Chamsle Tech Presents Integrated Parking Guidance and Autonomous-Driving Model... New Apartment Call Control Poised to Become Standard

- Establishing a stable summon control system by comprehensively assessing call zones and vehicle locations
- Highlighting business scalability with deployment across all buildings of a large new apartment complex in Banpo

Chamsle Tech, a specialized company in autonomous-driving parking guidance convergence systems, announced on the 4th that it has applied its patented "autonomous-driving call control" technology, configured to support a Tesla FSD (Full Self-Driving)-based autonomous vehicle summon environment, to a new apartment complex in Korea for the first time.

This technology is built on Chamsle Tech's autonomous-driving convergence platform "T-Linker" and is characterized by a structure that manages and controls autonomous-driving vehicle calls by fully utilizing the parking guidance system infrastructure that is fundamentally designed and installed in new apartment complexes. Since no additional autonomous-driving-dedicated facilities are required, it can be implemented without extra construction work or separate costs, making it notable in terms of business viability as well.

The autonomous-driving vehicle summon infrastructure has been applied to all buildings in the underground parking lot of the new Banpo Raemian Trini One complex. With this implementation, Raemian Trini One has established an environment in which vehicles can be summoned from any building within the underground parking lot. Rather than limiting the function to specific zones or restricted spaces within the complex, the system was designed and implemented across the entire underground parking area, based on the actual movement patterns of residents.

The operating method is structured to determine call conditions in advance. It comprehensively considers the usage status of the call zone and the vehicle's location conditions, and controls the system so that a summon is not initiated when conditions are deemed inappropriate. Through this, the flow of traffic in the underground parking lot can be managed stably, and the autonomous-driving summon function has been designed to operate in a way that fits the residential environment.

Raemian Trini One is a large-scale new apartment complex of approximately 2,091 households being created through the reconstruction of Banpo District 3, and residents are scheduled to move in around August 2026. This implementation is significant in that, rather than being an additional construction project or pilot application after occupancy, it represents the first case in Korea where autonomous-driving call control technology has been incorporated as part of the residential infrastructure during the design and construction stages of a new complex.

Industry experts are evaluating this case as a model that extends autonomous-driving functions by utilizing existing infrastructure in the form of a parking guidance system. In particular, since it is implemented on design elements that are fundamentally included in new apartment projects, some analyses suggest that it has strong potential to be adopted as a standard, especially in large-scale new complexes.

Yoon Yong-sang, Vice Chairman of Chamsle Tech, said, "New apartment complexes have parking guidance systems reflected in their basic designs, and the ability to leverage these systems to add autonomous-driving call control functions without extra cost is a key competitive advantage," adding, "T-Linker is a platform designed to enable the management and operation of autonomous-driving functions from the perspective of residential infrastructure."

Building on the Raemian Trini One deployment, Chamsle Tech plans to further develop its system so that autonomous-driving summons can be expanded as a manageable residential infrastructure technology, and to enhance the platform architecture so that it can be applied to various brands of autonomous vehicles to be released in the future through an open-platform approach.

This content was produced with the assistance of AI translation services.