anyLogistix Supply Chain Software: Overview

anyLogistix™ (ALX™) by The AnyLogic Company is supply chain analytics software for designing, optimizing and analyzing your company supply chain. ALX combines powerful analytical optimization approaches together with innovative dynamic simulation technologies to offer you a comprehensive set of tools for end-to-end supply chain analytics. By leveraging both simulation and optimization you have the best set of tools for tackling supply chain challenges, enabling you to gain deep insights into your company supply chain not possible with traditional solutions.
Related videos
-
anyLogistix Intro Webinar
-
Webinar: Scenario-Based Strategic Sourcing with anyLogistix
-
Webinar: 3 Key Things To Consider When Designing Your Supply Chain Model in anyLogistix
-
Webinar: Evaluating Onshoring Strategies with Network Optimization and Simulation
-
Webinar (en Español): Design Supply Chain. Run with Digital Twin
-
Webinar: Identifying Unknown Risks in Your Supply Chain Through Analytics
-
Webinar: Simulation-based Inventory Optimization with anyLogistix
-
Webinar (en Español): Análisis de Riesgos
-
Webinar (en Español): Optimización de Redes Logísticas
-
Webinar: How to Evaluate Supply Chain Strategies with anyLogistix
-
Webinar: Ripple Effects in Supply Chains at different Pandemic Stages
-
Webinar: Supply Chain Network Optimization
-
Webinar: Transportation Optimization - Combining Analytical and Simulation Approaches
-
Webinar: Supply Chain Risk Analysis with anyLogistix
-
Webinar: Supply Chain Constraint-based Planning and Network Optimization
-
Webinar: Embedding Inside-4-Walls Models into a Supply Chain Digital Twin
-
Webinar: Supply Chain Digital Twin and Control Tower with anyLogistix
-
anyLogistix 2.11 Overview with Advanced Transportation Optimization
-
Greenfield Analysis
-
Novidades da versão 2.11 do anyLogistix
-
Supply Chain Master Planning
-
Global Network Optimization
-
Shipments scheduling
-
Simulation-based What-if Scenarios
-
Inventory Management: Safety Stock Estimation
-
Risk Analysis
-
Inside-4-Walls Modeling