LiDAR Will Play A Key Role In The Future Of Driverless Cars - story fullscreen Fullscreen

LiDAR Will Play A Key Role In The Future Of Driverless Cars

’Innoviz Technologies’ is one of the forerunners in the rapidly growing LiDAR space that is set to unlock the full potential of autonomous vehicles

A couple of weeks ago, the 2023 BMW 7 Series along with an all-electric variant dubbed the i7, broke cover for the 2023 model year. Now, the Bavarian automaker’s flagship sedan is significant for the U.S. market, in that it is the very first vehicle to pack the hardware that supports Level 3 autonomous driving, set to be rolled out next year.

To learn more about this state-of-the-art autonomous driving technology, I recently got the chance to catch up with the Co-founder and CEO of Innoviz Technologies, Omer Keilaf, based in Tel Aviv, Israel.


LiDAR Will Play A Key Role In The Future Of Driverless Cars
- image 1076428
LiDAR is one of the forerunners in terms of technologies that’ll support autonomous driving

Today, the auto industry is once again at an inflection point. In the early days of the automobile, innovation was taking place at breakneck speed and several energy sources from steam to electric were being considered to power the automobile. Ultimately, gasoline power prevailed. Sure, a lot of technological advancements have happened over the past century, but in its basic form, the automobile has remained the same since the 30s.

Fast forward to today, and there are two strong trends that have emerged over the past decade. These industry trends will in fact continue to grow for the foreseeable future. The first is that electric cars have made a comeback in a big way. The second major trend, of course, is the adoption of various driver-assist features by automakers into their vehicles.

This has eventually led them to the further evolution of systems that support autonomous driving technologies. LiDAR is one of the primary candidates that have the potential to transform the landscape of autonomous vehicles or AVs. If you aren’t familiar with the states of autonomy with vehicles, the SAE has clearly defined them in the chart below.

LiDAR Will Play A Key Role In The Future Of Driverless Cars
- image 1076407
For those of you who aren’t familiar with Levels of autonomy, the SAE has clearly outlined what each of the 5 levels mean

Why LiDAR?

LiDAR, short for Light Detection and Ranging. Just like sonar uses sound waves to map the ocean floor or radar that uses radio waves to accurately locate airplanes in the sky. LiDAR makes use of light or pulsed lasers to map out the world in real-time by measuring the time it takes for a beam of light to be reflected back to the sensor.

LiDAR Will Play A Key Role In The Future Of Driverless Cars
- image 1076402
He also highlighted some of the benefits that LiDAR has over cameras, where LiDAR also works in poor visibility and low light conditions
In the case of a LiDAR, the sensor sees everything, regardless of the ambient conditions, which could include everything from bad visibility due to fog or rain, to poor light situations, for instance at dusk

Some of the benefits of using a LiDAR system as opposed to just cameras is that it isn’t as adversely affected in varying lighting conditions, like strong sunlight for example, where a camera would suffer from a blind spot for brief moments as the lens readjusts the exposure due to the sudden burst of light.

Innoviz Technologies

LiDAR Will Play A Key Role In The Future Of Driverless Cars
- image 1076406
I got the chance to interview the Co-Founder and CEO of Innoviz Technologies, Omer Keilaf who gave me a brief insight about this rapidly developing tech

Innoviz Technologies (INVZ) are amongst just a handful of companies currently operating in the LiDAR space. They began as a startup back in 2016. This was subsequently followed up with several partnerships with Tier 1 Companies and OEM partners like Magna, APTIV, Harman, and most notably, BMW and Samsung. Magna will manufacture these sensors for BMW at their facilities in Germany and the United States.

Their Current crop of Sensors

Innoviz One

LiDAR Will Play A Key Role In The Future Of Driverless Cars
- image 1076454
The level of innovation and technology happening in the LiDAR space has helped to bring down the size and cost of the sensor
Innoviz One is small and light enough to be held in your hand

Innoviz One was announced by the company back in 2016. It is a first-gen automotive-grade solid-state LiDAR sensor. Innoviz One makes use of a pulsed laser in combination with perception software to accurately build out a 3D cloud in real-time, for a distance of up to 250 meters.

LiDAR Will Play A Key Role In The Future Of Driverless Cars
- image 1073096
The 2023 BMW 7 Series along with the all-new i7 broke cover a few weeks ago

Innoviz has been working with BMW to integrate their LiDAR sensor and the latest 7 Series now has the Innoviz One integrated into the kidney grille. It will eventually also make it to other models in the BMW range like the 5 Series, the X5, and the iX all-electric crossover.

Some industry analysts have criticized LiDAR to be expensive and bulky, but Innoviz One clearly addresses those pain points. Robo taxis up until a few years ago made use of large, expensive sensors that sat on the roof. This not only added extra bulk and weight but was also aerodynamically inefficient.

LiDAR Will Play A Key Role In The Future Of Driverless Cars
- image 1073115
It is significant in that it is the very first vehicle to pack the hardware needed for Level 3 autonomy

The real-world conditions can be extremely challenging as the typical automobile has to endure a variety of weather and ambient conditions. Innoviz One has advanced the technology to the point where a reliable, lightweight low-power consuming sensor can be offered at an affordable cost.

Apart from BMW, another German manufacturer will also use Innoviz One LiDAR sensors on an autonomous urban shuttle capable of Level 4 autonomy, that will run on a pre-determined route.

Innoviz Two

LiDAR Will Play A Key Role In The Future Of Driverless Cars
- image 1076456
The second-gen Innoviz 2 Sensor offers 30x better performance and is up to 70% cheaper than the first-gen sensor

If the Innoviz One was impressive, the second gen-LiDAR announced in 2020, significantly moves the game forward. Innoviz Two packs 30x better performance be it in terms of the overall performance with 4x resolution, higher frame rate, and range (up to 350 meters) over its predecessor, and costs 70-percent less than Innoviz One.

LiDAR Will Play A Key Role In The Future Of Driverless Cars
- image 1076460
This sensor has 4x the resolution and can detect objects up to a distance of 350m. Both Innoviz One and Two are designed for Level 3 autonomy
This sensor will allow automakers to seamlessly integrate Level 2+ functionality out of the box

with support for Level 3 and higher autonomy that can be rolled out via over-the-air software updates. This shall be done after gathering sufficient data from the customer base. A major automaker has in fact decided to incorporate Innoviz 2 LiDAR sensors across a range of vehicles in their portfolio.

Innoviz 360

LiDAR Will Play A Key Role In The Future Of Driverless Cars
- image 1076462
Omer also showed me Innoviz 360, but the biggest challenge with this particular sensor remains the mounting point on the vehicle
At the moment, a Level 3 system only requires redundancy upfront and one or more 360 sensors would make more sense with a Level 4 system in the future.

Apart from the LiDAR sensor, the latest 7-Series has a combination of ultrasonic, radar sensors, and cameras. There are about 30 sensors in total spread out around the vehicle. When asked if the Innoviz 360 can, in fact, replace all these sensors, Omer was quick to point out that while the 360 setup is indeed a brilliant solution, positioning such a sensor on a vehicle in a way that offers a surround-view remains the biggest challenge for the 360 sensors.

Other Parameters

LiDAR Will Play A Key Role In The Future Of Driverless Cars
- image 1076459
Just like Sonar and Radar, LiDAR makes use of a pulsed laser to accurately map out the objects with the sensor working with the perception software in real time
  • According to Omer, a substantial amount of time is needed to take a design to volume production and another year to bring the sensor to automotive grade. This of course involves a lot of testing across real-life conditions with everything from varying temperatures to vibrations.
  • Magna is currently carrying out millions of kilometers of both simulation and real-world testing of not just the sensors, but also the software that is producing the 3D Cloud. Safety of course is paramount for the successful implementation of an autonomous driving system.
  • Both Innoviz One and Two are designed for Level 3 autonomy, it’s mainly focused on more predictable driving situations like out on a highway. It packs a field of view of 120 degrees. In an urban scenario, which would be far more complex with the likes of pedestrians, intersections, etc. Level 4 and Level 5 autonomy will be able to tackle such complex scenarios more efficiently, however, the level of testing required for such systems would be exponential.
  • As for costs, as with any technology, LiDAR too has seen prices drop significantly over the past five years. According to Omer, for widespread adoption of LiDAR sensors and high volume scale, it will eventually have to cost around about the same as a camera today and he totally sees it as possible.
  • Radar, for example, was about a decade ago, where LiDAR is at the moment, but today, radar is available at a sub $100 price point. The biggest challenge today is that the production scale hasn’t still reached the ‘One size fits all ‘ scenario yet and suppliers still have to conform to come up with custom solutions for different automakers. The level of flexibility with a mass-produced sensor will obviously be reduced but it will offer these sensors at an even cheaper price point.


LiDAR Will Play A Key Role In The Future Of Driverless Cars
- image 1076453
Apart from BMW, Innoviz also has several partnerships with Tier 1 companies like Magna, Samsung, Aptiv, and Harman. The sensors will be manufactured by Magna in the U.S and Germany

Today, LiDAR sensors find use in a vast array of applications. You’ll find them in everything from your iPhone to geo-sensing satellites that accurately map out the surface of the earth. As far as the used case scenario for autonomous vehicles is concerned, they can take over the more mundane tasks like driving on the highway while you relax and focus on things. You can take to the wheel on a more entertaining stretch of the open road.

Level 3 autonomy on the new 7 Series/ i7 should roll out in select regions like China and Europe next year. U.S. customers however won’t be so lucky as it won’t be offered here. (period) As for the future of autonomous driving technologies, I personally think that a combination of LiDAR, cameras, and a bunch of other sensors will be adopted. This might be expensive, but scaling things over a period of time should bring costs down.

Khris Bharath
Khris Bharath
Khris is a classic car aficionado and adores his Jags and Alfas, although he keeps tabs on everything from super exotics like an old EB 110 to the latest from Lucid. Formula One is very close to his heart, and he diligently makes time to tune in for the Grand Prix on Sundays. Khris also loves his road trips and he prefers stick shift over an Auto any day.  Read full bio
About the author

Related Articles

2022 Sony Vision S-02

2022 Ride Hailing, LIDAR, Life Span, And Self-Driving Tech - Tesla Has it All Figured Out

2018 Toyota Research Institute Platform 3.0 Autonomous Car

What do you think?
Show Comments
Car Finder: