Cognata Selected by ECARX Technology (ECARX) as its Simulation and Validation Partner
The selection brings Cognata’s industry-leading simulation platform offering to one of China’s fast-growing intelligent driving leaders. Simulation provides the only environment where intelligent driving technology can be safely tested and validated extensively for real-life scenarios and challenging edge cases.
Cognata’s simulation suite was chosen by AgJunction, a global leader in advanced guidance and auto-steering solutions
We are happy to announce the integration of Cognata’s simulation authoring software into AgJunction, Inc.’s (“AgJunction”) technology, to further accelerate testing and validation of off-road vehicles and equipment. Cognata’s AV off-road simulation is designed to test, train and validate perception and control challenges for terrains that do not offer a clear road definition and for paths that offer challenging conditions such as boulders, side slopes, difficult tractions, and more.
Cognata has been selected as a finalist in the xTechGlobal AI Challenge!
Cognata is presenting a new, unique simulation platform for the training and validating autonomous robotics unmanned vehicles, using synthetic data with a digital twin environment. The event – xTech Global AI Challenge – is an extension of the US Army’s very successful Expeditionary Technology Search (xTechSearch) program, expanding the concept for the first time to a global audience.
A New Generation of Agriculture and Off-road Simulation Platform
Cognata recently released a new generation of an agricultural and off-road simulation platform to help agricultural autopilot vehicles operate more accurately and overcome more challenges in field operations. Cognata’s AI-based agricultural and off-road simulation platform provides a wider range of application training scenarios for these agricultural automatic driving vehicles, overcomes various perception problems, and helps agricultural automatic operation machinery speed up the training and testing of its driving algorithm.
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