MORAI Launches a New Generation of Its Digital Twin Simulation Platform

MORAI’s new modular, open and integrated platform enables credible development, validation, and certification readiness of ADAS and autonomous systems – allowing engineering teams to generate reproducible, regulator-aligned validation evidence across automotive and defense applications.

Seoul/Munich, 2026-06-15 – MORAI today announced the launch of a new generation of its digital twin simulation platform, designed to help engineering teams move from fragmented simulation workflows to a unified, credible validation environment for ADAS and autonomous systems.

Over the past decade, simulation has become a key element of higher-level automated vehicle development. However, as programs scale, a new limitation is emerging: simulation itself is becoming increasingly difficult to manage, integrate, and use as a source of validation evidence. Inconsistent tools, the risk of inconsistent results or limited traceability are creating bottlenecks in development and uncertainty in safety-critical decision-making.

MORAI’s new platform generation addresses this shift directly. Rather than treating simulation as selective use, it establishes a single, continuous simulation environment that can support the entire toolchain from development and validation to certification readiness. This enables engineering teams to generate reproducible, traceable results from virtual and real-world testing that can support both technical development and regulatory decision-making.

From Simulation to Credible Validation

The platform is built on deterministic simulation principles, standardized interfaces, and an open architecture, ensuring consistent execution across workflows and seamless integration into existing engineering and testing processes. This allows teams to scale validation efforts without introducing fragmentation or compromising result reliability.

As part of this new generation, MORAI has further advanced its digital twin environment technology, enabling more realistic representation of complex real-world and environmental conditions. This enhancement strengthens the platform’s ability to model scenarios and mission-relevant environments, while maintaining the reproducibility and consistency required for validation.

Supporting Development, Validation, and Decision-Making

The MORAI digital twin simulation platform supports a broad range of applications across industries, with an initial focus on automotive domains. Key use cases include ADAS and autonomous driving development and validation, virtual homologation, and regulator-aligned testing workflows (aligned with the 3-pillar model according to NATM). MORAI is further expanding the platform toward defense applications, including upcoming support for unmanned ground vehicles (UGVs) and ongoing projects related to MUM-T and multi-domain operations.

By connecting these workflows in one environment, MORAI enables teams to move from simulation-based development to credible validation evidence, thereby reducing uncertainty and supporting more confident deployment decisions.

Key Capabilities

• Deterministic, high-fidelity digital twin environments 

Enable consistent, reproducible validation of system behavior across complex, real- world scenarios

• Seamless integration into engineering toolchains and testing workflows

Connect simulation directly to existing development, validation, and SDV workflows

• Scalable, modular platform architecture

Expand capabilities based on evolving program needs, without compromising

maintainability or upgrade paths

• Credible virtual validation workflows

Ensure high credibility of simulation to facilitate virtual validation and homologation

• Systems of Systems simulation

  Support ongoing development and future expansion toward simulation of complex 

  systems of systems, including unmanned ground vehicle (UGV), MUM-T, and 

  multi-domain operation scenarios

Validated with Lead Customers

The new platform generation has been validated through a structured lead customer program with selected automotive and defense organizations. These projects focused on real-world development, toolchain integration, and scalable validation use cases, and also included a large-scale, multi-ego autonomous driving challenge leveraging the new MORAI platform.

“Our new platform generation reflects a deliberate shift toward a credible and scalable virtual validation,” said Jun Hong, CEO at MORAI. “Our goal is to enable engineering, testing and homologation teams to rely on simulation not just for development speed, but for credible validation.”

“What stood out was how naturally the platform integrated into our existing workflows while allowing us to scale testing significantly,” said Dr. Han-geom Ko, Autonomous Driving Department Manager for the K-NATM at KATRI.

Availability

MORAI’s new platform generation will be introduced through a phased rollout across Korea, EMEA and global markets. Initial availability will focus on key automotive use cases, followed by expanded availability for the defense domain later in 2026. MORAI is open to engaging with additional European lead customers for future defense-related validation and simulation projects.

For European customers, MORAI will showcase the platform for the first time at Autonomous Vehicle Technology Expo Europe in Stuttgart, Germany, from June 23rd to 25th. 

Reach out to office.germany@morai.ai to pre-arrange an onsite meeting or schedule a virtual demo.