SpaceBank’s unauthorized access prevention and safety control solution has been selected as a pilot purchase product by the Ministry of SMEs and Startups. | Image provided by SpaceBank
SpaceBank announced that its self-developed AI safety control solution, ‘AIoT Wright-G,’ has been selected for the “Technology Development Product Pilot Purchase Project” organized by the Ministry of SMEs and Startups. With this selection, SpaceBank has secured a foothold in the public sector market and is preparing for a new phase of growth based on its innovative technology.
The pilot purchase project is designed to help innovative SMEs secure initial sales channels for their technology products. It allows public institutions to prioritize purchasing the selected products, and these purchases are reflected in the institutions’ management evaluations. The government also provides follow-up support, including publicity, marketing, and procurement linkages, to ensure stable market entry for SMEs.
SpaceBank was selected for its technological innovation, public value, market potential, and commercialization capability. The company has already proven its functionality, stability, and security by obtaining the GS (Good Software) Grade 1 certification, Korea’s top software quality standard. This selection further validates SpaceBank’s technological strength and long-term growth potential.
‘AIoT Wright-G’ is a non-contact AIoT safety control solution designed to ensure safety in all types of spaces where people are present. It scans areas using invisible radio waves to detect human movement, and its AI instantly identifies danger signals and sends alerts. The system is drawing attention as a new type of control technology that protects privacy while ensuring safety.
AIoT Wright-G interface | Image provided by SpaceBank
The core technology behind the system is millimeter-wave (mmWave) sensing, which uses ultra-high-frequency electromagnetic waves (30–300 GHz) to detect distance, speed, and motion precisely. It operates accurately through walls, smoke, and darkness, ensuring reliable performance even in environments with poor lighting or heavy dust — all without the privacy risks associated with cameras.
Another key technology is point cloud analysis, which reconstructs space using a multitude of points to recognize a person’s position and posture in three dimensions. This enables real-time detection of falls, unauthorized access, or hazardous behaviors and sends immediate alerts to the control center. Because it is less affected by lighting or shadow changes, the system significantly reduces false alarms.
Currently, AIoT Wright-G is used in various environments, including hospitals, nursing facilities, public institutions, and forest monitoring zones. At the Incheon City No. 2 Municipal Nursing Hospital, operated by the Inseong Medical Foundation, the system enables rapid detection of patient falls and unauthorized access, providing 24-hour monitoring. At the Geongangnuri Uiwang City Nursing Home, SpaceBank’s HumanCare software and Carerate sensors are being implemented as part of an innovative nursing home pilot project. The company has also supplied radar control systems to the Baekdudaegan National Arboretum, enabling real-time monitoring of key facilities, including outdoor restrooms, archival storage, and seed vaults.
Building on its selection for the pilot purchase project, SpaceBank plans to accelerate its entry into the public sector market. A company official stated, “Through the field deployment of AIoT Wright-G, we aim to demonstrate the value of our solution across both public and private sectors and build a foundation for sustainable growth.”
