Turn R&D into ROI and Production into Profitability.
Unlock innovation and increase margins with AI-assisted design tools from Magnition.
What is Magnition System Designer?
Your distributed systems product is complex with thousands of variables and parameters. Furthermore, your workloads evolve over time.
Today, your distributed systems product is statically configured with no ability to optimize your costs.
Magnition builds high accuracy models of your production systems and then runs millions of simulations to find best configurations as workloads evolve.
Why use Magnition System Designer?
Engineering teams face increasing complexity when building distributed and embedded systems. Today’s systems are more interconnected, but the tools available to design, simulate, and optimize these systems lag behind other engineering fields, such as mechanical or electrical engineering.
This gap results in several challenges that are holding back innovation and driving up costs.
Maximize Your Investment
Turn your cloud platform hosting costs or infrastructure CapEx into high-return investments by optimizing configurations, BoMs and reducing operational waste.
Automate for Efficiency
Cut your platform support costs and customer performance risks by automating system configuration in real-time to deliver continuous improvement with less spend.
Improve Margins
Discover hidden savings in your existing product portfolio and get more out of your capital investments while improving customer experience.
Shorter Time to Market
Use the Magnition professional engineering platform to tame high-spend and high-risk projects to market faster than the competition, with higher quality and better tuned out-of-the-box.
Key Features
From concept to deployment, our platform helps you innovate faster, reduce costs, and improve time-to-market.
AI-Assisted Design
Use AI to explore different configurations, optimizing for, performance, and cost.
Advanced Modeling Tools
Diagnose bottlenecks and reduce development time with accurate models of hardware and software components.
Real-World Simulations
Predict system performance with actual workloads, ensuring your systems are optimized from the start.
Cost
Optimization
Balance cost and performance across all aspects of your systems.
Scalability
Testing
Prove your system’s ability to grow and handle future traffic loads.
Lifecycle
Tuning
Adapt system configurations as workloads change, keeping performance and costs optimized over time.
