ASTRIIS Secures $1.7M to Scale Predictive Maintenance AI

ASTRIIS, a company specializing in predictive maintenance software for rotating assets, has secured $1,700,000 in funding from investors. This investment round is set to propel the company's growth and operational expansion. The company develops AStrion, software designed to monitor the health of critical rotating components such as motors, turbines, pumps, gears, and bearings. Its technology aims to detect, localize, and track existing faults without requiring extensive historical data, thereby preventing unexpected production shutdowns, reducing security risks, and enhancing operational efficiency. ASTRIIS’s solution caters to a wide range of industries, including aeronautics, energy, and food processing, where undetected equipment issues can lead to significant downtime and costly disruptions. This capital infusion marks a significant milestone for ASTRIIS, providing essential resources to accelerate its strategic objectives. ASTRIIS plans to use the funds to scale its operations, expand its market reach, and further develop its AStrion platform. The investment is expected to support ongoing research and development efforts, ensuring the continuous enhancement of its advanced fault detection capabilities and integration options. AStrion leverages innovative frequency peak extraction techniques, building on over two decades of research. It analyzes vibration sensor measurements to automatically calculate indicators, with artificial intelligence then monitoring their evolution to raise alarms for any suspicious activity. The platform provides users with a clear, non-black-box view of localized faulty components through a user-friendly interface, aiding in root-cause analysis. Looking ahead, ASTRIIS aims to solidify its position as a key provider of scalable and automatic predictive maintenance solutions. The company intends to continue enabling businesses to achieve more efficient asset management and cost-effective operation and maintenance strategies, potentially through further collaborations with hardware providers.