Remark Holdings, Inc. announced the release of its Large Multimodal Model (LMM) AI-Powered Aviation Safety Platform (ASP). Remark AI developed the ASP to safely reduce inspection times associated with aircraft engine maintenance as well as provide anti-collision tools for aircraft towing and other functionalities, all while improving the collection and reporting of essential performance data in a multi-modal format. Given the recent safety inspection failures and supply chain disruptions experienced by Boeing and its airline customers, there has never been a better time to utilize AI to improve safety performance.

The ASP uses a large multimodal model to provide several functionalities included in three essential components: an engine inspection kit; an aircraft towing anti-collision system, and a large multimodal model for business intelligence and reporting. The portable Aero-engine Inspection Kit (AIK) detects damage to aircraft engines, including damage such as combination chamber erosion, tear detection, blade curl, ablation, dimples or pits, lap wear, and misalignment. Upon recognizing such damage, the AIK evaluates it for severity and automatically generates an inspection report with detailed images, thereby reducing staff workload and inspection times from days to approximately 30 minutes, allowing for real-time, pre-flight inspections before takeoff.

The Towing Anti-Collision System (TACS) provides aircraft towing operators with functionalities that look for, warning of, and, thereby, potentially prevent accidents. The system helps those towing airplanes to avoid obstacles by utilizing the cockpit screen to provide a real-time, three-dimensional view of the aircraft's travel path, a dynamic environment status, and potential collision warnings. The AIK's functionalities include collision prediction, speed monitoring, and detection of abnormal driving, and it incorporates LIDAR to provide comprehensive coverage under all weather conditions.

The Aviation Industry Business Intelligence Reporter is a powerful AI system that analyzes massive business data files, photos, videos, and other files and then provides valuable business intelligence. The system allows for data processing, predictive analysis, semantic search, and statistical analysis, and it provides intelligent recommendations that allow for process improvement in many aspects of aviation operations.