Use Case
Digital Twin
Digital Twin Solution for Simulation Environment and Real-time Monitoring System
Why do we need
Digital Twin?
Digital twins are essential for improving efficiency, reducing costs, and enhancing decision-making by providing real-time monitoring and predictive capabilities. They enable virtual testing, faster development, and optimized operations, reducing risks and minimizing downtime. For autonomous systems, they are critical for safe validation in realistic virtual environments.
50%
Faster
Reduce development time by 50% or more.
20%
Cost Saving
Achieve an average cost reduction of 20%.
70%
Efficiency Improvement
Spend 70% less time on inventory and documentation.
MORAI’s High-Fidelity
Digital Twin Environments
MORAI constructs detailed 3D digital twins using high-definition maps and robust physics engines,
achieving a discrepancy of less than 10cm between real-world and simulated environments.
It can be used as a data integration platform, simulation or monitoring system.
What are the benefits of
MORAI’s Digital Twin
Breaking Down
Data Silos
Integrate disparate data into a digital twin monitoring system. This integration enables seamless data sharing across departments, fostering collaboration and enhancing decision-making.
Maximize
Productivity
and Elevate
Product Quality
Streamline critical processes, accelerating them by up to 30%. Reduce product errors with unlimited testing and enhance overall efficiency to deliver superior results.
Cost
Reduction
Test and validate change without physical prototypes. Make informed decisions with real-time data. Optimize efficiency and minimize errors.
Proactively Identify Failures
Detect and resolve issues in the digital twin toprevent costly mistakes in production.
Use Cases
Digital Twin for Automotive Research
MORAI has developed a Digital Twin environment to support the automotive research program at Yeungnam University.
Korean Air's
Smart MRO
Korean Air leverages Digital Twin technology to replicate real MRO environments, including hangars, inspection drones, and robots. This virtual space enables the simulation and validation of operational and maintenance scenarios, enhancing efficiency and predictive capabilities.
Seoul C-ITS
Digital twin environment and a traffic monitoring system for the Seoul Metropolitan Government.
Scenario Creation for
ADAS & AD
MORAI provides a variety of simulation scenarios designed to detect edge cases, along with digital twin maps for testing them. This enables users to identify potential hazards that vehicles may encounter and understand system limitations that could arise in various situations.
