Mobeliv provides an end-to-end digital twin suite for e-motor development, enabling engineers to evaluate complex designs in a virtual environment and reduce prototype loops. The M4V-FLOW Suite automates the workflow from e-motor model creation to deployment, aiming for accurate results on the first attempt. The company also offers technical consulting to help teams solve specific engineering challenges and establish ongoing methodologies.
Funding
Funding not disclosed
Founders
Product
Problem
Developing electric motors traditionally requires multiple physical prototype iterations to validate designs, which is time-consuming and costly. Engineers often struggle to achieve simulated values that match real-world performance, leading to extended development cycles and increased resource expenditure.
Solution
Mobeliv offers the M4V-FLOW Suite, an end-to-end digital twin platform that automates the e-motor development process from model creation to deployment. The suite enables fast, accurate evaluation of full complex designs in a virtual environment, reducing the number of prototype loops needed to achieve expected simulated values. By providing an automated and deployment-ready workflow, the platform helps engineering teams streamline their design validation and accelerate time-to-market. Additionally, Mobeliv offers technical consulting services to address specific engineering challenges and equip teams with methodologies for continued improvement.
Target Audience
Primary customers are engineering teams and organizations in the electric motor industry, including those in automotive, industrial machinery, and research institutions, who need to accelerate e-motor design validation and reduce prototyping costs.
Features
- End-to-end digital twin suite covering the entire e-motor development lifecycle
- Automated workflow from model creation to deployment, minimizing manual intervention
- Virtual environment for full complex design evaluation, reducing reliance on physical prototypes
- High accuracy in matching simulated values to real-world performance, decreasing iteration loops
- Technical consulting services that deliver solved problems and transferable methodologies
- Collaboration model that integrates with teams across industry and research sectors