Inventory Optimization

SJ
Sarah Johnson

🎯 AI-Driven Inventory Optimization

Neural networks active 2,847 SKUs analyzed Next optimization: 2 hours
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OPTIMIZATION

Capital Release Opportunity

Machine learning algorithms identified $2.3M in excess inventory across 247 slow-moving SKUs. AI recommends gradual reduction over 90 days to maintain service levels.

Capital release: $2.3M Service level: Maintained at 99.1% Risk level: Low (12%)
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STOCKOUT RISK

Safety Stock Adjustment Required

Deep learning models predict 34% stockout probability for 18 critical SKUs within 14 days. Demand volatility increased 23% due to seasonal patterns.

At-risk SKUs: 18 Stockout probability: 34% Buffer increase needed: +15%
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TURNOVER

Inventory Velocity Optimization

AI-powered velocity analysis suggests rebalancing 156 SKUs to achieve 18% improvement in inventory turnover while reducing carrying costs by $420K annually.

Turnover improvement: +18% Cost reduction: $420K/year SKUs affected: 156

🧠 AI Optimization Performance

Models trained and active
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97.2%
Forecast Accuracy
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$3.2M
Cost Savings YTD
247
Auto-optimizations
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7.2x
Avg Turnover

AI Model Performance

Optimization Impact

AI-Recommended Inventory Adjustments

SKU Code Description Current Stock AI Recommended Adjustment Impact Confidence Priority Action
SC-4521 Steel Component Grade A 142 units 285 units +143 units $12K savings 98.7% Critical
PM-7832 Polymer Material Blue 2,450 kg 1,850 kg -600 kg $45K release 95.3% Medium
EL-9911 Electronic Module X1 856 units 1,100 units +244 units $8K cost avoidance 87.1% High
PK-5634 Packaging Material A4 15,000 units 8,500 units -6,500 units $78K release 92.8% Low
RT-2389 Raw Textile Material 3,200 meters 4,200 meters +1,000 meters $15K cost avoidance 94.5% Medium

Inventory Optimization Timeline

AI Confidence Distribution