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Ever wondered why some businesses seem to always have the right products in stock while others struggle with empty shelves or overflowing inventory? The answer lies in understanding inventory control vs inventory management. Both of them are necessary for businesses to thrive, but they serve different roles in optimizing operations.

Inventory control and inventory management are often used interchangeably, despite their distinct roles. In this guide, we’ll clarify how these two concepts differ, how they complement each other, and how you can leverage both to streamline your processes and boost efficiency.

What is Inventory Control?

Inventory control refers to the process of managing the movement and storage of inventory to make sure that a business has the right amount of stock at the right time. This involves tracking inventory levels, organizing storage, and maintaining a balance between demand and supply.

The goal of inventory control is to minimize waste, reduce holding costs, and avoid both stockouts (when stock runs out) and excess inventory. It also ensures product visibility at every stage.

For example, an eCommerce business sells handmade candles. The business owner uses an inventory control system to track how many candles are in stock. The owner also organizes the storage of raw materials and finished products in clearly labeled bins, which improves accuracy and minimizes time spent searching for items.

That way, the business owner is able to monitor and organize his inventory properly.

What is Inventory Management?

Inventory management, on the other hand, is the broader strategy that encompasses all aspects of inventory oversight. It includes everything from purchasing and stocking to tracking inventory, fulfilling orders, and maintaining inventory levels.

A well-thought-out inventory management system (IMS) involves:

• Demand forecasting
• Supplier management
• Stock categorization
• Order fulfillment optimization

Inventory management is all about the processes that keep products moving smoothly from suppliers to the warehouse and, eventually, to the customer, which overall contributes to operational efficiency.

Now, the candle business owner uses a responsive inventory management system with demand forecasting to predict which products will be in high demand during the holiday season. Then, he coordinates this with the suppliers, based on this forecast.

Simply saying, it is the inventory strategy that you implement to ensure that the right products are ordered, stocked, and available for customers at the right time.

What's the Difference Between Inventory Management and Inventory Control

We know that the terms may sound similar, but they serve distinct functions. To make things clearer, let's break it down into key areas.

In short, inventory control focuses more on the physical aspects of warehouse management, while inventory management is the one that oversees the whole process.

How Inventory Control Complements Inventory Management

Now, inventory management won’t work without inventory control and vice versa. These two systems work hand-in-hand to ensure smooth operations and strategic growth.

Here’s how.

‍Inventory control focuses on the day-to-day tasks, such as tracking stock levels in real time and managing the movement of goods in and out of the warehouse.

On the other hand, inventory management provides the strategic framework by aligning stock levels with business goals and customer demand, forecasting future demand, and planning for replenishment.

‍Inventory controlfeeds real-time data into inventory management, which helps improve overall stock accuracy, better predict demand, and optimize the reordering process.

Without it, inventory management would lack the necessary real-time insights, leading to inefficient decision-making and stock imbalances. Together, these systems ensure that you have enough stocks while balancing daily operations and long-term growth.

Challenges in Inventory Control and Inventory Management

However, even with the best systems in place, both inventory control and inventory management come with their own set of challenges.

• Stockouts and Overstocks: Too little stock results in missed sales opportunities, while too much stock increases holding costs and the risk of obsolescence. Rely on demand forecasting and just-in-time (JIT) strategies to prevent overstocking or understocking.
• Supply Chain Disruptions: Global events or transport issues can lead to shortages or delays. Diversify suppliers and have contingency plans to help mitigate these issues.
• Maintaining Accuracy and Real-Time Visibility: Discrepancies between actual and recorded stock can arise due to human error or system failure. Solutions like RFID, barcode scanning, and cloud-based systems ensure precise tracking and visibility.
• Managing Lead Times and Supplier Reliability: Unpredictable suppliers can affect inventory levels and ordering strategies. Work with reliable suppliers and maintain buffer stock to manage delays effectively.

Keep on track with these challenges, so you’re one step ahead of the game.

Which Software Should You Choose?

So to say, inventory control and inventory management are easier to manage with technology. Look for features like real-time tracking, demand forecasting, sales channel integration, and detailed reporting.

But before picking a software, choose which type of inventory software solution matches your business needs:

• Inventory Management Platforms: These are standalone solutions focused on tracking stock levels, managing reorders, and providing data-driven insights. They’re ideal for small to mid-sized businesses looking for a cost-effective way to maintain accurate inventory records.
• Enterprise Resource Planning (ERP) Systems: ERPs like NetSuite provide an all-in-one solution that integrates inventory with accounting, HR, and customer management. These systems are suitable for larger organizations seeking centralized control over multiple business functions.
• Specialized Control Tools: These systems are specifically designed for warehouse control, picking optimization, or demand planning. They are often used to augment existing platforms with high-performance capabilities in key operational areas.

If you’re looking for a comprehensive, scalable solution that delivers real-time performance and operational excellence, ShipHero can help you optimize your fulfillment process and drive business growth. It comes with native NetSuite integration, real-time synchronization, optimized pick routes, and robust analytics for scalability and operational excellence.

That way, you can streamline your operations and focus on what matters most, which is to grow your business.

‍Get a free quote today.

Key Takeaways

• Inventory control focuses on daily tasks and tactical decisions, while inventory management covers long-term strategies for stocking, forecasting, and order fulfillment.
• Both are needed to improve operational efficiency, minimize costs, and ensure customer satisfaction.
• Technology plays a key role in integrating these functions to enhance visibility and accuracy in inventory processes.

Frequently Asked Questions

Can Technology Integrate Inventory Control and Inventory Management?

Yes. Modern inventory software like ShipHero integrates both inventory control and inventory management systems. This integration allows seamless communication between the systems, which helps provide real-time updates and maintain accurate data.

Can a Business Use Inventory Control without Inventory Management?

It’s true that inventory control can function independently in a smaller business or simpler operations, but you need an inventory management strategy for long-term success, growth, and scalability.

Can Inventory Control Prevent Stock Discrepancies?

Yes, inventory control can greatly reduce stock discrepancies by improving the tracking and monitoring of products. However, it’s most effective when supported by an inventory management strategy that handles forecasting, procurement, and sales.

There’s a lot that goes into fulfilling a customer order, way more than most people realize. From receiving the order to delivering it to your doorstep, order picking remains one of the most labor-intensive and error-prone processes in the warehouse.

In fact, so many warehouses actually struggle with picking and packing mistakes. Each of these mistakes not only comes with a heavy financial cost but also the potential of damaging customer relationships that took years to build.

In this article, we’ll break down seven practical steps that can transform your picking operations, improving operational efficiency and customer satisfaction.

What's the Average Warehouse Pick Rate?

The average pick rate for most warehouses is 50 to 250 items per hour. But this rate varies because of so many factors, including industry, warehouse sizes, and the complexity of the operations.

This is why it’s important that you know where your operation stands based on benchmarks so you can identify areas for improvement, and in turn, you can set realistic performance goals.

7 Steps To Pick Orders Faster in a Warehouse

Improving warehouse efficiency doesn't happen overnight. But what most operations don’t realize is that there are many more actionable ways to make real progress.

Analyze the Current Warehouse Operations

The very first step is evaluating your warehouse operations because this helps you identify the bottlenecks and inefficiencies of your operations. Map out your picking process from start to finish, including picking paths, storage layouts, and order processing times.

By doing this, you can pinpoint areas of delays, for example, excessive walking distances, frequent stock-outs, or maybe congested picking zones.

Change the Layout of the Warehouse

If you haven’t already, consider implementing ABC analysis. This prioritizes high-demand items for quick access, leading to quicker order fulfillment.

This layout reduces pick times through optimized layout, streamlines routes within warehouse zones, and overall improves the efficiency of picking processes.

Remember that even the smallest adjustments in your warehouse layout can really help reduce the travel time for pickers.

Choose an Efficient Picking Method

Different operations require different picking methods. This is why the best method for your warehouse will greatly depend on your order profile, inventory characteristics, and staffing structure.

• Batch Picking: Pickers collect items for multiple orders simultaneously, which reduces travel time, but this method requires careful sorting.
• Zone Picking: This method reduces congestion by dividing the warehouse into sections with dedicated pickers, focusing on picking items only within that area.
• Wave Picking: This method aligns the picking process with order priorities, where it coordinates multiple pickers across zones to complete large volumes of orders in a scheduled timeframe.

Use Technology to Speed Up the Process

Even basic technological integration helps streamline picking processes and reduces errors in order picking. Implement barcode scanning for accuracy and use tools such as mobile scanning devices to eliminate paper pick lists.

Integrating Warehouse Management Systems (WMS) can reduce travel distance by optimizing pick paths and ensuring real-time inventory updates. There is also a voice-directed picking that keeps pickers' hands free while providing clear instructions.

Train Employees Effectively

Remember that even the best systems and layouts still underperform without proper training. Companies that train staff on best practices in picking can help them understand all the standardized picking processes and become familiar with the technology in use, leading to more efficient operations.

ShipHero's intuitive system dashboards and automated workflows reduce the learning curve for new pickers. The clear visual guidance makes the training more effective, ensuring consistent performance across teams.

Track Key Metrics for Picking Speed

You can't improve what you don't measure. So, implement and monitor key performance indicators (KPIs) to identify improvement opportunities and recognize top performers, whose techniques can be shared with the team.

Here are some performance metrics to monitor:

• Pick rate (items picked per hour)
• Order cycle time (from order receipt to ready for shipment)
• Accuracy rate (percentage of orders picked without errors)
• Distance traveled per order
• Error rates and types
• Labor utilization

Improve and Optimize Inventory Management

When inventory is disorganized or inaccurate, pickers waste valuable time searching for products, waiting for bin filling, or replacing pallets. This is why inventory replenishment strategies are important for an efficient picking process.

‍Inventory management tools from ShipHero provide optimization across multiple warehouses and alerts for automatic replenishment. This makes sure that the right products are always available in the right locations.

You can also organize products by popularity, size, and other relevant picking factors to optimize storage for faster and easier picking.

Pick-to-Light by ShipHero: Ensuring Efficient Order Picking

ShipHero's Pick-to-Light system improves the overall picking efficiency through visual guidance. It uses LED displays to guide pickers to the exact location of items, accelerating the picking process and reducing errors at the same time.

Pick-to-Light stands out for a few key reasons:

• Increase in picking speed by up to 50%, compared to traditional paper-based methods.
• Achieve near-perfect accuracy rates through visual confirmation.
• Reduces training time for new pickers.
• Integrates seamlessly with ShipHero’s WMS for synchronized operations.
• Scalable and adapts to various warehouse sizes and layouts.

Relationship Between Warehouse Picking Speed and Accuracy

In warehouse operations, speed and accuracy are often viewed as competing priorities. But in reality, speed without accuracy creates returns, customer service issues, and rework that ultimately affect overall efficiency.

When customers receive incorrect or incomplete orders, their trust in your business is immediately affected, regardless of how quickly you resolve the issue.

The most successful warehouses recognize that there has to be a balance in both because many of the same improvements that increase speed also enhance accuracy.

How to Calculate Order Accuracy Rate?

Order Accuracy Rate (%) = (Number of Accurate Orders / Total Orders) × 100

To calculate the order accuracy rate, divide the number of perfectly fulfilled orders by the total number of orders shipped, then multiply by 100 to get a percentage.

This metric directly impacts both customer satisfaction and your operational costs. This is why 99.5% or higher is the recommended target accuracy rate.

Tips to Minimize Error Rates

Error rate monitoring is critical because it can reveal patterns in your error rates. Maybe there are specific shifts or seasons where you are more error-prone, or products that are commonly confused.

Here are a few smart ways to reduce mistakes on the floor:

• Double-check orders by implementing verification steps at key points in the picking process.
• Leverage automation to reduce manual tasks and make use of automation like barcode scanning or ShipHero's Pick-to-Light system to confirm correct item selection.
• Establish quality check stations for high-value or commonly confused items. This organizes inventory for faster access and ensures accurate order fulfillment.

Key Takeaways

• Improvements across warehouse layout, picking strategies, technology integration, and training programs all contribute to warehouse picking efficiency.
• Technology solutions like ShipHero’s WMS or Pick-to-Light streamline warehouse operations at scale.
• Training and tracking key metrics guide continuous improvement efforts.

Frequently Asked Questions

What is a Good Pick Rate?

For manual picking operations, a good pick rate typically ranges from 80 to 150 items per hour. Note that for both manual and automated picking, the rate varies significantly based on warehouse size, item types, and complexity of orders.

Can Picking Speed Be Improved Without Automation?

Yes. Picking speed can be improved without automation simply by reorganizing high-velocity items, implementing batch picking methods, or redesigning pick paths.

That said, tech solutions offer far greater speed and accuracy benefits. For example, operations using advanced systems like Pick-to-Light can achieve a pick rate of 200-350 items per hour.

Automation enhances visibility of picking errors, tracks accuracy rates across orders, and even utilizes KPIs to improve picking speed.

Can Mobile Devices Help Increase Warehouse Picking Speed?

Yes, mobile devices can help increase warehouse picking speed by eliminating time spent handling paperwork and manually recording picks.

ShipHero's mobile-optimized picking solutions provide improved pick paths, real-time updates for inventory changes, and immediate verification. Plus, it integrates seamlessly with handheld devices like scanners and smartphones, minimizing the learning curve.

From the moment stock enters your warehouse to the second it ships out, inventory control is the backbone of a smooth, error-free supply chain.  

Done right, it prevents issues like mis-picks, spoilage, mis-shipments, out-of-stocks, overstocks, and costly delays. Done poorly and you'll be fighting fires daily: dealing with wrong shipments to customers, running out of bestsellers during peak season, watching perishable goods expire on shelves, the list goes on.

A strong inventory control system ensures that you’re always working with the right amount of stock, not too much, not too little. It enables your business to prevent stockouts with timely replenishments, reduce excess stock and shortages, and make cost-effective purchasing decisions driven by real-time insights.

Read on as we break down the different types of inventory control systems and explore proven methods for managing inventory more effectively, helping you find the right fit for your operations and scale smarter.

Types of Inventory Control Systems

Inventory control systems can be categorized into two primary types: periodic and perpetual. Each has its place depending on your operational scale, available resources, and business model.

As defined by the CSCMP, these systems help businesses track stock levels and streamline warehouse operations through either manual periodic counts or continuous real-time monitoring.

Periodic Inventory Control

With a periodic inventory system, inventory counts are done manually at regular intervals. Think monthly, quarterly, or annual physical inventory checks.

This traditional approach involves physically counting all stock to update inventory records and is typically used by small businesses with low inventory turnover. If your operations are straightforward, periodic control may work.Pros:

• Low cost and simple to implement
• No need for advanced software or infrastructure

Cons:

• Lacks real-time visibility
• Prone to human error
• Delayed reporting may lead to stockouts or overstocking

Perpetual Inventory Control

A perpetual system uses technology for real-time tracking of inventory as items are received, moved, or sold. This often includes barcode scanning, RFID technology, and integrations with inventory management platforms, such as ShipHero.

Perpetual control requires an upfront investment in software and employee training, but the benefits of accuracy and automation far outweigh the costs.

‍Benefits include:

• Enhances visibility in multi-location tracking
• Supports cycle counting for accurate records
• Enables automated reordering based on thresholds

Best Inventory Control Methods

If you’re struggling with overstocking, constant reordering, or poor forecasting, it’s time to re-evaluate your method. But choosing the right inventory control method isn’t one-size-fits-all. It depends on your business size, industry, product mix, and the degree to which demand fluctuates.

In this section, we break down the most effective inventory control methods used across industries today.

First-In, First-Out (FIFO)

FIFO ensures the oldest inventory is sold or used first. It’s especially effective for perishable goods or products with expiration dates (e.g., cosmetics, food, pharmaceuticals). This method reduces the obsolescence of inventory items by maintaining proper stock rotation.

ABC Analysis

ABC Analysis categorizes inventory based on value and consumption:

• A-items: High-value, low-quantity
• B-items: Moderate value and quantity
• C-items: Low-value, high-quantity

This method allows prioritization based on product demand and supports cost-effective purchasing decisions by allocating resources where they'll have the biggest impact on profitability.

Economic Order Quantity (EOQ)

EOQ is a formula-based method that calculates the ideal order quantity to minimize warehouse storage costs. It’s particularly effective for businesses with steady demand and predictable lead times.

While EOQ works best for steady, predictable demand, it improves cash flow through better stock control by balancing capital investment in inventory and preventing rush orders at premium prices.

Fast, Slow, and Non-Moving (FSN)

FSN classifies inventory by how quickly it moves:

• Fast-moving: Frequent sales or usage
• Slow-moving: Occasional movement
• Non-moving: No movement in a set period

This approach provides data-driven insights on demand patterns, revealing which products move quickly versus those gathering dust. This method optimizes space utilization in warehouses by strategically placing fast-moving items in prime picking locations.

Vendor-Managed Inventory (VMI)

With VMI, suppliers take responsibility for maintaining stock levels and replenishing inventory based on usage data. This collaborative approach works particularly well for high-volume, predictable items where supplier expertise can enable consistent stock levels, reducing your inventory management workload.

Batch Tracking

Batch tracking monitors inventory by lot or batch numbers throughout the supply chain, which is critical for regulated industries.

‍Benefits of this method include:

• Enhances traceability
• Essential for recalls and quality control
• Ensures compliance with industry regulations

Key Techniques for Inventory Control

The inventory methods we discussed above are already powerful. But they become even more effective when combined with tactical techniques that enhance performance and accuracy.

Just-In-Time (JIT) Inventory

JIT supports just-in-time (JIT) methodologies by receiving goods only as needed for immediate use or sale. This technique is ideal for companies looking to minimize warehouse storage costs and reduce tied-up capital.

‍Risk Alert: JIT is sensitive to supply chain disruptions. Consider backup plans or safety stock buffers.

Safety Stock and Reorder Points

Simply put, safety stock acts as a buffer against supply delays or sudden demand surges, while reorder points trigger automated replenishment when inventory hits a certain level. This approach stabilizes operations and ensures customer satisfaction even during demand spikes.

‍Why it matters:

• Uses safety stock to mitigate risk
• Enables automated reordering based on thresholds
• Aligns stock with production schedules

Inventory Audits and Cycle Counting

Instead of shutting down operations for full physical counts, cycle counting involves regularly auditing portions of inventory. Cycle counting also allows continuous verification of stock levels, which helps catch discrepancies early. This technique improves accuracy with minimal disruption.

Average Costing

Average costing values inventory based on the weighted average cost per unit. This technique simplifies accounting and cost-of-goods calculations, smoothing out price fluctuations over time.

‍Use case:

• Ideal for businesses with frequent purchases of identical items
• Helps standardize reporting and margin tracking

How to Choose the Right Inventory Control Method

Many businesses rush into inventory control methods without proper evaluation, resulting in expensive false starts and frustrated teams. The truth is, your ideal approach depends on a range of variables, including your inventory size, product diversity, order volume, and the level of visibility and automation you want.

But how do you know what works best for your operations? Here’s how to approach that evaluation and choose the right fit.

1. Inventory size and turnover: High-turnover businesses may benefit from perpetual inventory systems and methods, such as FIFO or EOQ.
2. Product variability: Diverse product lines may require ABC Analysis and FSN for better categorization.
3. Order frequency: Frequent orders benefit from JIT and automated reorder systems.
4. Technology access: Businesses with access to inventory software should consider perpetual systems for real-time tracking and data insights.

OUR BEST TIP: Start by piloting one or two methods. Test methods on a subset of SKUs before full implementation, then monitor performance and adjust based on what aligns best with your operations and goals.

Key Takeaways

• Inventory control enhances inventory accuracy and efficiency while reducing waste and supporting smarter decision-making.
• The right combination of systems, methods, and techniques can optimize space utilization in warehouses and enhance cash flow through improved stock control.
• Success stems from aligning control strategies with a business's size, industry, and customer demand.

Frequently Asked Questions

What is the Most Commonly Used Inventory Control Method?

FIFO and periodic inventory control are widely used due to their simplicity and ease of implementation. FIFO is especially common in industries that handle perishable goods, while periodic control is more commonly used by smaller businesses.

How Do Inventory Control Techniques Improve Business Efficiency?

When your inventory is under control, everything else falls into place. Inventory control methods, such as cycle counting and automated reordering, eliminate the hidden costs and operational friction that drain resources daily. They help streamline every stage of your operations from purchasing to fulfillment.

The result?

• Fewer stockouts and overstocks, leading to better customer satisfaction
• Lower holding costs, thanks to smarter purchasing and optimized stock levels
• Improved cash flow, because capital isn’t tied up in unsold inventory
• More accurate planning, driven by real-time, data-informed insights

Can Multiple Inventory Control Methods Be Used Together?

Yes. Many businesses combine various methods and techniques to meet their diverse operational needs. For example, a retailer may use FIFO for perishables, ABC for prioritization, and JIT for high-demand items to strike a balance between efficiency and flexibility.

How Does Inventory Control Differ from Inventory Management?

Inventory control focuses specifically on tracking, regulating, and optimizing stock levels to ensure your system matches what is actually on your shelves.

Inventory management is a broader umbrella that encompasses control, as well as strategic decisions such as forecasting demand, negotiating with suppliers, planning seasonal inventory builds, and optimizing the entire supply chain.

What happens when your inventory records don’t match what’s actually sitting on your shelves? Orders get delayed. Customers get frustrated. And your bottom line takes the hit.

That’s why your choice between perpetual inventory vs. physical inventory impacts your entire business. Inventory tracking is crucial for operations, profitability, and customer satisfaction; so, selecting the right method is essential.

In this guide, we’ll break down what each inventory method involves, how they differ, and when to use one over the other. That way, you reduce discrepancies and streamline inventory management better than ever.

What is Perpetual Inventory?

Perpetual inventory is a system that involves continuous updates to inventory levels as transactions occur. Every time an item is sold, returned, or received, your inventory system logs that movement instantly.

This method relies on automated tracking systems, such as barcode scanners, RFID tags, and point-of-sale (POS) integrations, to track, record, and update inventory data in real-time.

Because it provides real-time stock information, you get instant visibility into your goods, making it easier to detect issues, avoid overstock and stockouts, and manage inventory purchases effectively. Plus, it reduces human error in stock counts by minimizing manual intervention.

Perpetual inventory is widely used in large-scale retail and warehouses due to its accurate, scalable, and technologically driven capabilities.

In fact, a study found that implementing an Electronic Inventory Management System (EIMS) in an oncology pharmacy business resulted in a 6.02% increase in inventory accuracy and a 98% improvement in inventory visibility. Perpetual inventory is the go-to solution for any company with high inventory turnover and complex operations.

What is Physical Inventory?

In contrast, physical inventory is the old-school, manual approach. It requires manual counting at specific intervals, like once a month, quarterly, or annually, to assess inventory levels.

It doesn’t rely on live data or automation. Instead, it provides a detailed snapshot of your stock at a given moment. This method is especially common during audits, financial reconciliations, or when a business lacks integrated tech tools.

While it’s more labor-intensive, physical inventory is still used across industries for verification, loss detection, and ensuring accuracy in cases where tech may fall short.

Common Physical Inventory Methods

• Full Inventory Counts: Everything is counted at once. Thorough but disruptive. Typically done once a year.
• Cycle Counting: Rotating schedule where sections of your inventory are counted regularly to help maintain accuracy with less interruption.
• Spot Checks: Random checks on specific items or locations to quickly validate data or detect issues.

Difference Between Perpetual Inventory and Physical Inventory

The main difference between perpetual inventory vs. physical inventory is how and how often inventory data is collected, updated, and used to manage your operations.

Let’s take a look at how these differ from the other:

Process and Frequency

With perpetual inventory, your inventory records are updated automatically and continuously. Every item scanned in or out is instantly reflected in your system. It aligns inventory levels with sales in real-time.

Physical inventory, on the other hand, depends on scheduled counts. It could be cycle counting or a full audit, which happens at specific times, not continuously.

Accuracy and Real-Time Updates

Perpetual systems give you real-time, dynamic data, but errors can occur due to incorrect scanning or software glitches. However, they allow for immediate detection of stock issues and quick adjustments.

Physical counts offer a precise, point-in-time assessment. However, once counted, your inventory data becomes outdated until the next count, resulting in gaps in visibility.

Human Involvement

Perpetual inventory minimizes human effort. Technology, automation, and integration with other tools reduce the need for manual work.

Physical inventory is highly labor-intensive. Staff must physically count and verify each product, which increases the risk of human error. It also requires operational downtime.

Cost

Perpetual systems involve upfront costs for software, equipment, and training. But over time, they’re cost-effective. These systems reduce the need for manual labor and mistakes.

Physical inventory may seem cheaper at first, but labor, errors, and time lost during counting add up in your budget, affecting expenses, revenue, and even net income.

Speed

If you need fast answers, perpetual inventory gives you real-time, automated updates. In contrast, physical inventory can slow you down. You may need to pause warehouse activities to count, reconcile, and analyze your inventory, resulting in lost time and increased costs.

Size of the Organization

Small businesses with limited inventory might get by with manual counts. However, larger organizations, especially those with multiple warehouses, benefit significantly from real-time tracking, seamless integration, and scalable automation that support both inventory management and warehouse management.

Pros and Cons of Perpetual vs. Physical Inventory

The best type of inventory system depends on your company’s size, structure, and needs.

Here are things to consider:

‍Perpetual InventoryPhysical InventoryPros

• Provides real-time stock information
• Integrates with POS systems and eCommerce platforms
• Supports decision-making with accurate data
• Helps reduce shrinkage from theft, spoilage, or damage
• Streamlines inventory management and reporting

• Great for auditing and official reconciliation
• Doesn’t require complex software
• Helps verify and correct inventory discrepancies

Cons

• Requires investment in technology
• May still produce errors without proper user input

• Involves labor-intensive processes for accuracy
• Can disrupt operations
• Lacks real-time visibility

Which Inventory Method is Best for Your Business

Choosing between perpetual inventory vs. physical inventory isn’t one-size-fits-all. The right method depends on how your business operates, the resources you have available, and the complexity of your inventory.

Here’s how to decide what fits best:

• Inventory Size: If you manage thousands of items, go with automation. Small inventory? Manual counting may suffice.
• Business Locations: Multi-location companies need centralized, integrated systems. For one location, periodic counts could be enough.
• Transaction Volume: High volume = frequent transactions = need for real-time tracking. Go perpetual.
• Budget: If you can invest in technology, it’ll pay off long term. Otherwise, consider a hybrid. Use perpetual inventory on a daily basis, supplementing it with periodic physical inventory checks.

Ensure that you combine this with an inventory control method to achieve a more efficient inventory management system.

If you’re looking for a reliable way to implement perpetual inventory without the tech headaches, ShipHero’s Warehouse Management Software is built to simplify inventory tracking with real-time updates, automation, and seamless integrations. Whether you're scaling fast or managing multiple locations, ShipHero helps you stay accurate, efficient, and in control.

Key Takeaways

• Perpetual inventory offers real-time, automated, and accurate tracking using modern technology.
• Physical inventory provides detailed, manual snapshots ideal for auditing and verifying stock.
• Your choice affects more than just your inventory count, as it impacts your cost, operations, and bottom line.

Frequently Asked Questions

Is Perpetual Inventory More Accurate Than Physical Inventory?

Yes and no. Perpetual inventory can be more accurate due to real-time tracking, provided that processes are executed properly, as it offers ongoing visibility into stock levels. Physical inventory is accurate at the time of count but does not reflect live updates or losses occurring between counts.

How Often Should Physical Inventory Counts Be Performed?

Physical inventory counts should be performed at least annually to meet financial reporting and regulatory requirements. Many businesses also utilize cycle counting, which involves regularly counting subsets of inventory throughout the year, to maintain accuracy and minimize disruptions.

Can a Business Use Both Perpetual and Physical Inventory Systems Together?

Yes. A business can use both perpetual and physical inventory systems together. Perpetual systems track inventory continuously, while periodic physical counts validate records, reconcile discrepancies, and support audits. Using both methods improves accuracy and balances real-time monitoring with verification.

Which Industries Benefit the Most from Perpetual Inventory?

Industries that benefit most from perpetual inventory include retail, e-commerce, manufacturing, and distribution. These sectors manage high-volume, fast-moving stock that requires real-time visibility to help avoid overstock and stockouts and maintain accurate records.

Have you ever wondered why your business can be doing everything right and still end up with stockouts or piles of unsold goods? Well, it’s all about how you manage your inventory.

Here, we’ll explore various methods to help you optimize your inventory management process and solve your stock problems once and for all. Implementing the best inventory management techniques & methods is the key to turning a good business into a great one. In fact, it directly impacts your profitability, efficiency, and customer satisfaction.

What is Inventory Management?

At its core, inventory management is about making sure the right products are available at the right time, in the right quantity, and at the right cost. It is the process of overseeing the flow of goods from manufacturers to warehouses and ultimately, to the point of sale.

Part of inventory management is that businesses should optimize stock levels and ensure timely replenishment so that:

• Operations run smoothly.
• Customer demand is met.
• Costs are kept under control.

This ensures that your business doesn’t run into issues like stockouts or wasteful overstocking, as well as missed opportunities.

And because proper inventory management has a direct impact on your business, it acts as one of the backbones of your business’s ability to grow and succeed.

Inventory Management Techniques

Now, let’s take a look at some of the common and widely used methods you can use to manage your inventory more effectively.

Just-in-Time (JIT) Inventory

Just-in-time (JIT) inventory helps reduce stock levels by receiving goods only when they are needed for production or to fulfill customer orders.

The idea here is to keep inventory levels low, cut storage costs, and reduce waste. This method improves stock efficiency by making sure you’re not sitting on piles of unsold stock.

However, JIT isn’t without its risks. For example, a disruption in your supply chain could leave you without the products you need at a critical moment. But when it works, it can reduce excess inventory and keep your warehouse more organized.

ABC Analysis

Another method is the ABC analysis, which helps you categorize your inventory based on value and turnover. Think of it as a way to prioritize your stock into three categories:

• A items: high-value, low-quantity (e.g., luxury items)
• B items: moderate value, moderate quantity
• C items: low-value, high-quantity (e.g., fast-moving consumer goods)

This way, you can focus on the most valuable items and make sure that they are always stocked in sufficient quantities, while still keeping an eye on the less critical goods.

This technique supports demand forecasting as it shows you which items are more important and which ones can wait a little longer.

Economic Order Quantity (EOQ)

If you want to figure out the optimal order size to minimize ordering and holding costs, use the economic order quantity (EOQ) formula, so you can control the reordering process without spending too much on excess inventory.

EOQ Formula:

‍EOQ = √(2DS / H)

‍Where:

• D = Demand (units per year)
• S = Ordering cost per order
• H = Holding cost per unit per year

EOQ helps you balance holding costs and availability, so you get stock levels that are aligned with demand.

Cycle Counting

On the other hand, cycle counting is the systematic process of keeping track of inventory without full physical counts. Here, you check small portions of your stock periodically instead of shutting down operations for bigger counts.

Cycle counting is a continuous process that enables real-time tracking and helps you adjust stock levels before things get out of hand.

Safety Stock

Now, safety stock is the buffer or extra inventory you keep on hand to handle unexpected demand surges or supply delays.

To calculate the safety stock quantity:

‍Safety Stock = (Maximum Daily Demand x Maximum Lead Time) - (Average Daily Demand x Average Lead Time)

‍Monitor safety stock levels to avoid tying up unnecessary cash in goods you don’t need.

Reorder Point Formula

Next, the reorder point formula determines the exact moment when you should reorder products before running out so there’s never a delay in fulfilling customer orders.

Formula:

‍Reorder Point = Lead Time Demand

‍Where:

• Lead Time Demand = Average demand per period × Lead time in periods

Knowing when to reorder gives you the confidence that you won’t run out of stock at the worst possible moment.

Perpetual Inventory System

If you're looking for a more automated solution, a perpetual inventory system can help you keep tabs on every movement of your goods.

Examples of inventory tracking systems include:

• Barcodes
• RFIDs

This responsive method allows you to track your goods in real time, and it also integrates with warehouse management systems like ShipHero for seamless inventory control. That way, you get to adjust inventory based on demand and make smarter decisions about stock replenishment.

Materials Requirements Planning (MRP)

Lastly, Materials Requirements Planning (MRP) is a dynamic software system used primarily for manufacturing processes.

For example, a furniture company uses MRP to plan production schedules and track the materials needed for each order. The software calculates the quantity of raw materials required, like wood, screws, and upholstery, based on the number of pieces to be produced.

If the company’s stock of wood falls below the required level for an upcoming order, MRP generates a purchase order to replenish the stock before production begins.

MRP ensures that raw materials and components are available for production without overstocking.

Advanced Inventory Management Methods

Now, when your business starts scaling up, consider more advanced methods for managing inventory. These techniques are often used by larger businesses or those with specialized inventory needs.

How to Choose the Right Inventory Management Technique

The ideal inventory management technique depends on your company’s size, industry, and specific inventory needs. Key factors to consider include:

• Product type
• Sales volume
• Supply chain complexity
• Business goals

In many cases, using a combination of methods works best. You might use ABC analysis to categorize your products, while also using JIT to manage high-turnover items and safety stock for more unpredictable demand.

Such a hybrid approach lets you adapt and meet customer demand without facing shortages, as well as create a scalable inventory management process for your business.

Best Practices for Inventory Management Success

Lastly, follow these tips to ensure long-term success:

• Use accurate data and forecasting to predict demand and adjust inventory strategies accordingly.
• Perform regular stock checks to ensure accurate inventory records.
• Build strong relationships with suppliers for better pricing and timely stock replenishment.
• Improve your warehouse design to streamline the movement of goods and reduce handling costs to maximize space utilization.
• Track key performance indicators (KPIs) like inventory turnover and order accuracy.
• Stay flexible and adapt to market trends, technological changes, and shifts in customer demand.

Inventory management is the heart of your business’s ability to stay competitive, reduce costs, and meet customer needs. Without it, even the best strategies and products can fall short.

Optimize your inventory management today, and you’ll see the difference.

Key Takeaways

• The right inventory management techniques can significantly improve efficiency and reduce storage costs.
• Methods like JIT, ABC analysis, and EOQ can help businesses balance inventory levels and demand forecasting.
• Regular audits, good supplier relationships, and effective warehouse optimization ensure your inventory management system operates smoothly.

Frequently Asked Questions

Can Automated Inventory Systems Eliminate Human Errors in Stock Management?

Yes, automated inventory systems help reduce human errors like miscounts and misplaced stock by tracking items in real-time and streamlining inventory control.

Can Perpetual Inventory Systems Improve Decision-Making?

Yes, perpetual systems provide real-time updates, enabling businesses to make better decisions regarding purchasing and sales strategies.

Does FIFO Help Reduce Product Waste in Warehousing?

Yes, FIFO minimizes waste by ensuring that older products are sold or used first, reducing the chance of spoilage or obsolescence.

In a world where margins are tight and customer expectations are sky-high, investing in a warehouse management system (WMS) helps keep orders fulfilled around the clock.

However, the real question isn't whether to invest in a WMS; it is how to justify the investment and calculate the true return it delivers.

Businesses that build a strong business case and track measurable outcomes from their WMS implementation consistently play their cards right than those that don't. They scale faster, experience fewer fulfillment errors, and save significantly on labor and inventory costs.

This article will help you build that case, calculate the ROI of a warehouse management system, and demonstrate long-term business value.

Key Metrics to Measure and Calculate Warehouse Management System ROI

To justify the investment in a WMS with measurable benefits, start with the right metrics.

• Labor Cost Reductions: A robust WMS improves labor productivity by automating repetitive tasks and optimizing pick paths. This directly evaluates labor cost reductions through WMS automation.
• Inventory Turnover Rate: Real-time tracking and better forecasting allow businesses to forecast demand and inventory needs more accurately.
• Order Accuracy and Fulfillment Speed: WMS technology analyzes the impact of WMS on order accuracy and fulfillment speed, reducing shipping errors and delays.
• Inventory Accuracy: A good WMS reduces stock errors and inventory discrepancies by improving visibility across all SKUs.
• Space Utilization: Companies that optimize warehouse layout for better space utilization often delay or eliminate the need for expansion.
• KPI Tracking: ShipHero customers track key performance indicators (KPIs) to assess success using built-in dashboards and reporting tools.

One ShipHero customer reported a 30% increase in their picking efficiency. Their staff now picks 70-80 orders in an hour, thanks to ShipHero’s iPad-enabled picking process.

How to Build a Business Case and Calculate WMS ROI

A strong business case isn't just about numbers. It's about clearly showing the value of WMS implementation across every part of the operation.

Short-Term vs Long-Term ROI

Short-term ROI refers to immediate, quantifiable improvements in areas like:

• Reduced labor costs
• Faster order processing
• Lower fulfillment error rates

Long-term ROI, on the other hand, reflects sustained gains over months or years, such as:

• Improved scalability
• Richer data for strategic planning
• Greater customer satisfaction and retention

For example, a brand might see a 30% labor savings within the first quarter, but the long-term cost savings of a WMS come from optimizing processes over the years and avoiding major expansion costs.

Direct vs. Indirect ROI

Direct ROI is quantifiable, easily measurable financial gains that result directly from WMS implementation. These could be:

• Reduced labor hours
• Fewer returns due to increased order accuracy
• Lower picking and packing costs

Indirect ROI, on the other hand, is intangible, benefits that may not show up immediately on a financial statement but significantly impact business performance over time. This includes:

• Improved customer satisfaction from faster, more accurate deliveries
• Stronger brand reputation
• Improved morale from streamlined workflows

Most businesses struggle to assess the long-term cost savings of a WMS because they hyperfocus on the direct ROI to justify the initial investment. But indirect ROI underscores the strategic, long-term value of a WMS.

ROI on Peak Season Warehouse Management

Peak seasons are high-stress, high-stakes, but a WMS helps implement automation to streamline warehouse operations and minimize chaos.

Challenges include:

• Increased order volume
• Temporary labor shortages
• Inventory shortages

ShipHero clients using our WMS manage multiple warehouses more efficiently, especially during the holidays, enabling them to meet SLAs and reduce overtime. WMS advantages include:

• Faster pick-pack-ship processes
• Smarter replenishment systems
• Real-time tracking to improve inventory management

Real-World Examples of WMS ROI

Below are case studies proving how WMS can drive measurable gains in efficiency, accuracy, and fulfillment speed.

Case Study 1: Improving Labor Efficiency

James Enterprise, a veteran in the sales and distribution industry, turned to ShipHero’s WMS to overcome inefficiencies such as batch processing, error-prone paper pick tickets, and latency issues.

They needed a solution that could scale with them while reducing costs and streamlining fulfillment. Implementing ShipHero helps them as follows:

• 38% increase in productivity through improved picking and packing efficiency
• Automated complex manual processes
• Gained real-time visibility across inventory and operations

Case Study 2: Inventory Accuracy and Stockout Reduction

B2C business Vareya transitioned to ShipHero’s end-to-end Warehouse Management Software to consolidate its fragmented systems into one cohesive platform. Previously, they struggled with software that didn’t communicate, leading to inventory blind spots, delayed shipments, and frustrated customers.

ShipHero’s robust reporting improves inventory management with real-time tracking and reduces stock errors and inventory discrepancies.

Vareya and its clients now receive instant notifications when stock is low or an item hasn’t shipped, allowing them to respond quickly and avoid disruptions.

Case Study 3: Faster Order Fulfillment

In less than two years of implementing ShipHero’s WMS, lifestyle brand American Tall’s orders increased by over 400%. It was the most intuitive solution they had tried, helping them keep up with order fulfillment while their business grew.

Meanwhile, Deliverzen, a growing 3PL provider, used to struggle with bottlenecks that made handling increased order volumes nearly impossible. ShipHero WMS helped scale operations to meet surging customer demand. The results?

• Doubled daily order processing from 3,000-4,000 to 7,000-8,000 orders
• 70% reduction in customer service tickets
• Streamlined high-volume shipments through the Bulk Ship feature
• Optimized labor allocation using WorkforceHero and the Labor Cost Dashboard

"ShipHero has helped us scale without worrying about system breakdowns. It's reliable and gives us peace of mind," Drew Horner, Owner of Deliverzen.

Pros and Cons of Using a Warehouse Management System

Before making the leap, here’s a balanced look at what your business can expect when implementing a WMS:

Pros:

• Improves inventory management with real-time tracking
• Enhances labor planning and allocation
• Accelerates order fulfillment
• Enables businesses to integrate the WMS with existing enterprise systems

Cons:

• Upfront investment can be significant
• Requires staff training and change managementROI may vary based on business size and operational complexity

Key Takeaways

• A well-implemented WMS delivers measurable ROI through labor savings, order accuracy, and inventory visibility.
• Both direct and indirect ROI should be considered when building a business case.
• Real-world examples show how WMS solutions like ShipHero drive cost savings and support scalability.

Frequently Asked Questions

Is It Possible to Measure WMS ROI Accurately?

Yes, though it depends on your baseline metrics. Leading platforms like ShipHero provide detailed dashboards that allow you to monitor warehouse performance and measure results post-implementation.

Is It Worth Integrating WMS with Other Business Systems?

Absolutely. When you integrate the WMS with existing enterprise systems like ERP or CRM platforms, you streamline data flows and enable better cross-functional decision-making.

Is Training Necessary for Maximizing WMS ROI?

Yes. Training is critical. Without it, your team can't fully leverage features like automation, real-time tracking, or KPI dashboards. Training also ensures you track key performance indicators (KPIs) to assess success from day one.

Rising labor costs, surging demand for faster shipping, and ongoing supply chain disruptions are making warehouse efficiency more critical than ever. If your operations aren’t optimized, you’re not just losing money—you’re falling behind.

The solution? Streamline your workflows to gain a major edge. Faster order fulfillment, fewer errors, and happier customers all contribute to higher profitability.

Embracing automation along with AI-driven inventory management and real-time tracking can set you apart in an increasingly competitive market.

This guide breaks down the top strategies to cut costs, improve accuracy, and build a smarter, more efficient warehouse in 2025.

Why Cost Saving is Important in Warehouse Operations

Cost savings in warehouses go beyond cutting expenses—they enhance profitability, efficiency, and competitiveness. Optimizing resources eliminates waste in warehouse processes, improves output, and strengthens market positioning.

Lower costs allow for reinvestment, innovation, and adaptability in a changing market. Additionally, cost reduction efforts uncover inefficiencies, drive operational improvements, and support long-term growth.

Financially responsible operations attract investors and provide critical insights for strategic decisions. Prioritizing cost efficiency ensures a more resilient, scalable, and competitive warehouse operation for sustained success.

8 Tips to Reduce Warehouse Cost

Reducing warehouse costs requires a strategic approach that balances efficiency with operational effectiveness.

Businesses must focus on optimizing labor, energy use, inventory management, and logistics while leveraging automation. This can reduce operational costs to stay competitive.

Here are eight key strategies to help cut costs without compromising productivity.

Labor Management Optimizations

Labor is one of the largest expenses in warehouse operations. Businesses are turning to automation to reduce these labor costs efficiently through scheduling, automation, and cross-training.

Optimizing workforce scheduling, investing in staff development, and leveraging AI-driven tools can boost productivity while minimizing inefficiencies.

For example, companies like Amazon and Walmart have successfully integrated robotic automation to assist workers, improving efficiency while lowering labor costs.

Energy Efficiency Improvements

Energy costs are rising, making efficiency a priority. According to the U.S. Department of Energy, LED lighting can cut energy use by up to 75%.

Warehouses can reduce expenses by switching to LED lighting, installing motion-sensor controls, and upgrading to energy-efficient systems that minimize energy consumption.

Companies like UPS have adopted solar power and smart energy management systems, significantly lowering operational costs.

Inventory Optimization Techniques

Poor inventory management leads to overstocking, obsolescence, and excess storage costs. Techniques such as demand forecasting, just-in-time (JIT) inventory, and real-time tracking helps businesses maintain optimal stock levels and reduce errors by tracking inventory in real-time.

Inventory management software like NetSuite and Fishbowl helps reduce holding costs by providing accurate, real-time insights that monitor inventory levels to avoid overstocking.

To reduce overstocking and improve inventory accuracy, consider implementing advanced inventory management technologies. This resource covers the key technologies in inventory management that can streamline your processes.

Warehouse Consolidation

Warehouse consolidation involves merging storage facilities or optimizing warehouse layout to save space and reduce rental expenses.

Companies with multiple warehouses often benefit by centralizing operations, reducing transportation costs, and streamlining inventory distribution. For example, FedEx implements warehouse consolidation strategies to cut logistics costs while maintaining service speed.

Automated Storage and Retrieval Systems (ASRS)

ASRS uses automation to manage inventory storage and retrieval, reducing labor costs and improving space utilization. While the initial investment is high, ASRS offers long-term savings by increasing efficiency and minimizing picking errors.

Industries such as pharmaceuticals and e-commerce benefit from ASRS by streamlining high-volume fulfillment while improving accuracy and reducing costs. Companies like DHL have successfully implemented these systems to enhance efficiency and meet growing demand.

Transportation and Logistics

Transportation expenses are a major cost factor in warehouse operations. Businesses can decrease transportation costs through route optimization software, fuel-efficient vehicles, and freight consolidation.

For instance, route planning tools like OptimoRoute help companies reduce fuel consumption and delivery times.

According to a study published on ResearchGate, optimized routing of communal vehicles can significantly reduce fuel consumption and CO₂ emissions. Emerging trends such as electric trucks and AI-driven logistics management are further improving cost savings.

Security Measures

Theft, loss, and damage contribute to increased warehouse costs. Effective security measures, including surveillance cameras, RFID tracking, and controlled access systems, help prevent losses.

Employee training on security protocols also plays a critical role in reducing internal theft. Many retailers, such as Target, have integrated RFID technology to enhance inventory tracking and reduce shrinkage.

Optimized Picking Process

Inefficient picking processes lead to higher labor costs and slower fulfillment. This technique streamlines order picking and packing processes to reduce labor costs and fulfillment time.

Companies like Zappos use AI-driven picking systems that optimize warehouse workflows and improve warehouse productivity with advanced tools.

While implementing automation and AI-driven solutions offers significant benefits, it's important to consider the cost of a Warehouse Management System (WMS) when planning your technology budget. This investment can streamline operations and reduce long-term expenses.

How Should Your Operational Expenses Look Like?

An optimized warehouse budget ensures profitability while maintaining efficiency. A well-structured breakdown of operational expenses helps businesses identify areas for cost reduction and efficiency improvements.

‍Ideal Breakdown of Warehouse Operational Expenses

‍While costs vary by industry, a typical warehouse budget includes:

• Labor Costs (50-60%) – Salaries, wages, overtime, benefits, and training expenses.
• Rent & Real Estate (15-20%) – Lease or ownership costs, property taxes, and facility maintenance.
• Energy & Utilities (5-10%) – Electricity, heating/cooling, water, and energy management systems.
• Equipment & Maintenance (5-10%) – Forklifts, conveyors, automation, and repair costs.
• Inventory Holding Costs (5-15%) – Storage space, depreciation, insurance, and shrinkage.
• Technology & Software (3-8%) –  Warehouse Management System (WMS), security systems, and automation software.
• Logistics & Transportation (10-15%) – Freight, fuel, route optimization, and last-mile delivery.

Cost Benchmarks Based on Industry Standards

• Labor Costs – Efficient warehouses maintain labor costs below 55% of total expenses.
• Space Utilization – Warehouses should maintain at least 85% utilization to avoid unnecessary rental costs.
• Energy Efficiency – Investing in energy-saving solutions can reduce utility costs by up to 30%.
• Inventory Turnover – The ideal turnover rate is 5-10 times per year, minimizing holding costs.

Warehouse Cost Optimization Checklist

• Optimize Workforce Efficiency: Implement automation, flexible scheduling, and cross-training.
• Reduce Energy Waste: Upgrade lighting, HVAC, and insulation for cost savings.
• Maximize Space Utilization: Plan warehouse space for efficient material flow using vertical storage, ASRS, and warehouse consolidation strategies.
• Invest in Smart Technology: Upgrade technology for better operational control by implementing WMS, RFID tracking, and predictive analytics.
• Streamline Logistics: Use freight consolidation, route optimization, and real-time tracking.
• Monitor Key Metrics: Track cost per order, labor productivity, and energy usage.

By adopting the right technologies, including WMS, you can maximize your ROI. This guide on WMS ROI provides insights into how such investments pay off over time through improved accuracy and reduced costs.

Key Takeaways

• Optimize Costs & Efficiency – Reduce labor, energy, and logistics costs through automation, workforce management, and smart inventory control.
• Leverage Technology – Implement AI-driven WMS, ASRS, and IoT solutions to improve accuracy, space utilization, and overall productivity.
• Monitor & Adapt – Evaluate warehouse performance regularly by tracking key metrics and adjusting strategies to stay competitive and profitable.

Frequently Asked Questions

Is Route Optimization Software Beneficial for Transportation Cost Savings?

Yes, route optimization software is beneficial for transportation cost savings. It reduces fuel consumption, shortens travel time, and minimizes vehicle wear by identifying efficient delivery routes. Businesses using route optimization can cut fuel expenses by up to 20% and improve on-time delivery rates by avoiding traffic and optimizing delivery orders.

Can Energy-Efficient Lighting Lower Warehouse Operating Costs?

Yes, energy-efficient lighting can lower warehouse operating costs. LED lights use up to 75% less energy than traditional bulbs and last longer, reducing both electricity and maintenance costs. Smart controls like motion sensors further enhance savings. Most warehouses see ROI within two years through reduced utility bills and improved sustainability.

Is Cross-Training Employees an Effective Cost-Saving Measure?

Yes, cross-training employees is an effective cost-saving measure. It increases workforce flexibility, reduces the need for overtime or temporary hires, and minimizes downtime by allowing employees to cover multiple roles. This approach improves productivity and helps businesses adapt to changing demand while lowering labor expenses.

Any e-commerce business knows that inventory management is not just a back-office task. It is the lifeline that keeps operations flowing and customers satisfied.

Fast forward to today, modern inventory management systems do so much more than count what's on the shelves. They cut down on mistakes that cost real money, help businesses run leaner, predict what customers will want next, and grow right alongside your company.

Simply put, when you bring in the right tech tools, you set up your business to be more profitable and efficient at every level.

In this article, we explore how technology is reshaping inventory management and which types matter most.

What is Inventory Management?

Inventory management is the process of overseeing and controlling the flow of goods from supplier to customer. It includes ordering, storing, tracking, and selling inventory, ensuring businesses maintain just the right amount of stock.

Think of it as the foundation of a profitable, customer-first logistics strategy. Without it, even the best marketing or sales efforts will falter due to fulfillment issues.

If done right, it prevents overstocking and stockouts while ensuring smooth operations across the supply chain.

Key Technology Used in Inventory Management

The right tech stack can transform inventory management from a guessing game into a data-driven powerhouse. Here are the tools making that happen:

Warehouse Management System (WMS)

A Warehouse Management System is the operational heartbeat. It is a software used for optimizing and automating core warehouse functions like order fulfillment, stock control, and shipment tracking.

‍ShipHero’s own WMS, for instance, helps businesses manage stock across multiple locations, process orders faster with automated systems, and streamline warehouse operations with technology.

Robotics Technology

Robotic systems enhance stock accuracy with barcode scanning and scan products with handheld devices for efficiency, accelerating fulfillment, and minimizing delays. They pick, pack, sort, and even transport goods, reducing labor costs and error rates.

Think Amazon-style automation, but something more accessible to businesses of all sizes.

LiFi (Light Fidelity) Technology

LiFi uses visible light to transmit data at high speeds, offering a secure alternative to Wi-Fi. It supports real-time updates and ultra-fast communication between devices, improving both speed and reliability of inventory data flow.

It is especially useful in environments sensitive to electromagnetic interference, like pharmaceutical or aerospace warehouses.

RFID (Radio Frequency Identification) Technology

RFID allows for wireless communication between inventory tags and scanners. It drastically reduces the need for manual checks, making inventory tracking seamless.

Businesses can monitor inventory using RFID technology, automate stock replenishment processes, and implement barcoding and RFID systems for accuracy.

Automated Picking Tools

Automated picking systems use guided vehicles, robotic arms, or pick-to-light systems to fetch items with minimal human input. This is ideal for fast-moving warehouses where accuracy and speed are mission-critical.

This technology reduces human error with automation, improves fulfillment speeds, and optimizes warehouse space with advanced software.

AI and Machine Learning

Today, AI and ML are increasingly being used to forecast demand, adjust stock levels automatically, and analyze performance trends.

For example, a system might notify managers of low stock automatically or predict seasonal demand spikes based on historical data, allowing proactive planning and smarter purchasing.

Rising Trends in Inventory Management

Here are the trends shaping the future of inventory tech:

Internet of Things (IoT)

IoT uses connected devices to improve stock visibility and record inventory movements digitally. Smart shelves, sensors, and trackers ensure that businesses know exactly what they have (and where it is) at all times.

Cloud Infrastructure

Cloud-based inventory systems allow teams to synchronize inventory data across all platforms and access it from anywhere. This flexibility makes it easier to scale, collaborate, and stay responsive in a fast-moving market.

Predictive Analytics

Predictive tools analyze inventory performance with data analytics and forecast future needs with remarkable accuracy. This enables better decision-making, reduces stockouts, and eliminates excess inventory.

Benefits of Using Technology in Inventory Management

From cost savings to customer satisfaction, here are the key benefits companies can expect when they adopt modern inventory tools.

Increased Profitability and Reduced Costs

By automating core functions and reducing waste, businesses lower labor costs and inventory losses. Simply put: more efficient operations = higher margins.

Improved Loyalty and Customer Satisfaction

On-time deliveries, accurate stock updates, and fast fulfillment improve customer experience, leading to repeat business and stronger brand loyalty.

Better Market Position

Tech-supported businesses can outpace competitors and adapt to market changes faster, all thanks to faster order processing and accurate fulfillment.

Increased Scalability

Technology supports growth by allowing companies to manage more SKUs, warehouses, and sales channels without compromising accuracy or speed.

Manual vs. Tech-Supported Inventory Management

The main difference between manual and tech-supported inventory management is efficiency and accuracy. Here’s a quick look at their differences:

How to Choose the Right Inventory Management Technology

With so many options available, the key to choosing the right technology is to align your tech stack with your specific operational goals, growth plans, and support needs.

Identify and Specify Your Inventory Goals

Are you trying to reduce stockouts, control stock flow, or improve fulfillment times? Clarifying your goals helps narrow down the best tools.

Research and Compare Different Technology Options

Consider your current scale and your growth plans. Then, look for platforms that integrate inventory data with ERP systems, offer customization, and have solid user reviews.

Analyze Support and Services Offered

Don’t overlook service quality because it’s what makes or breaks implementation. From onboarding to troubleshooting, good tech partners offer dedicated support.

Key Takeaways

• Inventory management technology like ShipHero transforms business operations by automating tasks, reducing costs, and enabling real-time visibility across the supply chain.
• The integration of advanced tools like WMS, RFID, robotics, and AI enables businesses to make data-driven decisions, forecast demand accurately, and eliminate costly errors.
• Choosing the right tech requires aligning business goals with functionality and support.

Frequently Asked Questions

How Does Barcode Scanning Help with Inventory Management?

Barcode scanning enhances stock accuracy and accelerates stock entry and retrieval. This minimizes manual errors and ensures faster processing.

How Do Automated Inventory Tracking Systems Work?

To make sure inventory is always up to date, these systems use sensors, RFID, or barcode technology to track inventory levels with real-time updates. They can also automatically notify managers of low stock.

How Can Mobile Apps Be Used in Inventory Management?

Mobile inventory apps allow staff to update stock levels in real-time, scan products with handheld devices, and monitor inventory from anywhere. Essentially, they boost flexibility and responsiveness.

Is your warehouse ready for the holiday rush? As the peak shipping season approaches, logistics managers everywhere are gearing up for one of the busiest times of the year.

The peak shipping season is the annual surge in shipping volume, driven by events like the holiday shopping rush, special sales events, and seasonal goods. This season can make or break a company's ability to meet customer expectations. But with the right preparation, you can manage resources effectively during peak demand, avoid shipping delays, and keep your customers satisfied.

Let’s dive into expert tips to help you navigate the complexities of peak shipping season in 2025.

Types of Peak Shipping Season

Just like a sports season has different games, peak seasons vary in nature and timing. Think of each peak season as a different “game” with each one requiring its own strategy to win. Here's a breakdown of typical peak shipping periods in various industries:

• Retail's holiday season (November to December): The busiest time for retailers, driven by Black Friday, Cyber Monday, and Christmas sales, which creates a surge in orders and shipping demands.
• eCommerce Black Friday events (late November): eCommerce sees high demand during Black Friday and Cyber Monday, which requires businesses to plan ahead for increased shipping volumes and optimize carrier selection and delivery routes to ensure quick deliveries.
• Agricultural harvest seasons (fall): Agricultural shipments peak during harvest time in the fall, increasing demand for timely deliveries of fresh produce and seasonal goods. This period often requires businesses to prioritize high-demand products for fast shipping.

Top Ways to Prepare for Peak Shipping Season

Be proactive and prepare in advance so you can anticipate challenges and streamline operations.

Plan Beforehand

Businesses need to develop comprehensive logistics to ensure a smooth peak season. Forecasting shipping needs based on historical data allows you to coordinate with suppliers and assess inventory levels well in advance. You can also plan months ahead to avoid a last-minute rush and ensure stock levels are adjusted, carrier capacity is coordinated, and potential bottlenecks are identified.

Doing so optimizes carrier selection and delivery routes, schedules shipments to avoid bottlenecks, and streamlines order fulfillment to prevent delays. Consider implementing peak season inventory management strategies to help forecast and manage your inventory effectively during this busy period.

Provide a Heads-Up to Your Customers

Communicate with your customers about potential delays or extended shipping times. Do this through email campaigns, website banners, or social media posts. Communicating clearly with customers about shipping timelines allows customers to manage their expectations, enhance satisfaction, and reduce service inquiries.

Collaborate with Reputed 3PLs

Partnering with third-party logistics providers (3PLs) can enhance your business's ability to manage peak season workloads. When you select 3PLs with a proven track record, strong technological capabilities, and a wide geographic reach, you can ensure timely deliveries and efficient operations during high-demand periods.

Outsourcing logistics functions to these experts not only reduces costs but also increases efficiency. This partnership enables you to scale quickly, improve service levels, and navigate the complexities of peak season more effectively.

Communicate with Suppliers

Ensure solid communication with your suppliers well in advance of peak season by holding regular meetings or using shared digital platforms to keep everyone aligned. When you have proactive communication with suppliers, it helps maintain steady inventory levels, avoids delays in product availability, and ensures smoother operations during peak. Regular communication with suppliers anticipates potential disruptions and creates backup plans, which ultimately improve efficiency and prevent disruptions.

Implement Trending Supply Chain Technologies

Adopting modern supply chain technologies, such as real-time tracking systems and automated inventory management, can greatly enhance efficiency during peak season. These technologies reduce manual errors, speed up processing times, and improve overall operational efficiency.

Businesses that automate the shipping process to reduce manual errors can enhance the reliability of deliveries and adjust shipping strategies based on real-time data. Using ShipHero's shipping management tools can help optimize your shipping processes and ensure smooth operations throughout the peak season.

Store Inventory at Multiple Warehouses

Distributing inventory across multiple warehouse locations helps ensure faster shipping to key regions. When you choose warehouse locations near high-demand areas or major transportation hubs, you can reduce delivery times, lower shipping costs, and ensure quicker delivery to customers.

Leverage Multiple Carriers

Using multiple carriers ensures flexibility and better coverage by allowing businesses to assess factors like:

• Cost-effectiveness: Choose carriers that offer competitive rates to ensure a balance between cost savings and reliable service.
• Service quality: Evaluate the carrier’s reliability, on-time delivery performance, and customer support for smooth operations.
• Coverage area: Ensure the carrier has an extensive network that reaches all the regions where your customers are located to minimize delays and expand delivery capabilities.

This approach helps avoid bottlenecks, ensures faster delivery times, and maintains reliable service, especially when demand spikes during peak season.

Start and Finish of the Peak Shipping Season in 2025

The peak shipping season in 2025 will likely begin around Halloween (October 31) and will run through New Year's Day (January 1). This period includes major holidays and events, such as:

• Halloween
• Thanksgiving
• Black Friday (November)
• Christmas
• New Year’s Day

Be prepared for these dates so that your business can have efficient shipping and operations. To help you stay on top of deadlines, make sure to review the holiday shipping deadlines for major carriers in 2025.

Prepare Yourself for the Peak Shipping Season with ShipHero

ShipHero is a powerful solution designed to streamline warehouse operations during the peak shipping season. With features like inventory forecasting, which helps predict future demand and optimize stock levels, and order management, which efficiently tracks and processes orders from start to finish, ShipHero ensures smooth and timely operations even during high-demand periods.

Start preparing for the 2025 peak shipping season today with ShipHero, and let us help you optimize your logistics and improve operational efficiency.

Key Takeaways

• Proactive planning helps minimize last-minute issues during peak season.
• Clear communication with customers and suppliers is essential for success.
• Partnering with reliable 3PLs and leveraging modern technologies can enhance efficiency.
• Distributed inventory and multiple carriers ensure faster deliveries and reduced costs.

Frequently Asked Questions

How Long Does Peak Season Last?

Peak shipping season typically spans from October to January, covering major retail events and holidays. Understanding these key dates helps businesses plan for increased shipping volumes.

Should You Hire More Staff During Peak Shipping Season?

Yes, hiring temporary staff can help manage increased demand during peak shipping season, depending on your operations and staffing needs.

Pros of hiring more staff include quick scaling, flexibility, and reduced employee burnout. However, cons involve the time and resources needed for onboarding and training, as well as potential challenges with consistency and high turnover, which can impact productivity.

How Early Should You Start Preparing for Peak Shipping Season?

Preparation should start 3-6 months before peak season. In the first 3 months, assess inventory, review past performance, and refine logistics plans. In the next 1-2 months, secure staffing, finalize supplier and carrier agreements, and implement necessary upgrades. In the final month, conduct training, test systems, and ensure everything is ready to handle the surge.

Is your warehouse running at its full potential? As eCommerce continues to boom, businesses are faced with increasing demands to fulfill orders quickly and efficiently.

With growing volumes and tight delivery expectations, implementing a Warehouse Management System (WMS) is key.

This guide compares WMS pricing models and features to help you assess the upfront costs of WMS software and determine the best solution for your business needs.

How Much Does a Warehouse Management System Cost?

WMS pricing varies based on software type, company size, and deployment model. Explore the different pricing structures below to help you choose the best fit for your business.

On-Premises Pricing

On-premises WMS includes a significant investment upfront because of the licensing, hardware, and maintenance costs. Initial setup would cost you around $100,000 to $500,000. When you purchase an on-premises WMS, it gives you greater control over data security for your business.

These systems also allow for more customization to ensure that they meet specific warehouse needs. While estimating the cost of a warehouse management system may seem steep initially, businesses with existing infrastructure may see long-term savings. As companies become more familiar with the system, they track the return on investment (ROI) of WMS implementation, which makes it worthwhile over time. To learn more about how businesses can calculate and track WMS ROI, check out our dedicated guide.

Cloud-Based Pricing

Cloud-based WMS pricing has lower upfront costs compared to on-premises solutions. It offers flexibility, scalability, automatic updates, and reduced IT overhead, which is ideal for growing businesses with fluctuating needs.

Pricing typically starts at $2,000 per month for small businesses and can rise to $10,000 per month for larger enterprises, depending on features and users. Many businesses select a WMS based on pricing and scalability to align with growth and seasonal demands. Analyzing subscription-based vs. one-time purchase options helps businesses choose the most efficient model for their specific needs.

Hidden Costs of WMS: Things You Might Not See

When implementing a WMS, always account for hidden costs that might not be immediately obvious. Those hidden costs include the following:

WMS Implementation Costs

Setting up a WMS includes software costs, installation, configuration, and training, with implementation costs ranging from $10,000 to $150,000 depending on system complexity. While the upfront investment is significant, it leads to improved efficiency, streamlined operations, and reduced errors.

For example, after adopting a WMS, James Enterprise, a company handling 300,000 orders annually, saw a 38% increase in productivity. New employees improved their picking speed from 55 seconds per order to 34 seconds within just five days. These efficiency gainsreduce costs through automation and lead to quicker return on investment.

Support

Support packages vary by provider, with 24/7 support costing more than standard office hours. Annual fees range from $5,000 to $30,000, depending on the service level. Continuous support is crucial to quickly resolve issues, minimize disruptions, and ensure smooth operations. Businesses should manage recurring costs for software updates and support to avoid unexpected costs.

Extra Users Expenses

As your business grows, you may need additional user licenses for the WMS, typically costing $50 to $200 per user per month. Investing in scalable warehouse management solutions allows businesses to scale their system as needed without facing significant upfront costs. Many providers offer flexible pricing based on user count so that businesses pay only for the resources they need.

Features Included in the WMS Cost

While WMS pricing is influenced by the software and deployment model, many systems include essential features such as location management, receiving, picking, packing, and reporting within their base cost.

Location Management

Imagine you're managing a growing eCommerce business with several warehouses across different regions. As your operations expand, keeping track of inventory, shipments, and orders across multiple locations becomes increasingly complex. Without a robust system, errors such as missing stock, delayed shipments, and inventory discrepancies can occur.

Managing multiple warehouses can be complex and costly, especially with WMS providers that charge extra for each location. Centralizing all locations in one system eliminates these costs, which allows real-time inventory tracking, efficient stock allocation, and consistent order fulfillment. This streamlines operations, reduces errors, and improves efficiency, ultimately optimizing the cost-performance balance of WMS solutions.

Receiving and Putting Away

Receiving and storing goods within a WMS requires investment in automation tools like barcode scanners, RFID systems, and software integration. While these incur initial costs, they reduce manual labor and errors.

Automated receiving updates inventory in real time, while automated storage directs items to designated locations, which improves speed and minimizes mistakes. Automation streamlines inventory flow, reduces costs through automation, and enhances operational efficiency, which leads to faster turnover and optimized space.

Picking and Packing

Think of it as a GPS for warehouse workers that guides them through the most efficient routes to get orders ready faster. WMS software can optimize picking routes to reduce the time spent searching for items and improve order fulfillment speed.

‍ShipHero’s Mobile Pick & Pack Solution helps businesses increase efficiency with barcode scanning, reducing errors by 99.9% and ensuring faster, more accurate order processing.

Reporting Management

Reporting management provides valuable insights that drive decision-making and cost savings. Real-time inventory reports prevent stockouts and overstocking, while order performance reports highlight fulfillment speed and accuracy. Operational efficiency reports assess staff productivity, which helps identify areas for improvement.

These data-driven insights optimize operations, reduce errors, and improve resource allocation, ultimately enhancing decision-making, workflow efficiency, and profitability.

Inventory Management

In a WMS, real-time tracking with barcode scanning, RFID, and automated data entry ensures accurate stock levels. While there are costs for software, hardware, and training, the benefits of streamlined inventory management outweigh these investments.

Effective inventory management prevents stockouts and overstocking, optimizes stock levels, and reduces excess inventory costs. It also improves stock visibility, reduces errors, and enhances order fulfillment speed, ultimately boosting customer satisfaction, service levels, and profitability. To further optimize your inventory management, consider integrating a solution like ShipHero’s inventory management software to seamlessly track and manage your stock.

Indirect Costs When Implementing New Warehouse Management Software

Aside from direct costs, some businesses often overlook training, infrastructure upgrades, IT staff time, and data utilization as part of the WMS implementation.

Training Staff

Training staff on a new Warehouse Management System (WMS) is crucial for efficient use. Think of training as the foundation of a building. The stronger the foundation, the more stable the operations. Without it, even the best system can fall short.

Training typically lasts one to three weeks and includes a mix of hands-on sessions, virtual courses, and documentation. This ensures employees understand everything from basic navigation to advanced features like inventory tracking and order management.

‍Allocating a budget for WMS training and onboarding helps ensure a smooth implementation to help boost staff confidence and reduce errors.

Infrastructure Improvement

Implementing a new Warehouse Management System (WMS) may require upgrades to existing infrastructure, such as improved Wi-Fi, barcode scanners, or RFID systems, to ensure optimal performance. These upgrades are necessary to support real-time tracking and automation.

For example, enhancing Wi-Fi connectivity enables seamless communication between devices, while RFID systems improve inventory accuracy. These upgrades directly enhance operational efficiency and ensure a successful WMS implementation.

IT Staff Time

Successful WMS implementation demands a substantial time commitment from IT staff. IT will also monitor performance, apply updates, and resolve issues as they arise.

It’s crucial to budget for IT staff time for a smooth implementation and minimize disruptions to regular operations. Invest in dedicated IT resources to avoid downtime and ensure the WMS runs efficiently to support long-term operational success.

Leveraging Data

Businesses that leverage data from a WMS reduce excess inventory, improve demand forecasting, and maximize warehouse space. Real-time tracking allows businesses to align stock levels with demand to prevent overstocking and stockouts while optimizing storage capacity.

Analyzing inventory accuracy, order processing time, and shipping performance allows businesses to identify inefficiencies and continuously improve operations. Understand how these efficiencies can lead to cost savings by reading our guide on warehouse operations & cost savings.

WMS Software Cost Drivers

Several factors, such as the number of users, the complexity of operations, and the required features, influence the cost of WMS software.

Number of Users

The number of users affects WMS licensing costs, with many providers charging based on user count. As businesses grow, user numbers may increase, which would raise costs. You can avoid these expenses by limiting access to key staff or using tiered pricing models that offer scalability. Many providers allow flexible user additions so businesses can scale their WMS without significant cost increases and keep the system both efficient and affordable.

Operational Complexity

The complexity of warehouse operations affects both the type and cost of the WMS needed. More complex operations, such as multi-location management or high SKU volumes, require advanced systems, which increase costs.

To choose the right WMS, businesses should assess their needs, such as inventory size, number of users, and required features. For instance, a large eCommerce retailer with complex operations will need a more advanced, costly WMS, while a smaller warehouse can opt for a more basic, affordable solution.

Choosing a WMS Pricing Model for Your Business

Businesses can choose between a one-time payment for a perpetual software license or a flexible, subscription-based SaaS model. Each option offers distinct benefits, depending on budget, scalability, and operational needs.

Perpetual Software License

A perpetual software license involves a one-time payment for indefinite use of the WMS, which eliminates recurring subscription fees. While the upfront cost is higher, businesses avoid ongoing licensing costs, making it more cost-effective over time.

This model is ideal for businesses with stable operations that plan to use the WMS long-term and don’t require frequent updates. Positioned as a long-term investment, a perpetual license offers substantial savings by avoiding recurring costs, especially for larger operations.

SaaS Software Subscription

The SaaS subscription model involves a recurring fee for cloud-hosted WMS software that offers benefits like scalability and cost-efficiency. It allows businesses to adjust their plan based on fluctuating needs, which makes it ideal for growth or seasonal changes.

SaaS is cost-effective upfront, with flexible service tiers that let businesses pay only for what they use. It provides a dynamic, affordable solution that can scale up or down as operational needs evolve, ensuring businesses can adapt without committing to large, upfront investments.

Key Takeaways

• WMS costs can vary greatly based on deployment type, software features, and the number of users.
• On-premises solutions have high upfront costs but offer greater control and long-term savings.
• Cloud-based systems are more flexible, with lower upfront costs and scalability.
• Hidden costs like implementation, training, and infrastructure upgrades should be factored into the budget.

Frequently Asked Questions

How Long Does It Take for a WMS to Pay for Itself?

A WMS typically pays for itself within 1 to 3 years, depending on system scale and efficiency gains. For example, a mid-sized eCommerce business may see ROI in 1-2 years by reducing fulfillment times and stock discrepancies, while larger operations with more complex needs may take up to 3 years. ROI depends on factors like operational complexity and how quickly the system is integrated, with most savings coming from improved efficiency and customer satisfaction.

Is There a Free or Low-Cost Warehouse Management System Available?

Yes, there are free or low-cost WMS options, but they often have limitations like fewer features, scalability issues, or a lack of advanced integrations. While suitable for small businesses with basic needs, these systems may require upgrades as operations grow.

Can a Warehouse Management System Be Customized?

Yes, a WMS can be customized. Many solutions allow adjustments to workflows, reporting, and integrations with other systems or hardware to meet specific business needs. This flexibility ensures the system aligns with unique operational requirements.