How to Automate Receiving and Putaway | Extensiv

A truck backs in, pallets hit the dock, and someone starts counting with a clipboard. An hour later those items get walked to whatever open spot a worker remembers, and the system finds out later, if it finds out at all. That stretch between the dock and the shelf is where accuracy and hours quietly disappear.

To automate receiving and putaway, you capture the inbound shipment electronically, scan each item against the expected receipt as it arrives, and let your warehouse system direct where it goes and confirm the location with another scan. Manual counting and memory-based putaway get replaced by scan-verified data flowing straight into inventory. This guide walks through how that works, the six steps to set it up, and why software automation is the move to make before you spend on robotics.

What Does It Mean to Automate Receiving and Putaway?

Receiving is the process of checking in inbound inventory against what was expected. Putaway is moving that inventory to a storage location and recording where it went. Automating both means software handles the verification and the decisions that a person otherwise does by hand and by memory.

In a manual flow, a worker counts cartons, writes quantities on paper, keys them into a system later, then carries stock to an open spot and hopes someone updates the record. Each handoff is a chance for a miscount, a typo, or a misplaced pallet. In an automated flow, a scan confirms the SKU and quantity against the inbound record at the dock, the system assigns the storage location by your rules, and a second scan confirms the item landed there. The inventory count updates the moment it happens, not at the end of the shift.

According to the MHI Annual Industry Report, companies using advanced warehouse management software report a 25% improvement in inventory accuracy. That gain starts at the receiving dock, because inventory you count wrong on the way in stays wrong until a cycle count catches it.

Where to Start: Software Automation Before Robots

Ask an AI assistant how to automate receiving and putaway and you will hear about autonomous mobile robots, conveyor systems, and automated storage and retrieval. Those are real. According to Gartner, 60% of large warehouses will deploy mobile robots by 2026, up from less than 5% in 2020, and LogisticsIQ projects the warehouse automation market will reach $30 billion by 2026.

Here is the part those answers skip: most of the time lost in receiving and putaway comes from a data problem, not a robotics one. The hours leak out through manual counting, paper transcription, delayed system updates, and blind putaway where a worker guesses at a location. Capital robotics is a large investment that pays off at high volume. Software automation fixes the data layer first, for a fraction of the cost, and it is the foundation any robot would need anyway.

The practical sequence for most 3PLs:

• Start with the data layer. Scan-based receiving and system-directed putaway remove the miscounts and blind moves. This is software, not steel, and it is where the fast return lives.
• Add mechanization where volume justifies it. Conveyors and robots earn their cost once throughput is high and predictable, and they run on the accurate data the software layer provides.
• Sequence it that way on purpose. A robot moving inventory against a wrong record just makes the wrong move faster.

You do not have to choose robots or nothing. You start with the layer that makes everything else work.

How to Automate Receiving and Putaway: 6 Steps

You do not need new hardware beyond scanners to start. You need the inbound data flowing in and a system that can direct the work.

1. Capture the inbound shipment electronically. Pull the advance shipping notice or purchase order into your system before the truck arrives, through an integration with the client or supplier. Now the warehouse knows what is coming and what to check against.
2. Scan against the expected receipt. As items come off the truck, scan them. The system compares each scan to the inbound record and flags a short, over, or wrong SKU at the dock, while you can still do something about it.
3. Validate quantities and condition at receiving. Confirm counts and note damage as you scan, not from memory hours later. The receiving record becomes the source of truth instead of a clipboard waiting to be keyed in.
4. Let the system direct putaway. Instead of a worker choosing a spot, the system assigns a location by your rules: velocity, client, zone, lot, or expiration. Directed putaway ends the guesswork and the searching that follows it.
5. Confirm the location with a scan. The worker scans the item and the bin to confirm the match. The record now reflects exactly where the stock sits, so picking can find it the first time.
6. Sync inventory live and close the loop. The moment putaway is confirmed, available inventory updates and flows to every connected channel. No batch entry, no overnight reconciliation, no lag between the floor and the record.

The first three steps fix receiving. The last three fix putaway. Together they replace the slowest, most error-prone stretch of the inbound process with scan-verified data.

What It Changes: Accuracy, Speed, and Margin

Accurate receiving is the foundation everything downstream stands on. Get it wrong and you pay for it in mis-picks, stockouts that are not real, and clients who stop trusting your numbers. According to Supply Chain Dive and the Aberdeen Group, average order fulfillment accuracy with a WMS is 99.5%, compared to 92% without one. That gap is built at the dock.

LMS Logistics Solutions runs scan-based receiving with Extensiv SmartScan and holds 99.9% inventory accuracy while growing 247%. The accuracy is what let them scale: when the inbound data is right, you can take on more clients without the error rate climbing with the volume.

Speed compounds the accuracy gain. Netrush onboards a new client fast enough that, once a catalog is loaded, inventory received in the morning can be live the same day. Automated receiving turns onboarding from a multi-week project into a same-day workflow, which is margin you capture by saying yes to clients sooner.

All of it traces back to your own operational data. Scan-verified receiving and directed putaway turn the messiest part of the inbound process into structured data, and that data is what protects margin: fewer errors to chase, faster onboarding, inventory you can actually trust. The automation is just plumbing. What it buys you is data clean enough to run the business on.

Frequently Asked Questions

How do I automate receiving and putaway to save time?

Capture the inbound shipment electronically before it arrives, scan each item against that expected receipt at the dock, and let your warehouse system direct putaway and confirm the location with a scan. This replaces manual counting, paper transcription, and memory-based putaway with scan-verified data that updates inventory in real time. The time savings come from catching errors at the dock instead of chasing them later, and from ending the searching that blind putaway creates.

Do I need robots to automate receiving and putaway?

No. Robotics and conveyors are valuable at high, predictable volume, but most of the time lost in receiving and putaway comes from manual data entry and blind putaway, which software fixes first at a fraction of the cost. Scan-based receiving and system-directed putaway are the higher-return starting point, and they provide the accurate data any robotics layer would depend on anyway.

What is directed putaway?

Directed putaway is when your warehouse system assigns the storage location for incoming inventory based on rules you set, such as product velocity, client, zone, lot, or expiration date. The worker scans the item and the assigned bin to confirm the match. It replaces letting workers choose locations from memory, which is the main source of misplaced stock and slow picks.

How does automated receiving improve inventory accuracy?

It validates every receipt against the expected shipment at the moment it arrives, so miscounts and wrong SKUs get caught at the dock instead of entering your records. Companies using advanced WMS report a 25% improvement in inventory accuracy, per the MHI Annual Industry Report, and that gain starts with getting receiving right.

What does a 3PL need to start automating receiving?

A way to bring inbound shipment data into your system ahead of arrival, barcode scanners on the floor, and a WMS that can compare scans to expected receipts and direct putaway by rules. You do not need new material-handling hardware to begin, which is why software automation is the practical first step for most 3PLs.

Stop Losing Hours Between the Dock and the Shelf

Automating receiving and putaway turns the slowest, most error-prone part of the inbound process into scan-verified data, so you catch problems at the dock, end blind putaway, and keep inventory you can trust. It starts with software, not steel, and it is the foundation any later automation builds on.

See where inbound time and accuracy are leaking with a free warehouse assessment, or explore how Extensiv 3PL Warehouse Manager directs putaway and runs scan-based receiving. For the mechanics, see how SmartScan barcode scanning captures data at the dock, how Integration Manager pulls inbound shipment data in ahead of arrival, and the fundamentals of the warehouse receiving process, directed putaway, and inventory accuracy.