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In today's marketplace consumers are expecting more than ever from the companies they do business with. This is creating an intense race to keep up with—and surpass—competitors in order to best serve your existing customer bases and to acquire new customers. Achieving a seamless supply chain strategy is essential. So how can you do this?

In this blog post, we'll explore the key technologies necessary to achieve true omnichannel status in your supply chain.

Go omnichannel. Or, in other words, provide a seamlessly integrated customer experience that provides satisfaction at every level and touch points where customers can reach you. This is different from a multichannel experience in that multiple channels or touch points (such as a mobile site and shipping email confirmation) can exist without being integrated or working together. That's the important distinction to remember—omnichannel is a highly optimized system that makes sure everything works together flawlessly to deliver the highest quality customer experience. (For some great examples of companies who are excelling at omnichannel strategies, see our case studies.)

Therefore, when it comes to the supply chain specifically omnichannel means that there has to be complete visibility through every path to purchase a customer can take—and the systems it takes to get the product to the customer after its purchase.

And, as you can guess, there are key technologies necessary to reach true omnichannel status.

Automated Data Capturing

The foundation of an omnichannel business strategy is good data, and the best data is collected through an automated system. Without automation, it would be impossible to capture all the data required for total integration. This automated identification and data capture (AIDC) can be achieved through a variety of technologies including:

  • Voice systems
  • RFID
  • Pick-to-light
  • Laser scanners
  • CCD scanners
  • Hand-held batch and RF terminals
  • Vehicle-mounted computers
  • Wearable computers

This allows you to have accurate and in-depth data about every aspect of your supply chain, which in turn leads to smarter business decisions and more efficient processes.

Predictive Analytics

Remember all the data you're collecting? Well, you're going to run it through a sophisticated system that allows you to use collected data to predict trends in customer behavior that help you reduce errors and time and resource waste and provide reliable service that keeps customers coming back.

Predictive analytics allow you to have greater insight into:

  • How much to order
  • When to order it
  • How many orders of certain items you can expect
  • And more

Setting up predictive analytics allows you to run your business as efficiently and intelligently as possible starting with making sure your inventory is as lean as possible—and gives you the visibility an omnichannel strategy needs to be successful.

Integration of All Supply Chain Systems

Predictive analytics won't mean much unless what they're predicting can be applied across your supply chain, including:

Each of these systems needs to be able to "talk" to the others and have access to relevant data. Without true supply chain integration, no one part of the supply chain can dominate the others and the processes necessary for a successful customer interaction can flow unimpeded.

Transportation Modeling

At the core of every supply chain is the literal supplying of an item via transportation. And, unfortunately, because there are so many outside influences on transportation it can be one of the most difficult aspects of the supply chain to change. This is why transportation modeling technology can be a much more manageable way of optimizing your transportation network. It allows you to create a baseline model of your transportation system, then run it through "what if" scenarios that allow you to see potential outcomes of deviations from your current practices to help increase efficiencies without interrupting the current flow of your freight.

This ensures you'll have an optimized transportation network that's able to adapt to changes in customer behavior and shifts in demand—providing your customers with the best service.

Sophisticated CRM System

The last essential piece of the omnichannel puzzle is a Customer Relationship Management (CRM) system that incorporates the data and analytics you've collected to provide resources for both customers and employees who work directly with customers (such as customer service or inside sales professionals) with relevant information about purchases. This can include:

  • Past purchase data
  • Suggestions for future purchases
  • Current inventory status on high demand items
  • Order status information
  • And more that directly relates back to the supply chain

This transparency between your customers and your business will provide a more satisfactory customer experience.


Final Thoughts

Achieving full omnichannel status won't be easy—it takes a good dose of enthusiasm and dedication combined with the technologies listed above to make it successful. But in the customer serving world we live in it could be the difference between being "good enough" and being the best.

FAQs

What is an omnichannel supply chain?

An omnichannel supply chain is a fully integrated system that gives customers a seamless experience across every purchase channel and every post-purchase touchpoint. Unlike a multichannel setup, the channels are not just present side by side; they work together through shared data, visibility, and connected processes so orders, inventory, and service stay aligned.

How is an omnichannel supply chain different from a multichannel supply chain?

A multichannel supply chain offers multiple customer touchpoints, but those touchpoints may not be connected. An omnichannel supply chain goes further by integrating channels, systems, and data so the entire process works together. The result is better visibility, smoother order fulfillment, and a more consistent customer experience from purchase to delivery.

What technologies are needed for an omnichannel supply chain?

The main omnichannel supply chain technologies include automated data capture, predictive analytics, integrated supply chain systems, transportation modeling, and a sophisticated CRM system. Together, these tools help companies collect accurate data, forecast demand, connect warehouse and transportation operations, and share relevant customer and inventory information across the business.

Why is automated data capture important in omnichannel supply chains?

Automated data capture is important because it creates the accurate, detailed data foundation an omnichannel supply chain depends on. Technologies such as RFID, laser scanners, voice systems, pick-to-light, handheld RF terminals, and wearable computers help collect information automatically. That data supports smarter decisions and more efficient processes across the supply chain.

How do predictive analytics help an omnichannel supply chain?

Predictive analytics help an omnichannel supply chain by turning collected data into forecasts that improve planning and reduce waste. They can help determine how much to order, when to order it, and how many orders to expect for certain items. That makes inventory leaner, service more reliable, and operations more efficient.

Why does supply chain integration matter for omnichannel operations?

Supply chain integration matters because predictive insights only help if warehouse management, transportation management, billing, and procurement systems can share information. When those systems can talk to each other, data moves cleanly across the operation and no single part of the chain works in isolation. That is what supports a true omnichannel experience.

What does transportation modeling do in an omnichannel supply chain?

Transportation modeling creates a baseline view of the transportation network and lets teams test “what if” scenarios without disrupting current freight flow. It helps evaluate changes in demand, customer behavior, or operating practices so companies can improve efficiency and adapt their network more intelligently. That makes transportation optimization more manageable.