More than just a pretty interface: How a human-centric solution rewards investment with long-term, scalable growth
Discover how human-centric design drives technology adoption, decision-making efficiency, and sustainable business growth.
Discover how human-centric design drives technology adoption, decision-making efficiency, and sustainable business growth.
Discover how AI-powered demand planning drives supply chain success. Learn key features, implementation strategies, and real results from retail and CPG leaders.
This blog discusses the top causes of waste across the food supply chain and how technology can help grocery stores meet customer needs while reducing food waste and ultimately cutting their footprint.
Discover how a 'configure, don't code' strategy enables rapid in-house configuration so business can continuously improve and scale planning processes.
Get firsthand insights from industry expert Madhav Durbha on CPG supply chain trends like AI innovation, consumer behavior shifts, and emerging challenges.
Learn how AI enhances sustainability in supply chain by reducing waste, minimizing power consumption, improving efficiency, and enabling emissions tracking.
Customer demands for fresh products can seem as unpredictable as the weather. That is, until you learn how to forecast for weekday variation.
5 strategies to reduce grocery waste with AI-driven demand forecasting, balanced replenishment, and integrated planning for a sustainable future.
Discover how AI-powered predictive inventory systems can eliminate phantom inventory, saving retailers billions and boosting customer satisfaction.
Find out how retailers can address both fresh and center store product management needs to remain competitive in the grocery space.
Learn how to leverage real-time data and AI-driven insights to enhance budgeting accuracy and adapt to market dynamics.
Discover how modernizing Merchandise Financial Planning (MFP) can transform outdated processes into actionable, data-driven strategies.
Explore proven AI techniques that transform chaotic supply chain data into organized, actionable insights that boost accuracy, agility, and resilience.
Learn how production scheduling optimizes production activities to improve efficiency, align with high-level plans, and boost overall business performance.
Discover how AI algorithms optimize retail inventory management by accurately predicting demand, reducing waste, and increasing sales for enhanced profitability.
Discover how predictive inventory systems can solve the problem of phantom inventory, improve accuracy, and enhance efficiency in retail operations.
The issue is finding the right AI for the right task—avoiding using, metaphorically, a 2x4 wooden board to smash a nail into a wall when a hammer would be much more appropriate, less energy-intensive, and better at delivering the best results.
Discover how to navigate the FMCG supply chain with strategies for managing demand volatility, balancing production capacities, and optimizing distribution.
Distribution planning solutions that utilize heuristics and mathematical optimization are the equivalent of climbing Mt. Everest with a sherpa and the latest available technology. They keep you on track, on time, and able to conquer the task.
Discover innovative tools like continuous camera monitoring, robot checks, flying drones, smart carts, and electronic shelf labels that are set to revolutionize the industry.
Discover the common pitfalls in grocery optimization and how to address them effectively to unlock new heights of efficiency and profitability.
Learn how grocery retailers can move beyond transactional systems to optimize their operations, focusing on key areas like forecasting and assortment to boost efficiency and profitability.
Organizations often make the same mistakes when choosing and implementing digital twins in their supply chain technology. Here's how to avoid these pitfalls.
Join us as we explore how advanced technology, including AI, is transforming retail operations and helping businesses stay ahead in a rapidly evolving market.