Hyundai Motor Taps Innosimulation to Upgrade Its UX Research Driving Simulator

Innosimulation has won a contract from Hyundai Motor to upgrade the driving simulator the automaker uses for user-experience research, according to a report by Asia Business Daily (아시아경제).

The deal makes Innosimulation responsible for modernizing a research platform that sits at the center of how Hyundai studies the way drivers actually behave inside its vehicles. For a design-focused publication, the significance is straightforward: the fidelity of a research simulator directly determines what interaction problems a UX team can detect before a vehicle ships.

Why does a simulator matter for automotive UX?

Driving simulators let researchers place participants in controlled, repeatable scenarios and measure how they respond to in-vehicle interfaces — instrument clusters, infotainment menus, driver-assistance warnings, and notification timing. That is data a test track cannot produce cheaply, because every real-world run introduces variables the researcher cannot hold constant.

An upgrade contract typically targets the components that constrain experimental realism:

• motion and vibration systems that reproduce road feedback;
• visual rendering hardware and display configuration, which define the field of view a participant perceives;
• scenario software that generates repeatable traffic events;
• data capture pipelines that log driver inputs, gaze, and response times for later analysis.

The Asia Business Daily report identifies the parties and the purpose of the contract — an upgrade of Hyundai Motor's UX research driving simulator by Innosimulation — but does not disclose the contract value, the technical scope of the upgrade, or the delivery timeline.

What changes for Hyundai's research workflow?

For Hyundai's user-experience researchers, the practical effect of a simulator upgrade is measured in experimental capability: more realistic motion cues and sharper visual fidelity reduce the gap between lab findings and real driving behavior. Simulator fidelity is a known confound in driver-distraction research — low-fidelity motion platforms can cause participants to under- or over-estimate workload, which distorts usability measurements of in-vehicle interfaces.

Innosimulation, a South Korean company specializing in driving simulation systems, supplies exactly this class of hardware and software. Winning a modernization contract from a major automaker places the company inside Hyundai's iterative loop of interface testing, where human-factors data feeds back into production cockpit design.

The contract also reflects a broader pattern in automotive development: as vehicles add large touchscreens, voice interfaces, and progressively higher levels of driver assistance, the number of interaction scenarios that require controlled human-subject testing keeps growing. Automakers that invest in their simulation infrastructure shorten the distance between a prototype interface and validated evidence about how drivers use it.

Asia Business Daily's report frames the win as a notable commercial milestone for Innosimulation, adding Hyundai Motor to the customer base it serves with simulation technology.

What comes next?

Neither company has publicly detailed the upgrade's technical specifications or schedule. If the project follows the usual cadence of simulator modernization work, expect Hyundai's user-experience research teams to phase the new capability into studies of next-generation cockpit interfaces — and expect the quality of their published human-factors findings to improve alongside it.