LSAD, or low-speed autonomous driving, vehicles operate in distinctive environment with varying operational design domain (ODD), bringing about unique technical challenges. As the demand for LSAD grows, so does competition. Turing Drive specializes in the following key technologies to ensure successful product development. Faster and Cheaper One of Turing Drive’s technical competence is to quickly pair […]
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What’s the benefit of low-speed autonomous driving (LSAD) for confined-area business operators? Can we effectively assess and evaluate the impact before and after introducing LSAD to a filed site? How to set a fair objective for an LSAD project? The answers may lie in the study of Transport Economics. “Transportation systems are subject to constraints […]
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Why? In Japan, Korea, and Taiwan, golf course owners and golf players are often frustrated: golfers find no golf carts to take, and country clubs sigh at wasted inventory, i.e. tee time. This is because in those places, professional drivers—caddies—are mandatory, but they are increasingly in short supply. Caddies are experienced drivers. They make sure […]
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Until recently, the lack of standard has hindered autonomous driving vehicles from deployment, especially for low-speed automated driving (LSAD) systems that is commercially desirable and technically capable. The latest ISO 22737:2021 filled the vacuum and boosted confidence for LSAD developers like Turing Drive. The guidance also assured end users, or site owners, who have long […]
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