엠알바스

MRBAS's Smartrol software has been continuously upgraded and developed along with advances in IT technology. Initially developed in the early 2000s as a lighting control program optimized for the Windows OS following the release of Microsoft's Windows operating system, the software has been continuously upgraded and released through various versions over the past 26 years. More recently, Smartrol v.3.1 has been newly upgraded to the Smartrol-Advanced version, and both programs are currently being used simultaneously.

MRBAS's Smartrol is a high-performance software platform that was originally developed in the early 2000s and has been continuously upgraded ever since. However, there were limitations when applying the latest AI and various IoT-based technological solutions. To address these limitations, MRBAS developers completed a new software platform incorporating solutions comparable to those of the latest software market and launched it in mid-2026. The new software features a redesigned interface and supports the implementation of various advanced solutions. This product is also simply referred to as "S-A." Here, we introduce Smartrol Advanced.

The Augmented Reality (AR)-based mobile control system is a next-generation smart building operation support system that expands the functions of conventional building automation systems by visualizing field equipment information in real time and providing an intuitive control environment. Conventional building automation systems are primarily operated through fixed monitoring displays, which can make it difficult to intuitively understand the status of field equipment. MRBAS's AR-based system utilizes the camera functions of smartphones and tablets to recognize QR codes or equipment identification information and overlays the equipment's operating status, energy consumption, and setpoint information directly onto the actual equipment in an augmented reality environment. This provides operators with a more efficient and intuitive control environment.

Through this approach, the system improves the speed and accuracy of equipment operation as well as maintenance convenience, while enhancing overall operational efficiency. It also maximizes building energy optimization and operational efficiency.