Catch up on the latest news from Divine Technology
Divine Technologies unveiled their autonomous driving evaluation and verification simulation toolchain, "Divine Sim Suite" (DSS), at the 2023 South Korea Future Mobility Expo (DIFA).
At the 2023 South Korea Future Mobility Expo (DIFA), Divine Technologies showcased our autonomous driving evaluation and verification simulation toolchain, 'Divine Sim Suite.'
For related articles, please click the link below.
Interview with our CEO, Lee Yong-chae (1:51:21 ~ 1:53:58)
Divine Technologies, represented by CEO Lee Yong-chae, has announced its participation in the upcoming "2023 South Korea Future Mobility Expo (DIFA)" taking place from October 19th (Thursday) to the 21st (Saturday) at EXCO, Daegu.
Divine Technologies has been an official partner of the global engineering software specialist, ANSYS, and has been supplying their solutions in various fields, spanning optics, photonics, virtual reality (VR), acoustics, sensors, autonomous driving, digital twin, embedded software, functional safety analysis, and more.
Notably, they have been employing structural analysis, fluid analysis, and electromagnetic analysis software to address multi-physics problems, optimizing product development, and enhancing productivity through MBSE software and PIDO (Process Integration & Design Optimization) software. Furthermore, their focus includes Level 4+ autonomous driving component and system safety assessment technology, along with the prediction of complications in Transcatheter Aortic Valve Replacement (TAVR) procedures for patients with aortic valve stenosis.
At this exhibition, Divine Technologies will introduce "Divine Sim Suite (DSS)," a simulation toolchain that digitally transforms physical and realistic road environments, constructing a high-reliability verification and evaluation system. DSS plays a crucial role in testing and verifying the safety of autonomous driving components and systems, thereby contributing to the advancement of autonomous driving technology development and commercialization, according to the company's explanation.
Additionally, they offer open-source software and excellent compatibility with commercially available tools from other developers to meet diverse user requirements. They also provide a valuable resource library for technology development, fostering an ecosystem for education and research in the autonomous driving field, engaging professionals, corporate researchers, early-stage developers, students, and more.
A Divine Technologies spokesperson emphasized, "Autonomous driving technology is considered one of the core elements of the Fourth Industrial Revolution, with safety and reliability being of utmost importance in the industry." Therefore, the utilization of simulation tools for autonomous driving safety evaluation and verification has become an essential foundation, reducing development timelines, cost, and significantly mitigating safety-related risks.
At the 2023 South Korea Future Mobility Expo (DIFA), Divine Technologies showcased our autonomous driving evaluation and verification simulation toolchain, 'Divine Sim Suite.'
For related articles, please click the link below.
Source: AVING News, October 16, 2023
Interview with our CEO, Lee Yong-chae (1:51:21 ~ 1:53:58)
Divine Technologies, represented by CEO Lee Yong-chae, has announced its participation in the upcoming "2023 South Korea Future Mobility Expo (DIFA)" taking place from October 19th (Thursday) to the 21st (Saturday) at EXCO, Daegu.
Divine Technologies has been an official partner of the global engineering software specialist, ANSYS, and has been supplying their solutions in various fields, spanning optics, photonics, virtual reality (VR), acoustics, sensors, autonomous driving, digital twin, embedded software, functional safety analysis, and more.
Notably, they have been employing structural analysis, fluid analysis, and electromagnetic analysis software to address multi-physics problems, optimizing product development, and enhancing productivity through MBSE software and PIDO (Process Integration & Design Optimization) software. Furthermore, their focus includes Level 4+ autonomous driving component and system safety assessment technology, along with the prediction of complications in Transcatheter Aortic Valve Replacement (TAVR) procedures for patients with aortic valve stenosis.
At this exhibition, Divine Technologies will introduce "Divine Sim Suite (DSS)," a simulation toolchain that digitally transforms physical and realistic road environments, constructing a high-reliability verification and evaluation system. DSS plays a crucial role in testing and verifying the safety of autonomous driving components and systems, thereby contributing to the advancement of autonomous driving technology development and commercialization, according to the company's explanation.
Additionally, they offer open-source software and excellent compatibility with commercially available tools from other developers to meet diverse user requirements. They also provide a valuable resource library for technology development, fostering an ecosystem for education and research in the autonomous driving field, engaging professionals, corporate researchers, early-stage developers, students, and more.
A Divine Technologies spokesperson emphasized, "Autonomous driving technology is considered one of the core elements of the Fourth Industrial Revolution, with safety and reliability being of utmost importance in the industry." Therefore, the utilization of simulation tools for autonomous driving safety evaluation and verification has become an essential foundation, reducing development timelines, cost, and significantly mitigating safety-related risks.
Source: AVING (https://kr.aving.net)