Simulation is a vital step in validating the efficacy of ADAS and autonomous driving features, such as lane-keeping assistance systems, adaptive cruise control, and automated emergency braking. Simulation & Verification solutions perform validation and verification of these features on the cloud. These solutions increase overall test coverage by using raw and synthetic data supported by software-in-loop and hardware-in-loop simulation workloads.

Partner Solutions

Software, SaaS, or managed services from AWS Partners

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Total results: 4
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  • SIMPHERA

    SIMPHERA, the web-based, highly scalable solution for the simulation and validation of functions for autonomous driving.
  • Ottometric Platform

    Ottometric Platform for ADAS and AV development and validation. Designed to automate tasks with field/vehicle data, including: Data cleaning, segment/scenario scoring, ground truth generation and validation including KPI calculation.
  • KPIT SIL Platform for scenario based ADAS, AD testing and…

    More and more OEMs are in the process of bringing Level 3 and above ADAS/AD vehicles to market this also includes commercial vehicles. To optimize the time to market a solution for ADAS/AD testing is needed that offers scale i.e., running 1000s of tests simultaneously, is cloud enabled and can execute testing of ADAS/AD Features (e.g., AEB, ACC etc.), Functions (e.g. Sensor fusion etc.) and components (Camera, Lidar etc) The KSIL platform is a cloud-based test management framework. The Platform integrates with scenario and KPI databases, enables selection of scenarios against which the feature or function should be tested, executes 1000s of test runs simultaneously and provides results against KPIs on a visualization dashboard where each scenario can be viewed (video) and also downloaded as reports. The solution has already been deployed on AWS and is being utilized for global OEMs for testing upto Level 4 autonomy
  • Simcenter Autonomy Data Analysis

    Autonomy is a clear direction for our transportation systems, be it mass or personal transit. Physically and virtually evaluating these new vehicles in a live environment ensures rigorous and detailed feedback, giving engineers greater confidence in their design decisions.
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