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Inventory Management Dashboard

You check the ERP. It says 5,000 units. But where? Which warehouse actually has stock ready to ship? Now you'll know—every SKU, every location, right now.

Solution Overview

You check the ERP. It says 5,000 units. But where? Which warehouse actually has stock ready to ship? Now you'll know—every SKU, every location, right now. This solution is part of our Inventory domain and can be deployed in 2-4 weeks using our proven tech stack.

Industries

This solution is particularly suited for:

Manufacturing E-commerce Logistics

The Need

You know the moment. A customer orders 500 units, your team checks the ERP, and it says you have 5,000. Great—except nobody can tell you where. Someone calls Warehouse A. Someone else emails Warehouse B. An hour later you learn that 4,200 units are in a facility that's at capacity and can't ship for two weeks, and only 500 are somewhere useful. The customer is still waiting.

This happens because your ERP tracks totals, but your operations run on locations. The system says you have stock. It doesn't say whether that stock is available to ship, committed to other orders, sitting in quality hold, or damaged on a shelf somewhere. Warehouse managers keep side spreadsheets because the official numbers update daily or weekly—not when things actually move.

Cycle counts make it worse. You count everything once a year, find discrepancies, and shrug—because the loss happened months ago and nobody remembers why. Meanwhile, planners don't trust the numbers, so they over-order to be safe. You end up carrying 20-30% more inventory than you need, tying up working capital and paying carrying costs of 25-35% of inventory value every year. When shortages still happen, you pay rush shipping to cover the gap. The money you lose isn't dramatic—it's slow and steady, which makes it easy to ignore and expensive to add up.

The Idea

The dashboard gives you one screen that answers the question your ERP can't: "Where is my inventory, and how much of it can I actually use right now?" Every receiving event, every pick, every transfer, every adjustment is captured the moment it happens—with location, operator, timestamp, and reason. No batch updates. No waiting until tomorrow.

You open the dashboard and see SKU-12345: 5,847 units across 8 locations. You drill down and see exactly how many are at each warehouse, how many are in transit, how many are on quality hold, and how many are already committed to orders. A warehouse approaching capacity shows up in red. Slow-moving stock gets flagged. You reroute a customer order to Warehouse B because Warehouse A is full—and you make that call in seconds, not hours.

Instead of shutting down a warehouse once a year to count everything, the system creates short daily count lists focused on the items most likely to have problems: high-value materials, items with recent picking errors, items where the numbers look off. Your staff scans and counts 20-50 items a day. When the system shows 150 and the count shows 147, you investigate now—while the person who handled it is still on shift.

Reorder alerts work per location, not globally. The system knows that Warehouse B has 127 units left, the reorder point is 100, and the supplier needs 14 days to deliver. It tells procurement to order now. No stockout, no panic, no rush shipping fee.

When something goes missing, you can trace every movement: received from Supplier X on November 10, 87 units picked to a production order on November 12, 13 units remaining, last count matched. If a gap appears later, you know exactly where to look.

The system also spots imbalances across your network. Two thousand units sitting in Warehouse A while Warehouse B—which serves 70% of your demand—is nearly out. Slow-moving stock racking up storage costs in one location while another location could use it. Safety stock set at six months when actual demand variability only requires one month. Each flag is a chance to free up cash and warehouse space without hurting service levels.

How It Works

flowchart TD A[Inventory Events] --> B[Receiving from
Suppliers] A --> C[Picking for
Orders] A --> D[Inter-Warehouse
Transfers] A --> E[Cycle Counts] A --> F[Adjustments] B --> G[Record Transaction
with Location
Timestamp Operator] C --> G D --> G E --> G F --> G G --> H[Update Real-Time
Inventory Position] H --> I{Trigger Alerts} I -->|Reorder Point| J[Generate
Purchase Order] I -->|Capacity Limit| K[Alert Warehouse
Manager] I -->|Discrepancy| L[Flag for
Investigation] I -->|Excess Stock| M[Recommend
Rebalancing] J --> N[Send to
Supplier] K --> O[Reallocate to
Other Location] L --> P[Cycle Count
Priority] M --> Q[Transfer Between
Warehouses] H --> R[Real-Time Dashboard:
Global Inventory Position] R --> S[Multi-Warehouse
View] R --> T[SKU-Location
Matrix] R --> U[Inventory
Analytics] R --> V[Shortage/Excess
Analysis] S --> W[Display Quantity
by Location] T --> X[Show Quality Holds
and Committed Qty] U --> Y[Days Inventory
Turnover Analysis] V --> Z[Rebalancing
Recommendations]

Real-time inventory management system with multi-warehouse visibility, cycle counting, location-aware reorder alerts, and shortage/excess identification enabling optimized inventory distribution and reduced working capital requirements.

The Technology

All solutions run on the IoTReady Operations Traceability Platform (OTP), designed to handle millions of data points per day with sub-second querying. The platform combines an integrated OLTP + OLAP database architecture for real-time transaction processing and powerful analytics.

Deployment options include on-premise installation, deployment on your cloud (AWS, Azure, GCP), or fully managed IoTReady-hosted solutions. All deployment models include identical enterprise features.

OTP includes built-in backup and restore, AI-powered assistance for data analysis and anomaly detection, integrated business intelligence dashboards, and spreadsheet-style data exploration. Role-based access control ensures appropriate information visibility across your organization.

Frequently Asked Questions

How can I get real-time inventory visibility across multiple warehouse locations?
Every movement—receiving, picking, transfers, adjustments—is captured the moment it happens, with location, operator, and timestamp. You see current quantity on hand, in transit, on hold, and available for each SKU at each location. No waiting for batch updates. You can answer 'How many units of SKU-12345 do we have across all locations right now?' in seconds, and route orders to the warehouse that can actually ship them.
What are the main causes of inventory discrepancies and how can I reduce them?
Discrepancies pile up because you count once a year but move inventory every day. By the time you find a missing carton in December, the loss happened in April and nobody remembers why. Continuous cycle counting fixes this—the system generates daily count lists focused on high-risk items. Your staff scans and counts 20-50 items a day on mobile devices. When the numbers don't match, you investigate immediately while the responsible person is still on shift. Every transaction is tracked with operator, time, and reason, so when gaps appear you can trace them back.
How much working capital can we free up by optimizing inventory levels?
Most organizations carry 20-30% more inventory than they need because they don't trust their own numbers. That excess generates carrying costs of 25-35% of its value every year. The system spots the specific opportunities: SKUs with safety stock far beyond what demand variability requires, locations hoarding inventory while other locations face stockouts, and slow movers sitting in expensive storage. Most companies reduce total inventory by 15-25% while improving service levels, freeing up significant working capital.
Can an inventory management system prevent stockouts and reduce emergency procurement costs?
Your ERP might say you have 5,000 units globally—but 4,200 of them are in a warehouse that's full and can't ship for two weeks. Location-aware reorder points fix this. The system calculates safety stock for each warehouse based on local demand, supplier lead times to that location, and capacity constraints. When stock drops near the threshold, procurement gets an alert with full context: current quantity, reorder point, supplier lead time, and recommended order size. You reorder on schedule instead of scrambling.
How does continuous cycle counting work compared to traditional annual counts?
Instead of shutting down a warehouse to count 10,000 SKUs once a year, your staff counts 20-50 high-risk items daily using mobile devices. The system picks which items to count—high-value materials, items with recent errors, items where the numbers look off. Discrepancies are flagged in real time. Staff can capture photos and notes. Everything syncs immediately. You fix problems while they're fresh instead of discovering them months later during a wall-to-wall count.
How can I identify and rebalance inventory across multiple warehouses?
The system compares inventory positions against demand patterns by location. It flags the obvious imbalances: 2,000 units in Warehouse A, 50 in Warehouse B, but 70% of demand comes from B's region. It also catches slow movers—500 units sitting untouched for 240 days at a location where monthly demand is 10 units. Each recommendation comes ranked by financial impact, so you tackle the biggest wins first: better service levels, lower storage costs, and freed-up warehouse space.

Deployment Model

Rapid Implementation

2-4 week implementation with our proven tech stack. Get up and running quickly with minimal disruption.

Your Infrastructure

Deploy on your servers with Docker containers. You own all your data with perpetual license - no vendor lock-in.

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Ready to Get Started?

Let's discuss how Inventory Management Dashboard can transform your operations.

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