Beyond the proof-of-concept experiments. "WARXSS" is a safety evaluation tool for the practical implementation of MaaS.
◆Simulation WARXSS is a safety evaluation tool that utilizes a virtual space (3D). It identifies dangers that may not be noticed through desk-based discussions, allowing for the consideration of safety measures in advance. 【Solutions utilizing virtual space technology can be found here】 For MaaS providers and stakeholders: http://warxss.net/ For engineers in automotive development, sensor development, etc.: https://www.witz-inc.co.jp/technology/virtual.html
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basic information
◆Map - Create Your Own WARXSS allows you to easily create various situations. You can set road shapes and road features using a dedicated tool to recreate roads and intersections. Since you can create and modify them yourself, it can flexibly adapt to changing conditions. ◆SCENARIO - Anticipating the Unexpected By combining conditions, you can create countless scenarios and conduct comprehensive safety evaluations. Even scenes that are difficult to reproduce in reality can be recreated in a virtual space. The scenario tool allows you to set conditions such as driving speed, direction, timing, and lane changes, systematically combining environmental conditions, misrecognitions, traffic flow disruptions, and vehicle disturbances to achieve safety evaluations. ◆SENCER - Making the Invisible Visible, So You Can Think With WARXSS, you can visually confirm the coverage area of sensors mounted on autonomous vehicles. By visually depicting (displaying) the coverage area, you can check for sensor blind spots in advance. You can also change the installation position of the sensors, allowing for optimal placement to be considered on paper.
Price information
◆ 1.2 million yen per year (excluding tax) Conventional simulation tools for autonomous driving systems are highly functional and very expensive. WARXSS has achieved low costs by limiting its features to those necessary for safety verification.
Price range
P5
Delivery Time
P4
Applications/Examples of results
It can be used for preliminary safety assessments when considering and implementing new mobility services.
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Company information
We, Vitz, were established in 1997 and have gained the trust of our customers. In 2004, we succeeded in developing the automotive international standard specification RTOS (Real-Time Operating System), which became an opportunity for us to be recognized for our high-level technology related to automobiles. Furthermore, in 2010, we became the first in Japan to obtain the functional safety standard "IEC 61508 SIL3 Software Development Process Certification." In 2012, we became the first in the world to obtain the automotive functional safety standard "ISO 26262 ASIL D Software Development Process Certification," which recognized our ability to develop safe software. In July 2020, we transitioned to the First Section of the Tokyo Stock Exchange. Vitz conducts research and development through collaboration between industry, government, and academia, bringing next-generation technologies to practical use. Our core technology can be applied not only to automobiles but also to industrial machinery, digital home appliances, medical devices, and railways. Creating Life of Your Dreams - Enriching people's lives with technology that is half a step ahead. With this aspiration in mind, we will contribute to the creation of a richer and better future society with our technology.
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