
Explore innovative models for inclusive procurement, connecting minority-owned businesses to opportunities that drive growth and enhance the U.S. economy. Learn from public and private sector experts.

Exploring how public procurement can improve job quality and address racial and gender inequities in government contracting, leveraging recent legislation and investment opportunities.

Explore graph databases' potential in personalization, logistics, and fraud detection. Learn about various datastores, processing frameworks, and practical applications to enhance complex systems.

Master Sensu CLI for efficient monitoring and observability pipeline management. Learn installation, configuration, and essential operations to enhance your DevOps workflow.

Discover how to simplify network operations through routed optical networking automation, featuring hierarchical controller architecture, unified management interfaces, and predictive maintenance capabilities for efficient network control.

Centralize infrastructure management with a web-based GUI, featuring RBAC, job scheduling, and graphical inventory control for enterprise-level Ansible usage.

Master the complete process of building a professional e-commerce website with Wix, from choosing templates and adding products to setting up payments and shipping - all in a comprehensive step-by-step walkthrough.

Discover how T-map Mobility's AI models optimize freight pricing in real-time, balancing dispatch success rates and profitability through innovative data-driven strategies and ICT family collaboration.

Discover how AI-powered markdown optimization helped fashion retailers tackle inventory challenges during Covid-19, combining demand forecasting and linear programming for profitable stock clearance.

Discover how genetic algorithms and neural networks revolutionize logistics operations, transforming supply chain complexities into sustainable and cost-effective solutions for modern business challenges.

Discover how AI revolutionizes supply chain management through optimized inventory, production planning, and demand forecasting, with practical applications in distribution and manufacturing.

Explore how AI and computer vision enable autonomous mobile robots to navigate safely alongside humans in logistics, focusing on deep learning, mapping, and advanced navigation algorithms.

Discover how BOSCH Power Tools leverages neural forecasting models in AWS cloud to optimize demand forecasting, reduce inventory costs, and enhance supply chain stability for millions of product time series.

Discover how AI and GPT transform supply chain optimization through advanced demand forecasting, inventory management, and user-friendly chatbot integration for improved decision-making.

Optimize e-commerce operations with AI-driven inventory management, order routing, and dynamic allocation across omnichannel platforms. Learn forecasting models, machine learning techniques, and reinforcement learning for improved efficiency.

Explore Ocado's journey in migrating bot orchestration to the cloud, overcoming challenges, and achieving seamless operation for automated warehouses. Learn about the team effort and technological innovations involved.

Explore how a 150-year-old logistics company formed a platform team to enhance developer experience, speed up cloud-native development, and drive digital transformation.

Discover the fundamentals of IT automation with Ansible. Learn to create and run your first playbook, streamlining infrastructure management and task execution.

Explore AI's role in sustainable logistics and supply chain management, focusing on reducing emissions, improving efficiency, and enhancing resilience and security.

Explore AI's transformative impact on supply chain management, from demand forecasting to logistics optimization, enhancing efficiency and decision-making across the entire value chain.

Optimize supply chain matching with JuMP: Efficiently model connections in transportation networks, balancing idle times, delays, and resource allocation for improved performance and robustness.