Transform Warehouse Operations with AI-powered Labor Optimization


This webinar will take place on:
11 December, 2024
12:00 PM - 12:45 PM EDT


Discover how leading companies like Sysco, DHL, and DB Schenker are revolutionizing warehouse efficiency with Quinyx’s AI-powered workforce management solutions.

In this exclusive tech demo, we’ll show you how Quinyx helps warehouses and supply chain leaders get more volume out the door—on time and in full—while optimizing labor costs and empowering employees with schedule flexibility.

Whether you're struggling with high call-offs, reliance on temp labor, or mandatory overtime, Quinyx provides real-time forecasting, optimized staffing, and seamless shift management to tackle these challenges head-on. Learn how AI and automation can enable you to reduce labor expenses, eliminate scheduling headaches, and improve employee retention.

Attendees of this webinar will learn how to:

● Maximize Operational Efficiency: Learn how AI-powered scheduling reduces over and under-scheduling and ensures consistent on-time, in-full delivery performance.

● Control Labor Costs Without Sacrificing Quality: Discover how dynamic labor planning helps reduce overtime and voluntary time off while meeting fluctuating demand.

● Boost Employee Retention and Engagement: See how Quinyx empowers employees with more balanced, predictable, and flexible schedules, driving engagement and reducing turnover.


Speakers

Jack Pidgeon
Solutions Engineer & Host of the wFM Podcast
Quinyx

Jack is Quinyx’s resident Workforce Management geek. Before becoming a Solutions Engineer and Host of the wFM show podcast, he led 50 implementations at Connors Group and took teams into uncharted territory, learning every new WFM system they sought to partner with. Jack became obsessed with forecasting and labor optimization, but it wasn’t until his wife became a frontline worker that he realized the impact this technology can have on real humans’ real lives. Now he is passionate about helping companies find that practical balance between human and machine.

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