In an era of rapid urbanization and economic volatility, the commercial real estate sector is under increasing pressure to optimize asset performance, anticipate market shifts, and retain high-value tenants. Traditional property management strategies, often reliant on static reports and retrospective analyses, fall short in capturing the dynamic patterns shaping tenant behavior and investment risks. This study proposes an integrated framework that leverages Artificial Intelligence (AI)-powered Business Intelligence (BI) dashboards to enhance the forecasting of commercial property trends and tenant retention metrics. Drawing from a broader landscape of data-driven real estate analytics, the research narrows its focus to the deployment of machine learning algorithms and predictive analytics within interactive BI environments to support real-time decision-making. The proposed system ingests multisource data including lease records, facility usage logs, economic indicators, and sentiment analysis from tenant feedback to generate predictive insights on occupancy trends, churn risks, and property value trajectories. A modular dashboard architecture is presented, enabling portfolio managers to visualize actionable KPIs such as net absorption rates, tenant satisfaction scores, and lease renewal probabilities. A case study is conducted using data from a mixed-use urban development, illustrating the framework’s accuracy in forecasting rental income streams and identifying tenants at risk of attrition. Results show that AI-powered dashboards outperform traditional reporting tools by offering adaptive foresight, contextual alerts, and continuous learning capabilities. This work contributes to the evolving field of PropTech by demonstrating how intelligent dashboards can drive strategic property decisions, increase stakeholder transparency, and improve long-term profitability in commercial real estate operations. Future applications may extend to retail center optimization, green building performance analytics, and dynamic rent modeling.