking the Potential of Radar with High Resolution AI Software

Oculii FALCON

Falcon

Single Chip 4D Radar for ADAS Corner Radar Applications and Robotic Perception
Available Now
2.0°
5.0°
Resolution (Azimuth/Elevation)
20X
Performance compared to the best selling sensor in its class
200M range
120° Azimuth field of view
30° Elevation field of view
2.5 watts power consumption
Oculii EAGLE

Eagle

Dual Chip Imaging Radar for ADAS Front Radar Applications and Autonomous Vehicles
Available Now
0.5°
1.0°
Resolution (Azimuth/Elevation)
50X
Performance compared to the best selling sensor in its class
350M+ range
120° Azimuth field of view
30° Elevation field of view
5 watts power consumption
Oculii RAPTOR

Raptor

Coming Soon.
Oculii FALCON

Falcon

Single Chip 4D Radar for ADAS Corner Radar Applications and Robotic Perception
Available Now
2.0°
5.0°
Resolution (Azimuth/Elevation)
20X
Performance compared to the best selling sensor in its class
200M range
120° Azimuth field of view
30° Elevation field of view
2.5 watts power consumption
Oculii EAGLE

Eagle

Dual Chip Imaging Radar for ADAS Front Radar Applications and Autonomous Vehicles
Available Now
0.5°
1.0°
Resolution (Azimuth/Elevation)
50X
Performance compared to the best selling sensor in its class
350M+ range
120° Azimuth field of view
30° Elevation field of view
5 watts power consumption
Oculii RAPTOR

Raptor

Coming Soon.

Industry
Applications

With high resolution, cost-effective, all-weather solutions, Oculii’s imaging radars enable unlimited autonomous applications across industries.

ADAS
ADAS
Industrial
Industrial
Drone
Drone/UAV
Occupancy Monitoring
Occupancy
Monitoring
Smart Buildings
Smart
Buildings
Autonomous Vehicles
Autonomous
Vehicles
Robotics
Robotics
Intelligent Transportation
Intelligent
Transportation
Marine
Marine
Smart Cities
Smart Cities
Mapping
Mapping
Security
Security
Trucking
Trucking
Construction
Construction
Logistics
Logistics

Our Partners and Investors

CatapultConductive VenturesDecentTaiwaniaSusquehannaHellaSamsungNvidiaInfineonTexas InstrumentsBaiduGreat Wall Motors

Oculii has the support of industry-leading companies and investors, having raised more than $75M in venture capital financing from top-tier institutional investors and strategic partners.

Oculii Software works on all of the major Radar Silicon Hardware Platforms and our technology powers perception for a variety of autonomous and safety critical applications.

Press

Techcrunch

Oculii Looks to Supercharge Radar for Autonomy with $55M Round B

Oculii, the leading provider of advanced AI software for radar perception, today announced a $55 million Series B funding round to scale and deliver on the insatiable demands of Tier-1's and OEMs globally

Read Article
Reuters

Oculii, AI Software Radar Maker for Autonomous Vehicles, Raises $55M

The artificial intelligence software Oculii has developed can boost the radar resolution by 100 times, delivering performance similar to the images and maps created using LIDAR, a laser sensor used in self-driving cars.

Read Article
Wards Auto

How AI Radar Perception Can Transform Autonomous Transportation

The future of AV perception is already here. It is no longer out of reach to use reliable, low-cost radar sensors with Oculii's intelligent AI software to enable autonomous functions in commercial passenger vehicles.

Read Article

Connect and Learn More

Interested in learning more about our radar imaging products or our Virtual Aperture software? Let’s start a conversation about how we can create the next generation of autonomous systems together.

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