ADAS Development Partner - OptM Solutions

ADAS Development Partner

Overview

As vehicle safety regulations continue to evolve, OEMs and Tier-1 suppliers require robust ADAS software that is reliable, scalable and production-ready. OptM partners with automotive companies to develop, integrate and validate Advanced Driver Assistance Systems (ADAS) for commercial vehicles, passenger vehicles and electric mobility platforms. From perception software and sensor integration to ADAS ECU development, embedded software and vehicle validation, our engineering teams help accelerate product development while ensuring compliance with emerging safety regulations.

ADAS Development Partner Overview

What We Offer

  • MoRTH GSR 184(E) Compliance Solutions for M2, M3, N2 and N3 vehicle platforms

  • ADAS software development for Level 1 & Level 2 safety applications including AEBS, DDAWS, LDWS, BSIS and MOIS

  • AI-powered computer vision algorithms for object detection, lane detection, driver monitoring and scene understanding

  • Multi-sensor perception and sensor fusion using Camera, Radar, LiDAR and Ultrasonic sensors

  • Embedded ADAS ECU / ADCU software development including middleware, application software and diagnostics

  • Driver Monitoring Systems (DMS) with drowsiness, distraction, seat belt, mobile phone usage and face authentication detection

  • Decision & Control Algorithms for collision warning, emergency braking and driver assistance

  • Functional Safety & Automotive Diagnostics including UDS integration and production-ready software

  • Simulation, Verification & Validation using SIL, HIL and on-road testing methodologies

  • End-to-End ADAS Integration Services from architecture and development to vehicle validation and production

Platforms and Tools Expertise

Our engineering teams leverage a strong hardware-software ecosystem for rapid prototyping and production-ready deployments.

Automotive Compute Platforms:

  • NVIDIA Jetson Orin / Xavier
  • NXP i.MX 95/ i.MX 8M Plus
  • Renesas R-Car
  • Qualcomm QCS9100
  • Intel & AMD Embedded Platforms

ADAS Development & Validation Tools:

  • MATLAB / Simulink / Stateflow
  • ROS / ROS2
  • OpenCV, TensorFlow & PyTorch
  • Linux, C++, Python & Docker
  • CANoe / CANalyzer & UDS Diagnostics
Technical Insights

ADAS Software Details

Explore our sensor fusion, safety control, and vehicle safety integration capabilities.

Frequently Asked Questions

What ADAS functions can OptM develop and integrate?
We provide ADAS Development Services for Level 1 and Level 2 driver assistance applications, including perception software, sensor fusion, ADAS ECU development, Driver Monitoring Systems (DMS), decision and control algorithms, and end-to-end vehicle integration.
Which sensors do you support for ADAS development?
Our engineering teams work with Camera, Radar, LiDAR, and Ultrasonic sensors to build robust Sensor Fusion Development frameworks that improve object detection, lane detection, environmental awareness, and driver assistance performance.
Do you support ADAS integration and validation for production vehicles?
Yes. Our ADAS Integration Services cover software integration, embedded ECU development, diagnostics, SIL/HIL validation, vehicle testing, and production-ready deployment to help OEMs and Tier-1 suppliers accelerate vehicle programs.
Can OptM customize ADAS software for different vehicle platforms?
Yes. We develop scalable ADAS software development solutions tailored for passenger vehicles, commercial vehicles, and electric mobility platforms while supporting customer-specific architecture and regulatory requirements.

Why Us

Cross-Domain Expertise

Proven experience in both automotive and defense domains, ensuring adaptable and safety-compliant ADAS solutions.

End-to-End Capability

From requirement generation and modeling to validation and field deployment — all handled under one roof.

Accelerated Development

Model-based workflows and real-time simulation platforms reduce iteration cycles and time-to-market.

Proven Integration Experience

Extensive work with industry-standard sensors, controllers, and communication networks ensures seamless system interoperability.