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Teams across Purchasing, Quality, Regulatory, Sustainability, and R&D handle large volumes of supplier documentation. Manual validation takes time, increases errors, and slows decision-making. It also makes supplier comparison harder, even when ingredient quality is equivalent
This use case shows how to streamline validation and improve decision-making.
Before Prediko, Lori Beds used Inventory Planner by Sage for inventory planning.
But limited development, slow support, bugs, and a clunky interface created daily friction.
The team also had low confidence in the planning outputs and limited flexibility.
This use case shows how improve planning and purchasing decisions.
MakerFlo managed a growing catalog through spreadsheets, handwritten notes, and manual forecasting.
This led to stock imbalances, weak visibility into bundle demand, and limited PO tracking.
It also reduced confidence in reorder timing and inventory decisions.
This use case shows how gain better control and planning accuracy.          Â
Regulatory, quality, and sustainability teams rely on accurate supplier data.
But collecting and maintaining it is often slow, manual, and unreliable.
Documents come in different formats, certificates expire, and regulations keep changing.
This use case shows how to centralize supplier data and stay audit-ready.
Scope 3 emissions from purchased goods and services are often the largest share of a company’s footprint, but also the hardest to measure accurately, as many teams still rely on generic data instead of real supplier and transport information.
This use case shows how to improve reporting and support credible sustainability disclosures.
Healf was managing products from multiple brands with inaccurate demand forecasting, high stockout rates, limited tool support, and cumbersome spreadsheets that reduced visibility and slowed decisions.
This use case shows how to improve forecasting and inventory confidence.
Warehouse design in aerospace is high-stakes and often based on fragmented data and flawed assumptions.
Traditional methods miss real order patterns and require weeks of manual analysis.
This can lead to costly layout mistakes, longer picker travel time, and lower ROI. This use case shows how to design smarter, more efficient warehouse operations.
Organizations collect large amounts of valuable unstructured text, but turning it into insight is often slow and costly.
Manual tagging and keyword searches are time-consuming, inconsistent, and error-prone.
They also struggle to adapt to new questions or emerging issues. This use case shows how to extract insights faster and more effectively.