Ibis (CEO Nam Ki-mo), a vehicle mobility software company, announced on the 4th that it will participate in the 'Data-based Robot Service Verification Evaluation Technology Development' project promoted by the Ministry of Trade, Industry and Energy.
This project aims to scientifically and quantitatively verify the performance of robot service technology by utilizing a virtual national robot test field demonstration environment, and to establish an evaluation infrastructure that can reduce verification costs and time through virtual environment-based testing techniques.
The National Robot Test Field is a large-scale demonstration infrastructure, managed by the Ministry of Trade, Industry and Energy and the Korea Institute for Robot Industry Advancement. It is designed to objectively and standardize the performance of various robot services in complex indoor and outdoor environments. In particular, quantitative performance verification of robot services plays a crucial role in determining commercialization and expansion in fields requiring high reliability, such as public safety, logistics, and healthcare.
For this project, Ibis will be responsible for developing data collection, transmission, visualization, and analysis technologies for demonstrating robot services. The company plans to focus on collecting operational data generated from various robot systems and implementing real-time status monitoring, a data standardization interface, and a performance evaluation and analysis environment. Furthermore, the company will define a communication protocol for data transmission and develop time acceleration and deceleration processing technologies for virtual environment integration.
Existing robot service performance verification has been limited by a lack of standardized procedures and objective indicators, relying on each company's own standards. However, this project is expected to shift to a data-based evaluation method, thereby improving the efficiency and accuracy of evaluation.
"Establishing a reliable evaluation system is essential for commercializing robot services," said Nam Ki-mo, CEO of Ibis. "Through this project, we will develop technology that integrates the entire process from data collection to visualization, analysis, and verification, and expand our proven software capabilities." He added, "Based on our experience in vehicle and mobility software, we will provide the core technologies necessary for a future service environment that converges smart mobility and robotics."
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