HiPo, created by DNV GL, is a platform that offers various apps to manage risk and prevent harm to people, the environment, and other losses. This platform includes step-by-step instructions and tried-and-tested analysis tools in 30 languages, making it easily accessible and user-friendly for all devices, including phones, tablets, and desktops. One of the apps available on HiPo is the Systematic Cause Analysis Technique (SCAT), which aids organizations in learning from accidents and other high-risk events to avoid future losses. With 50 years of experience in incident investigation, SCAT is a highly efficient tool for conducting root cause analysis. This app provides step-by-step instructions and analysis tools, making it widely accessible to organizations worldwide in 30 languages. SCAT is crucial in helping organizations identify the underlying causes of accidents and incidents to prevent them from recurring. By following a structured and systematic approach, organizations can pinpoint the root cause of an incident and take corrective action to prevent similar events from happening again. Therefore, SCAT is an essential tool for any organization looking to enhance its safety performance. For maritime settings, the Marine Systematic Cause Analysis Technique (MSCAT) is a subset of the SCAT methodology developed specifically for this purpose. The goal of MSCAT is to provide shipping companies with a tool for analyzing and learning from incidents at sea. This app is tailored for maritime use, making it the perfect instrument for investigating and preventing accidents and events at sea. Similar to SCAT, MSCAT uses a systematic approach to investigate occurrences at sea. By applying this method, ship owners and operators can learn from marine accidents and determine how to prevent them from happening again. If your shipping company aims to increase safety and reduce mishaps at sea, then MSCAT is a necessary tool. Another root cause analysis method available on HiPo is the Barrier-Based Systematic Cause Analysis Technique (BSCAT). This method is suitable for more complex process safety accidents, such as fires and explosions. BSCAT first assesses the accident to determine all the failed barriers contributing to it. Then, the SCAT method is applied to each failed barrier to identify the underlying management system failures. BSCAT is a powerful tool for conducting root cause analysis, making it an essential app for risk management. By following a structured approach, organizations can identify the root cause of an accident and take corrective action to prevent similar incidents from happening in the future. Therefore, BSCAT is a valuable resource for organizations looking to improve their risk management strategies.