AI Driven Risk Assessment and Rapid Response in Organizational Crisis Management

Abstract

It is vital in organizational crises to make effective risk assessments and make a rapid response to prevent potential damage. This research serves to explore how crisis management strategies can be improved using Machine Learning algorithms and AI-driven solutions. We explore the application of five key algorithms: Gradient Boosting Machines (e.g. XGBoost), Support Vector Machines (SVM), K-Nearest Neighbors (KNN), Naive Bayes, and Decision Tree. These algorithms are key to prediction, classification, and response to crisis events by feeding from various data sources: internal reports, social media, environmental signals, to name a few. The accuracy in risk predictions of XGBoost-based gradient boosting, combined with the importance of the crucial features, and the effective crisis classification using optimal decision boundaries by SVM. Its simplicity and efficiency as an algorithm make KNN a good fit for anomaly detection, and Naive Bayes' probabilistic framework for the risk assessment based on past data also sounds good. The decision trees help to create transparent and clear decision-making processes in real-time crisis management. Together, these algorithms form a complete solution for crisis management that will help organizations automate the ability to detect and react to emerging threats in real time. Results emphasize the need to integrate these AI methods to create a robust and data-driven approach to organizational resilience during a crisis.

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