Massive Simulation

Our Massive Simulation Pack is designed specifically for teams responsible for large-scale ADAS system validation.

DISCOVER Massive Simulation

The Massive Simulation Pack includes

A range of functionalities empowering users to create and execute a Massive Simulation process. With full control over all parameters, users can initiate thousands, or even millions, of scenarios simultaneously by adjusting the settings. Whether staging an accident, simulating a pedestrian crossing a rainy street, or any other scenario, our pack offers unparalleled flexibility and capability.

GET A QUOTE

Benefits

Save time and money

A complete solution

Features

SCANeR explore includes innovative features to create and execute test plans based on scenario generation and multi-parameter exploration for massive simulation.

Generate millions of relevant scenarios in minutes

SCANeR explore is able to produce all defined parameters sets and then generate all scenarios based on these parameters.

More details

Characteristics

For each scenario you are able to define a specific range for each parameter.
There are options to create an Explore test plan directly from your current scenario in SCANeR.
Different method for value distribution: Factorial, Statistical, custom distribution laws

Environment

Allows to run the driving simulation of the test plan, either locally or on a dedicated cloud-based infrastructure.
SCANeR explore can be used through the command line as well as through its graphical interface.

Enjoy more flexibility by using SCANeR Explore API

It allows to manage the generation and execution of the test plan as well as the extraction of results from the records. This allows for example to automate part of the execution of SCANeR scenarios.

More details

The test plan results are extracted in JSON format
All SCANeR Explore functions are accessible through the API available in C++ and Python

Generate a report using a custom execution plug-in

Once the test plan is executed, the plug-in will generate a report that will be used to analyze if the system evaluated in the test plan has met or not your success criteria.

Features

SCANeR compute is one of the tools at the heart of how massive simulation works with SCANeR. It is a specific version of SCANeR studio dedicated to massive simulation.

Run SCANeR simulations without using a graphical interface

Easily deployable, SCANeR compute will run on all classic operating systems and on local machines.

More details

Environment

Can be used on a local machine, but also in a HPC-Cloud environment (Microsoft Azure ready).
Runs on all standard Windows (Pro/Server) and Linux (Ubuntu LTS/CentOS 7) operating systems.
Can also be easily used in a Docker container, in order to have a reusable and independent image of the tested system.

Compatibility

Because it is a command line tool and the reliability is very high, SCANeR compute is compatible with all the standard job scheduling tools.
Provides Linux headless support: run without X server, with GPU support for sensors, camera and visual (via EGL)

Run multiple instances in parallel on the same machine

For example, 8 instances of SCANeR compute can be used to simulate an entire repertoire of scenarios in parallel, each scenario being automatically distributed to the SCANeR compute instances used.

Features

SCANeR batchtool is a command line tool allowing to perform simple operations related to SCANeR.

Perform simple operations related to SCANeR: import or export configurations, data, create a configuration, etc.

For more information on the different functions available and their use, open a shell in the SCANeR bin directory and type: SCANeRBatchTool.exe -help

Uses Cases

Large-scale testing

By employing extensive simulation, you can conduct continuous testing throughout the development stages of your vehicle, equipment, or system. For autonomous system development, you can cover millions of virtual kilometers to analyze and verify their responses across an endless array of scenarios, all within a few days, thanks to the execution of large-scale tests and parallel processes, ensuring the safety validation of your equipment effectively.