Aras Innovator

Aras, which provides a resilient product lifecycle management (PLM) platform for digital applications in the manufacturing industry, has announced that it will receive a significant investment for large-scale growth from GI Partners, a major private equity firm in the United States. This investment aims to accelerate innovation in Aras's low-code platform, global business expansion, and further enhance customer success. The pace of digital transformation in manufacturing has begun to accelerate, and Aras is uniquely positioned to offer next-generation platform-based applications to global enterprises. GI Partners will collaborate with Aras's management to further expand leadership in cloud technology, world-class support, and system operations tailored to customer enterprise scale, while also improving Aras's internal processes to drive innovation and grow the company through investments in research and development and corporate acquisitions.

Aras, which provides a resilient product lifecycle management (PLM) platform for digital applications in the manufacturing industry, has announced a new subscription service that meets the cloud requirements of large global enterprises. The powerful new SaaS service, called "Enterprise Subscription," offers services not available in the existing Standard Subscription and Free version. The "Enterprise Subscription" uses a DevOps process specially designed to meet the demanding specifications of complex business processes, providing complete customization capabilities in a comprehensive SaaS format. Large enterprises can not only quickly advance the replacement of legacy PDM systems by applying the latest cloud environments, but also, even if they do not wish for a complete replacement, the flexibility and open connectivity of Aras allow for the coexistence and complementarity of existing systems and new systems centered around the cloud platform. This enables the rapid digitalization of high-priority business processes without waiting for legacy replacements.

Aras, which provides a resilient product lifecycle management (PLM) platform for digital applications in the manufacturing industry, has announced the latest release of the "Aras System Architecture." This application integrates data from all engineering domains, including machinery, software, electronics, and simulation, in a tool-agnostic manner, supporting the definition of system models. This enables a unified view of all relevant system models and their design intentions, as well as the formation of digital threads directly related to other elements of the product development process, achieving unprecedented improvements in collaboration and risk reduction. Additionally, this application captures the descriptive aspects of system models (product functional elements and logical elements) based on elements called RFLP (Requirements = Requirements / Functional = Function / Logical = Logical / Physical = Physical) and connects them to other aspects of design, such as requirements definition and the physical representation of the product.

Aras, which provides a resilient (flexible) product lifecycle management (PLM) platform for digital applications in the manufacturing industry, has announced the latest release of "Aras Simulation Management," the most scalable, flexible, and open solution that enables simulation throughout the entire lifecycle. This application offers the capability to manage processes and data for all types of simulations across various tools. Analytical data and results become part of the digital thread, connecting simulation data as actionable information that can be traced back to requirements specifications through a closed loop. It also reduces administrative tasks for simulation personnel, allowing them to focus on modeling, analysis, and methodologies. Inputs such as accurate product configuration variations, mixed fidelity models, and parameter values automatically become part of the simulation study, and analysis results are published across various processes as part of the digital thread. This enables easy comparison and repeatable simulation processes, facilitating timely decision-making.