Overview

Manhattan Active Demand Forecasting is a cutting-edge solution designed to enhance the accuracy and efficiency of demand forecasting within supply chains. By leveraging advanced statistical models, machine learning (ML), and artificial intelligence (AI), this software provides unparalleled precision in predicting future demand. It is particularly effective in managing high-volume SKUs, slow-moving items, and the complexities of new product launches and promotions across a vast network of locations and channels.

Features

AI-Driven Intelligence

• Automates and optimizes the entire forecasting process.
• Continuously refines predictions, allowing focus on exceptions requiring human insight. Hybrid Intelligence
• Combines statistical rigor with AI adaptability.
• Delivers evolving forecasts that adapt to trends and seasons. Multi-Level Forecasting
• Generates and maintains forecasts at different levels of product and location nodes. Omnichannel Precision
• Forecasts by selling channel and fulfillment experience for detailed omnichannel strategies. Demand Cleansing & Profiling
• Uses built-in tools to account for repeatable patterns and refine forecasts. Seasonal Simulation
• Simulates the impact on forecast accuracy before updating seasonal profiles. Self-Correcting Intelligence
• Detects and corrects destructive seasonal profiles and suboptimal forecast update frequencies automatically. External Data Integration
• Enriches internal data with insights from market trends, social media, demographics, weather, and more. Multi-Echelon Inventory Optimization (MEIO)
• Predicts demand across all stages of the supply chain.
• Balances stock levels to minimize excess stock and reduce costly stockouts. Composable Microservices
• API-first architecture with automated scalability, resiliency, and availability. Continuous Updates
• Automatically receives new features and enhancements every 90 days. Unified Supply Chain Planning
• Integrates AI-driven insights with real-time data to optimize inventory levels across all channels.