In modern engineering, optimizing product designs has become more complex due to the necessity of balancing performance, cost, and reliability. Industries such as automotive, aerospace, and manufacturing face pressure to rapidly innovate while managing tight timelines and limited resources. Traditional approaches, often relying on manual iteration and testing, are time-consuming, expensive, and prone to human error.
A new generation of autogenerated apps in an Ansys optiSLang process integration and design optimization software application
Read on to learn more about some of the many improvements to the 2025 R1 Ansys Connect product collection, and discover the real-world impacts they are having on simulation data and optimization.
Identify Optimal Solutions
Identifying optimal solutions requires addressing numerous variables and constraints while managing computational costs. The challenge is further intensified by the need to explore vast design spaces efficiently. Without integrated workflows, processes become siloed, leading to inefficient data handling, slower development cycles, and suboptimal results.
Ensuring reliability under real-world conditions demands robust sensitivity analysis and uncertainty quantification. This is particularly critical for complex systems, where even minor deviations can lead to significant issues. As competition grows, the need for tools capable of streamlining this process is paramount.
Ansys optiSLang process integration and design optimization software addresses these challenges by automating design exploration and optimization. Its seamless integration with simulation tools enables engineers to explore design spaces, perform sensitivity analyses, and optimize performance more efficiently, which reduces costs, improves quality, and accelerates time to market. This solution is essential for driving innovation in today’s demanding engineering landscape.
Key Highlights of optiSLang 2025 R1
In Ansys’ new release, optiSLang software expands its capabilities with innovative enhancements across interfaces, distributed computing, and algorithms.
Customers can enjoy these key enhancements:
- New and extended capabilities to help customers add flexibility to their design engineering workflows. The latest generation of autogenerated apps leverages a unified technology stack for scalable solutions.
- Secure Shell (SSH) support to enable simulations to be seamlessly executed on remote machines, broadening the scope of distributed computing.
- “Bring your own artificial intelligence (AI)” in the algorithms, empowering users to develop and apply their own meta-modeling techniques for signal analysis. This feature ensures faster meta-model building and allows users to create and solve their own signal meta-modeling techniques.
Secure Shell (SSH) support feature in optiSLang software
Accelerating Product Advancement Through AI and Simulation With optiSLang Software
Customers increasingly leverage optimization techniques, combined with AI, to accelerate product development and enhance market offerings. By using advanced simulations and intelligent systems, companies can improve design efficiency, reduce time to market, and deliver products that better meet customer needs.
Ansys customers can create more efficient and innovative solutions for critical infrastructure systems by using advanced AI and simulation-driven design. This approach allows for the optimization of key components, such as thermal management and power supplies, resulting in improved performance and reliability. Our customers can benefit from faster iterations, more precise designs, and the ability to identify potential issues before physical testing.
As industries increasingly embrace AI and optimization strategies, Ansys customers are setting new benchmarks for innovation, driving the evolution of product capabilities in infrastructure and beyond. The combined effect of AI and optimization is proving to be a transformative force in product development across a wide range of sectors.
This is just an overview of the top features available in optiSLang 2025 R1. To learn more, register for the 2025 R1 webinar about what is new.
