Plavno developed enterprise-grade AI Warehouse Optimization Software for Layout & Slotting that helps logistics operators increase storage density, optimize slotting strategies, and reduce picking time using advanced supply chain AI optimization models.
This intelligent warehouse optimization system combines predictive analytics, SKU velocity clustering, and route modeling to deliver measurable operational improvements across distribution centers.
reduction in picking time
improvement in storage utilization
operational throughput
labor inefficiencies
Overview
A large-scale distribution center required intelligent warehouse redesign to eliminate inefficiencies in layout planning and SKU slotting.
Traditional warehouse automation software relied on static configurations and manual adjustments, limiting scalability and adaptability.
Plavno delivered a scalable AI warehouse planning solution as part of its enterprise AI development service.
The system functions as an intelligent AI agent that analyzes warehouse movement data, simulates traffic patterns, and generates optimized layout and slotting strategies.

The warehouse operator faced:
Inefficient product placement
Congested picking routes
Underutilized storage zones
Rising labor costs
Slow order fulfillment cycles
Difficulty adapting to seasonal demand
Static warehouse layouts failed to reflect real-time SKU velocity patterns.

The client required an AI intelligent agent capable of:
Processing high-volume WMS data
Modeling SKU velocity and clustering
Optimizing slotting based on turnover rates
Simulating picker routes and congestion
Integrating with existing warehouse automation software
The solution had to operate at enterprise scale across 100K+ SKUs.

Solution
Plavno designed and implemented cloud-native AI warehouse optimization software powered by machine learning and predictive logistics modeling. The system continuously evaluates SKU demand, warehouse traffic flow, and operational constraints to recommend optimized layout configurations.
AI-driven slotting optimization
SKU velocity clustering
Dynamic warehouse heatmap simulation
Picking route optimization algorithms
Demand forecasting integration
Real-time WMS synchronization
01 Collect Data: Import WMS records, SKU movement history, and order frequency.
02 Analyze & Model: Apply clustering algorithms and predictive demand models.
03 Generate Optimized Layout: Produce AI-recommended slotting and routing strategies.
04 Deploy & Monitor: Update configurations and track throughput performance.
Real-time layout simulation
100K+ SKU processing capability
Multi-warehouse deployment support
Cloud-native infrastructure
Secure enterprise integrations
Architecture Overview
Data Layer: WMS logs, order history, SKU metadata, demand forecasts.
Intelligence Layer: Clustering models, route optimization engines, predictive demand algorithms.
Automation Layer: Slotting recommendation engine, layout simulation module, workflow triggers.
Analytics Layer: Throughput dashboards, heatmaps, picking time analysis, utilization reports.

Challenges
Developed adaptive AI models that adjust slotting strategies dynamically.
Reduced picker travel distance using AI-driven route simulation.
Processed 100K+ SKUs with optimized architecture.
Seamless integration with warehouse management systems (WMS).
Value
Maximized warehouse space efficiency.
Reduced travel distance and order processing time.
Improved workforce productivity.
Supports growth without layout redesign costs.
Benchmarks
95%+ layout recommendation accuracy.
≤ 600 ms per simulation scenario.
10M+ SKU evaluations monthly.
99.9% uptime.
optimization latency
SKU evaluations monthly
system uptime
Innovative Experience
Scalable AI call handling built for high‑volume medical practices
Delivery Crew
High-performing developers for growing companies

Eugene Katovich
Sales Manager
Deploy intelligent AI warehouse optimization software with Plavno.
Talk to an ExpertCompetitive Ability
The four-step process to AI-powered warehouse optimization
Capture Operational Signals
Collect SKU velocity and order frequency data.
Model & Simulate
Run AI clustering and route optimization engines.
Optimize Slotting
Generate dynamic warehouse layout updates.
Improve Throughput
Continuously refine performance.
WMS API integration
Automated slotting updates
Real-time performance dashboards
Continuous model retraining
100K+ SKU capacity
Multi-location deployment
Elastic cloud scaling
High-availability infrastructure
Clustering algorithms
Predictive demand forecasting
Route optimization engines
Simulation modeling tools
Proven impact on warehouse efficiency and operational costs
Faster order fulfillment.
Optimized layout configurations.
Improved operational capacity.
Higher workforce efficiency.
Reduced cycle times from receipt to shipment
Tools We Used
Project Estimator
The estimated time to launch the product
Clear vision of functionality you need
15% discount on your first sprint

Frequently Asked Questions
Find answers to your common concerns
Yes — optimized for 100K+ SKU environments.
Yes — AI models adapt to demand changes.
Yes — scalable cloud-native architecture.
Yes — secure API-based integration.
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Vitaly Kovalev
Sales Manager
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