October 2023 Summaries

Rescale is revolutionizing the global construction industry by providing automated access to extensive computational power, allowing companies like Obayashi to develop advanced physics simulations for improved structural performance. The platform is also exploring the potential of quantum computing within a cloud ecosystem and emphasizes the urgent need for sustainability in high-performance computing (HPC) to reduce its carbon footprint. Rescale offers a comprehensive support portal for customer inquiries and hosts various events such as Supercomputing 2023 and a Cloud HPC Mixer. The platform continues to expand its software and hardware offerings, providing access to a wide range of engineering and scientific computing tools and HPC chip architectures. Rescale's Innovation Corner introduces enhanced job and workstation pages, allowing for better resource management and collaboration through detailed metadata and real-time insights.

The partnership between Rescale and SCALE aims to streamline and automate the management of vast data generated by digital simulations, particularly in the automotive industry. By integrating SCALE's simulation process and data management (SDM) software with Rescale's high-performance computing (HPC) cloud services, engineers can now conduct complex simulations with a single click, enhancing efficiency and accessibility. This collaboration addresses the need to manage both data and the associated processes, ensuring reproducibility and facilitating the integration of various simulation results across engineering teams. As simulations grow more sophisticated, the importance of maintaining a comprehensive record of both data and processes becomes crucial, enabling engineers to build upon previous work and democratize complex tasks within organizations. The evolving landscape of computer-aided engineering emphasizes user-friendly interfaces and automation, allowing engineers to focus on innovation rather than technical complexities, thus representing a significant step forward in computational engineering practices.