Supply chain planning and analytics from SAS
Discover supply chain solutions from SAS that span organizational silos to optimize production plans, supplier collaboration and warehouse space – all based on our leading forecasting software.
Why choose SAS for supply chain planning analytics?
Sense market signals that shape and help you predict demand. Unify data from across your organization and beyond. Then optimize responses across the supply chain.
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Planning for what matters most
Use an intuitive interface to see key metrics and insights for accurate decisioning. Guide planning activities by using the most advanced analytics.
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Maintain optimal inventory levels
Get near-real-time insight into supply and demand dynamics. Calculate optimal inventory before the fact using what-if event simulation.
Improve supply chain visibility
Get near-real-time insight into supply and demand dynamics.
Connect customer and supply chain intelligence
Seamlessly bring together market and consumer drivers, such as syndicated scanner data and social media sentiment, with machine learning models to connect shopper engagement to product demand.
Avoid under- or over-stocking inventory
Integrate IoT systems with supply chain digital twin technology to calculate optimal inventory levels.
Achieve better planning outcomes
Let the solution choose the best machine learning algorithms or build your own with SAS or open source models.
The value of supply chain planning and analytics solutions from SAS
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12%
A multinational appliance manufacturer reduced inventory by over 12% and boosted revenue by 1%. It kept product availability above 93% versus 63% the previous year and achieved higher service levels and lower levels of working capital.
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40%
A European grocer reduced store order changes by 40% and overall inventory on hand by 8% by using SAS to provide accurate daily demand forecasting that accounted for events and promotions.
SAS is a leader in supply chain planning solutions
SAS is a Leader in the 2024 Gartner® Magic Quadrant™ for Data Science and Machine Learning.
