35% Higher Pick Density Without New Hardware
LLY delivers a 30–35% increase in order picking efficiency by optimizing pick density per trip through real-time order sequencing—without adding hardware, scanners, or overhauling existing WMS or ERP systems. It applies operational intelligence to current workflows, turning fragmented pick paths into consolidated, high-density trips.
“We see this as a direct P&L win: a 35% efficiency gain in picking—the most labor-intensive warehouse function—can reduce fulfillment labor costs by $220K annually in a 100-person facility, without CapEx.”
LLY delivers a 30–35% increase in order picking efficiency by optimizing pick density per trip through real-time order sequencing—without adding hardware, scanners, or overhauling existing WMS or ERP systems. It applies operational intelligence to current workflows, turning fragmented pick paths into consolidated, high-density trips.
From the Source
"We're expecting about another 30–35% lift in picking from that implementation without really adding anything—not adding in like another tool or a different scanner or whatever the case may be."
— Meet Lully – Improving Warehouse Efficiency Without Hardware
Key Takeaways
- 0130–35% lift in picking efficiency via real-time trip optimization
- 02Zero new hardware: works with existing scanners, totes, and WMS
- 03Replaces rigid segmentation (singles/multis) with dynamic order batching
- 04Deployment in as little as 30 days from first conversation
- 05Effective across 500 to 10,000+ orders/day operations
Watch the Source
Meet Lully – Improving Warehouse Efficiency Without Hardware
Source
Meet Lully – Improving Warehouse Efficiency Without Hardware
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Extracted and verified via Adversarial AI Pipeline
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