Graphic showing how AI is redefining driver safety and automation.

Redefining Driver Safety and Automation

The journey from today’s vehicles with Advanced Driver Assistance Systems (ADAS) and increased levels of autonomy to the longer-term goal of an uncrashable car faces considerable challenges. And while legislation, education, and better road designs all have a role to play, it is technology that will fundamentally change vehicle safety.

Vehicles will require a multitude of sensors and advanced semiconductors to gather and process data about a vehicle’s environment and then make decisions – intelligently and safely – based on that data. This will increase driver trust in the car’s decision-making capability and, ultimately, decrease road accidents and fatalities.

As a pure-play automotive semiconductor company, indie Semiconductor is leading the development of silicon-based hardware and software solutions that meet the rigorous requirements for today’s ADAS and tomorrow’s autonomy applications.

Working with indie, automotive manufacturers can more easily address the integration of a wide variety of sensor modalities and the efficient processing of ever-higher volumes of data while keeping both system power consumption and the overall bill of materials as low as possible.

Photo of an electric car stopped at a pedestrian crossing with AI sensors detecting people walking nearby.

Sensor Modalities

We offer solutions that support distributed sensor processing for the visible spectrum and infrared vision systems, short-range and long-range radar, light detection and ranging (LiDAR) and ultrasonic sensors.

Sensor Modalities


Offering the ultimate spatial resolution, vision-based sensing has become critical for driver assistance safety systems, enabling functions such as lane detection, collision warning, vehicle localization, and detection of pedestrians, vehicles, road signs and obstacles.

indie is redefining perception-based vision processing by developing high-performance and differentiated semiconductor hardware and open software perception stacks. These solutions are designed to deliver scalable designs spanning internal driver and occupant monitoring systems (DMS, OMS) and high performance external computer vision systems while addressing the cost, power and form factor challenges that OEMs face.

Photo of the interior of an electric vehicle with AI face detection.


Operating in the near infra-red spectrum, LiDAR provides high-resolution, long-range detection capabilities for driver safety and automation systems. indie addresses this sensor modality by developing highly-integrated FMCW-based coherent LiDAR solutions that help to create accurate, real-time, 3D depictions of the vehicle’s external environment. These solutions deliver high performance at low power and are cost-effective for mass market deployment.

Our LiDAR solutions can be complemented by PureSpectrumTM, a narrow linewidth distributed feedback (DFB) laser technology developed by TeraXion, an indie Semiconductor company. TeraXion is a market-leader in designing and manufacturing integrated, high-end photonic components such as low-noise lasers.

Through a combination of advanced LiDAR semiconductors and software, indie is delivering comprehensive solutions that bring unparalleled performance and cost benefits to the LiDAR ecosystem.

Graphic of an electric car, surrounded by AI sensors which are detecting other nearby vehicles.

iND83301 – Surya™


LiDAR Whitepaper

A technical debate on the pros and cons of FMCW and coherent LiDAR

With ADAS and autonomous driving applications on the rise, LiDAR has become a hot topic in the sensor world. Is direct-detection (or time-of-flight) or coherent (Frequency Modulated Continuous Wave, for example) photon detection best? Our latest whitepaper discusses the different characteristics of direct and coherent detection in order to educate those interested in liDAR and allow them to make informed system choices.

New! Redefining driver safety and automation whitepaper by indie Semiconductor.


An established technology for collision detection in vehicles for over twenty years, radar is an ideal all-round sensor modality supporting a variety functions, including park-assist, automatic braking, adaptive cruise control (ACC), lane-change assist, and blind spot detection.

The increasing number of short-, mid- and long-range radars now being incorporated into vehicles mandates cost-effective solutions – solutions such as indie’s highly integrated, low-power radar hardware and software technologies that support high-precision radar sensing for real-time object detection and distance measurement.

Contact us to learn more about our radar solutions.


Resilient to adverse lighting and weather conditions, ultrasonic sensors have become ubiquitous for park-assist and other low-spatial-resolution and short-range sensing use cases.

indie offers a comprehensive portfolio of silicon platforms with highly integrated processing architectures that allow automotive OEMs to simplify design cycles and realize significant BOM and cost advantages when deploying a variety of ultrasonic sensing modalities.

Graphic of a car with AI sensors detecting the cars around it.

iND83207 – Sonosense™

Ultrasonic Parking-Assist Controller with Transformer Drive

ADAS Products

iND83301 – Surya™ LiDAR SoC Product Brief Product Brief
iND83207 – Sonosense™ Ultrasonic Parking-Assist Controller with Transformer Drive Product Brief Product Brief
GW54x0 Camera Video Processor Product Brief Product Brief
GW53x0 Camera Video Processor Product Brief Product Brief
GW52x0 Camera Video Processor Product Brief Product Brief
GW4300 Industrial Camera Video Processor Product Brief Product Brief
GW4200 Automotive Camera Video Processor Product Brief Product Brief
GW4100 Automotive Analog Camera Video Processor Product Brief Product Brief