What Is A Smart Warehouse? How It Benefits Your Business

A smart warehouse is not merely a modern buzzword; it is a strategic imperative in the age of digital transformation where competition intensifies by the minute. With the power of automation and robotics, smart warehouses can achieve levels of efficiency and productivity that were previously unimaginable.

The benefits of embracing a smart warehouse are undeniable. However, as you venture into transitioning to a smart warehouse, you’ll face a formidable challenge – how to navigate the complex landscape of technology integration, implementation, and adoption. We know the process can be overwhelming and prone to pitfalls if not approached strategically.

We understand that you may feel apprehensive about finding the right path, but instead of letting that worry consume you, read our guide to overcome these challenges. Here’s what we’ll cover today:

• What are smart warehouses and their 4 levels
• How it can benefit your business
• Strategies to make your warehouse smart

What Is A Smart Warehouse?

A smart warehouse transforms traditional warehouse processes into an intelligent and efficient system. It no longer remains just a static storage space, but a dynamic hub where every item, shelf, and vehicle is connected.

Smart warehouses employ IoT sensors and devices so that various aspects of the warehouse can communicate with each other in real time. These devices monitor and collect data on inventory levels, environmental conditions, equipment performance, and even employee activities.

The integration of artificial intelligence and machine learning algorithms further enhances the capabilities of smart warehouses. These systems can predict demand patterns, optimize inventory levels, and suggest the most efficient routes for order picking and delivery.

4 Levels Of Smart Warehouses

When it comes to smart warehouses, 4 levels of automation and intelligence define their capabilities. Let’s take a look at each level in greater detail.

01

Basic Automation

Level 1 lays the groundwork for more streamlined warehouse operations. This involves the implementation of simple automated systems to streamline certain processes. Think barcode scanners, conveyor belts, and automated sorting systems.

With basic automation, manual tasks that once consumed valuable time and effort in traditional warehouses become a thing of the past. Tedious inventory tracking is now handled effortlessly by scanning barcodes, ensuring accurate stock counts, and reducing the risk of errors. Manual order processing is swiftly replaced by basic smart warehouse technologies that efficiently manage incoming and outgoing orders.

Basic automation sets the stage for further advancements in smart warehousing and prepares you for the possibilities of higher levels of automation.

02

Systems Automation

At Level 2, relatively advanced technologies work together to optimize your warehouse processes. Central to this level are smart warehouse systems, including:

• Automated Inventory Control Platform
• Warehouse management systems (WMS)
• Enterprise resource planning (ERP) software

These technologies provide a synchronized network of interconnected systems that communicate and exchange information in real time. They can seamlessly process incoming orders, prioritize tasks, and allocate resources. The result? Increased customer satisfaction and streamlined warehouse operations.

Some other technologies used at this level include:

2.1. Radio Frequency Identification (RFID)

RFID tags and readers enable the swift and accurate identification of products, eliminating the need for manual scanning and reducing the risk of errors.

2.2. Pick-To-Light

Each picking location is equipped with a light module that illuminates when an item needs to be picked. It directs the picker to the correct location and displays the quantity to be picked. The picker presses a button to confirm the pick and the light moves on to the next location.

2.3. Put-To-Light

Similar to pick-to-light, light modules are placed at put-away locations. When an item needs to be put away, the light module illuminates, indicating the correct location. Warehouse workers can quickly and accurately place the items in the designated area.

2.4. Pick-By-Light

Pick-by-light takes the concept of pick-to-light to the next level. In addition to illuminating the pick location, pick-by-light systems provide additional information like item description, picking sequence, or quantity. This enables warehouse workers to efficiently pick multiple items for a single order or perform batch picking.

2.5. Voice Picking

Warehouse workers wear headsets connected to a voice-directed picking system. Through voice commands, workers receive instructions on which items to pick, their quantities, and the optimal routes to follow. The worker confirms the pick verbally, allowing for a seamless and uninterrupted workflow.

03

Mechanized Automation

Level 3 smart warehouses are designed to maximize productivity and accuracy while minimizing manual labor. The emphasis here is on the mechanical automation of tasks and workflows where physical machines and equipment play a crucial role.

The warehouse floor becomes a dynamic environment as a result of seamless collaboration between machines and human workers. Every aspect of the supply chain, from receiving and put-away to order fulfillment and shipping, is optimized for speed, accuracy, and cost-effectiveness.

Here are some of the common technologies used in level 3 smart warehouses.

3.1. Goods-To-Person (GTP) Systems

In a GTP system, automated robots or shuttles retrieve specific bins or containers containing the required items and bring them to designated workstations.

3.2. Automated Storage & Retrieval Systems (AS/RS)

These high-tech systems employ a combination of automated shuttles, cranes, and conveyors to efficiently move and retrieve items from designated storage locations.

3.3. Warehouse Control Systems (WCS)

A WCS acts as the central nervous system of your smart warehouse, coordinating and optimizing the flow of information and tasks between different automated systems. It integrates with your warehouse management system for the synchronization of all processes.

3.4. Automated Guided Vehicles (AGVs)

These intelligent vehicles navigate your warehouse with precision, efficiently transporting goods from one location to another. AGVs are equipped with sensors and onboard computers that allow them to move autonomously, avoiding obstacles and following predefined paths.

3.5. Robotic Arms

These versatile mechanical arms are programmed to perform intricate tasks such as picking, packing, and palletizing. Equipped with sensors and advanced gripping mechanisms, robotic arms can handle a wide range of products and adapt to different shapes and sizes.

04

Fully Autonomous & Intelligent Warehouses

In Level 4 smart warehouses, human intervention is minimized as the systems operate autonomously, making real-time decisions based on vast amounts of data and algorithms. These smart warehouses can identify patterns, trends, and anomalies that may not be immediately apparent to human operators.

The autonomous systems in Level 4 smart warehouses can also detect and respond to exceptions and deviations in real time. For instance, if a robot encounters an obstacle or if a conveyor belt malfunctions, the smart warehouse system can immediately assess the situation, adjust its path or notify maintenance personnel for prompt resolution.

Let’s take a look at the key features and technologies that define Level 4:

4.1. Robotics Integration

Level 4 warehouses embrace a wide array of robotics, including autonomous mobile robots (AMRs), robotic arms, and drones. These robots work collaboratively to handle various tasks, like goods movement, picking, packing, sorting, and even replenishing stock. These robots navigate the warehouse, interact with the inventory, and perform tasks with remarkable precision and speed.

4.2. Artificial Intelligence (AI) & Machine Learning (ML)

These smart warehouses leverage AI and ML algorithms to make intelligent decisions and optimize operations. AI algorithms process vast amounts of data from sensors, cameras, and other sources for real-time insights. ML algorithms continuously learn from data to identify patterns and trends and optimize warehouse space.

4.3. Advanced Data Analytics

Level 4 smart warehouses are data-driven environments where massive amounts of data are collected, analyzed, and turned into actionable insights. Data analytics platforms use the power of AI and ML to extract meaningful information from various data sources, including sensors, inventory management systems, customer orders, and external data.

4.4. Real-time Optimization & Dynamic Decision-Making

In Level 4 warehouses, systems are interconnected and communicate seamlessly, enabling real-time optimization and dynamic decision-making. The warehouse management software, coupled with AI algorithms, continuously monitors and analyzes data to optimize tasks like inventory allocation, routing, labor allocation, and equipment utilization.

7 Proven Benefits Of A Smart Warehouse

01

Increased Efficiency

Smart warehouses incorporate automation and robotics as core components of their operations for handling the movement, sorting, and storage of goods throughout the warehouse. This reduces the time and effort required for manual handling and results in a substantial increase in operational throughput.

Smart warehouses implement intelligent routing and optimization algorithms to ensure the most efficient flow of goods within the facility. They analyze factors like order priorities, product characteristics, and warehouse layout and determine the optimal paths for picking, packing, and shipping.

02

Improved Inventory Management

Smart warehouses use advanced tracking technologies to help warehouse managers accurately monitor and track inventory throughout the entire supply chain.

With the help of this information, you can also make more accurate demand forecasts and adjust inventory levels accordingly. Smart warehouses can integrate with suppliers and real-time inventory data to automatically trigger reorder points and generate purchase orders when stock levels reach a predefined threshold.

Smart warehouses use data analysis and optimization algorithms to design product slotting strategies. Through automated tracking and monitoring, warehouse managers can ensure that products with shorter shelf lives are picked and dispatched first, reducing the risk of product spoilage or expiration.

03

Enhanced Safety

Smart warehouses use automated material handling systems which reduce the need for manual lifting and carrying of heavy items. This lowers the risk of employee injuries because of strain or accidents. Also, they incorporate collision avoidance systems that use sensors and advanced algorithms to detect obstacles and prevent collisions between moving machinery, equipment, and personnel.

Smart warehouses prioritize the ergonomics of workstations and tools to enhance employee safety and comfort. Ergonomically designed workstations are tailored to fit the physical requirements and movements of warehouse personnel, reducing the risk of strain and musculoskeletal injuries. Smart warehouses are also equipped with advanced fire detection and suppression systems to protect both personnel and inventory.

04

Real-Time Tracking & Monitoring

Smart warehouses provide tracking and monitoring capabilities that contribute to a broader supply chain ecosystem. Through integration with supply chain partners, smart warehouses can exchange data in real time, facilitating efficient planning, collaboration, and decision-making.

The data collected from various tracking sources lets you identify patterns and areas for optimization. You can get insights into workflow bottlenecks and resource utilization.

Smart warehouses also employ security measures like video surveillance, access control systems, and alarm systems that are integrated with tracking technology. Real-time monitoring of the facility allows for immediate detection of any suspicious activities. Alerts can be triggered for swift response and to mitigate potential losses.

05

Streamlined Order Fulfillment

From the moment an order is received, smart warehouse systems can automatically validate and process the order. The integration of WMS, order management systems (OMS), and ERP systems enable a seamless flow of information and eliminates the need for manual data entry.

Also, high-priority orders, like those with expedited shipping or special customer requirements, can be automatically flagged and given top priority in the order fulfillment process.

Smart warehouses analyze factors like inventory availability, proximity to shipping destinations, and customer demand patterns, to strategically allocate inventory across different fulfillment locations or pick zones. This reduces order processing times and minimizes shipping costs since the products are sourced from the most appropriate location closest to the customer.

06

Reduced Labor Costs

Tasks like inventory counting, order picking, and packing are automated using robotic systems, conveyors, and sorting machines. This reduces reliance on manual labor and cuts down the costs associated with it.

Similarly, with the help of automated systems and optimized processes, businesses can accomplish more in less time. This reduces the need for additional labor and results in cost savings.

Smart warehouses can accurately predict demand patterns and optimize resource allocation. As a result, warehouse managers can plan and schedule labor resources based on real-time data and optimize staffing levels to match workload fluctuations.

07

Sustainability

If a facility is to be truly considered a smart warehouse and achieve a high level of sustainability, it should implement practices that go beyond simply purchasing carbon offset credits. Smart warehouses use solar panels to generate clean, renewable energy. Also, implementing water recycling systems allows warehouses to treat and reuse water for various purposes like cooling, cleaning, and irrigation.

Smart warehouses prioritize waste management and recycling practices to minimize their environmental impact. Implementing efficient waste segregation systems and partnering with recycling organizations ensures that recyclable materials are properly sorted and recycled.

Designing smart warehouses with sustainable and eco-friendly features is also an important aspect of achieving carbon-neutral operations. This includes implementing green building practices like proper insulation, energy-efficient windows, and optimized building orientation.

How To Make Your Warehouse Smart: 10 Best Practices

Transforming your warehouse into a smart warehouse is an exciting journey that can revolutionize your operations. To make your warehouse smart, follow these strategies:

01

Evaluate & Plan

Start by conducting a comprehensive evaluation of your current warehouse processes. Identify bottlenecks, inefficiencies, and areas that can benefit from automation and digitization. Based on your evaluation, develop a detailed plan that outlines the specific steps and technologies required to make your warehouse smart. Set clear goals and timelines to ensure a smooth implementation process.

02

Embrace Automation

Identify the tasks that can be automated. This can include automation of picking, sorting, packaging, and inventory management. Research and invest in suitable automated systems such as automated guided vehicles (AGVs), conveyor belts, and robotic arms.

Collaborate with automation experts to design an efficient layout that optimizes the flow of goods and integrates automation seamlessly into your processes.

03

Implement Warehouse Management Systems

Implementing a WMS is crucial for optimizing warehouse operations. Select a suitable WMS provider that aligns with your specific business requirements. Work with the provider to customize the system to your warehouse’s needs.

This may involve integrating the WMS with existing systems like Enterprise Resource Planning (ERP) software. Train your staff on how to use the WMS effectively and ensure that data entry and management processes are standardized.

04

Utilize Internet of Things (IoT) Devices

To leverage IoT devices in your warehouse, identify the areas where real-time data collection can enhance operations. IoT devices can be used to monitor various aspects, including equipment performance, inventory levels, and environmental conditions.

Select IoT devices that are compatible with your existing infrastructure and ensure they are properly installed and calibrated. Integrate the data collected by IoT devices into your WMS or other relevant systems for analysis and decision-making.

05

Adopt Smart Inventory Management

Start by implementing RFID technology for smart inventory management. This involves attaching RFID tags to products and using RFID readers to track and manage inventory in real time.

Evaluate RFID system providers and select the one that best suits your needs. Set up RFID readers at strategic locations like key entry points, storage areas, and high-traffic zones and integrate them with your WMS for seamless inventory tracking. Train your staff on how to use RFID technology effectively and establish clear procedures for managing RFID data.

06

Embrace Predictive Analytics & Artificial Intelligence

Gather historical data on various aspects like demand patterns, inventory levels, and order processing times. Select suitable analytics tools or partner with a provider that specializes in warehouse analytics.

Use the collected data to develop predictive models that can forecast demand, optimize inventory levels, and improve order fulfillment accuracy. Integrate AI algorithms into your systems to optimize picking routes, replenishment cycles, and other operational processes.

07

Implement Yard Management System

To optimize the movement of goods within your warehouse premises, implement a Yard Management System (YMS) like Vector. Our state-of-the-art YMS helps track and manage the flow of trucks, trailers, and other vehicles in the yard area.

With Vector, you get real-time visibility into yard activities, including dock assignments, check-in/check-out processes, and trailer location tracking. Integrate Vector with your existing WMS or TMS to ensure seamless coordination between yard operations and warehouse activities.

Our self-service check-in system offers drivers the convenience of quickly checking in to your facility using our mobile app, SMS, or a dedicated kiosk. This efficient process eliminates congestion at the entrance and allows you to expedite the entry and exit of drivers up to 3x faster than other methods.

Vector ingests your current Bill of Ladings (BOLs) and transforms them into electronic format. These eBOLs, containing timestamps and GPS locations, are automatically directed to the respective driver. This streamlined process not only saves valuable time and resources but also minimizes errors and gives you enhanced visibility into your supply chain operations.

08

Enhance Safety Measures

Assess your current safety protocols and identify areas for improvement. Install video surveillance systems at key locations, like loading docks, equipment storage areas, and inventory control centers, to monitor activities and deter potential security breaches. Implement access control systems to restrict entry to authorized personnel only.

Introduce real-time monitoring systems to detect hazardous conditions like temperature fluctuations or leaks. Train your staff on safety protocols and ensure they have access to personal protective equipment (PPE) when necessary.

09

Embrace Cloud Computing & Data Integration

Migrate relevant data and applications to the cloud to enable real-time access and collaboration across different departments and locations. Integrate your cloud-based systems, like WMS, IoT devices, and analytics tools, to facilitate seamless data exchange and communication. Ensure that your staff is trained on how to access and utilize cloud-based systems securely.

10

Continuously Monitor & Optimize

Continuous monitoring and optimization keep your smart warehouse effective. Establish a system for monitoring KPIs like order cycle time, inventory accuracy, and labor productivity.

Analyze the collected data regularly to identify areas for improvement and implement necessary adjustments. Encourage feedback from your staff and involve them in the optimization process. Stay updated with advancements in smart warehouse technology and industry best practices to ensure your warehouse remains at the forefront of smart warehouse solutions.

Conclusion

A smart warehouse represents the pinnacle of warehousing innovation – a comprehensive ecosystem of interconnected technologies that optimize and automate crucial processes. Smart warehouses harness the power of state-of-the-art advancements to elevate operations to unprecedented levels of efficiency.

Gone are the days of manual labor and operational inefficiencies – embrace the future and discover the remarkable benefits that await your business. Vector’s yard management system is the missing piece of the puzzle that ensures a smooth and optimized flow of goods within your warehouse.

It effectively manages and orchestrates the movement of trucks, trailers, and other assets in your yard to minimize idle time, reduce congestion, and optimize resource allocation. Talk to us and see how we can translate precision and control into substantial cost savings.

This post was written by Mark Vernall. Mark is a supply chain specialist with over thirty years of experience in the field, working across many industries as a consultant, advisor, and project manager. Mark has a high level of expertise in business process re-engineering, change management, and the selection and implementation of advanced supply chain systems. He is also the Senior Responsible Officer and Founder of Supply Chain Specialists 4 Hire.