CyberCore connects Acumatica to warehouse robots for put-away and picking. Robots put received stock away into the best bins, and Acumatica records the transfer to each bin. For shipping, robots pick along the most efficient path and bring product to staging for packing, replacing walking to pick, or driving a forklift in bigger warehouses. The shipment is confirmed in Acumatica when the carrier issues the tracking number. Live in a real warehouse for years.
Robots work best when the warehouse process behind them is right. We start with your Acumatica workflow, then connect the automation.


In a manual warehouse, people cover the aisles twice: once to put received stock away, and again to pick it for orders. As volume grows, that model gets harder to scale.

Pickers walk to each location themselves, or in bigger warehouses drive a forklift there.
Stock that goes wherever there's room can mean longer trips every time it's picked.
Adding volume often means adding people or extending shifts just to keep up.
Warehouse equipment that isn't tied to the ERP creates a second set of instructions for your team to manage.
When a bin move or a short ship isn't captured, your ERP says one thing and the warehouse did another.
CyberCore connects Acumatica to warehouse robots for put-away on the way in and picking on the way out.


Your team receives the goods and confirms they got the right product in the correct quantities.
The stock is received into a receiving location in Acumatica.
The system triggers the robots to come pick it up and put it away into the best bins, for example keeping similar items stored together and using the closest empty bins.
In Acumatica, the put-away transfers the stock from the receiving location to the bin it ended up in, such as A1-S2-103.
The work starts in your ERP. Robots take the pick tickets from Acumatica.
The efficient path logic comes from Acumatica WMS: up one aisle, picking from both sides, and back down the other aisle. The robotics system decides which robot takes which path and can split one path between two robots, improving on that logic based on how many robots are available at that time.
The robots bring the product to the staging area, where your team packs it.
When the carrier issues the tracking number, the shipment is confirmed in Acumatica. Short ships write back at that point, so only what shipped is confirmed.
The integration ties your warehouse robots to Acumatica at the points that matter.
Your team confirms the right product in the correct quantities, and the stock is received into a receiving location in Acumatica.
The robots are triggered to pick up received stock and put it away, keeping similar items together and using the closest empty bins.
Each put-away is recorded in Acumatica as a transfer from the receiving location to the bin, such as A1-S2-103.
Your ERP stays where the picking work begins. Robots take pick tickets from Acumatica.
Robots follow the efficient path logic from Acumatica WMS: up one aisle, picking from both sides, back down the other. The robotics system decides which robot takes which path, and the robots bring product to staging.
Product arrives at the staging area, where your team packs it for shipment.
When the carrier issues the tracking number, the shipment is confirmed in Acumatica, including any short ships.
Not ready for robots? Start with Warehouse Management (WMS) for Acumatica, the foundation the robots run on. It also covers barcode scanning, RFID and ecommerce connections.


Not every robot fits every warehouse. We help you choose the best robots for your location and use case, based on how your receiving, put-away, picking, packing and shipping work in Acumatica.
the warehouse you're automating and how it's set up today
the put-away and picking work you want robots to handle
how the robots will fit with pick tickets, packing and shipment confirmation
It's practical guidance to help you make the right choice before you invest.
Robots can move product quickly. But a warehouse automation project should be designed around the entire business process, not the hardware alone. Fast automation connected to a poorly designed inventory process can simply create bad transactions faster.
That's why we start with Acumatica. Acumatica's native warehouse management supports barcode-driven receiving, putaway, inventory movements, picking, packing, shipping and inventory counts, along with single-order, wave and batch picking. Our job is to make sure the robots fit into those workflows correctly, so stock lands where it should, the right product reaches your packing team, and only what actually shipped is confirmed in Acumatica.



Pick tickets come from Acumatica, so the robots work from the same orders your team sees.
Robots keep similar items stored together and use the closest empty bins.
Acumatica records the transfer from the receiving location to the bin the stock ended up in.
The path logic comes from Acumatica WMS. The robotics system decides which robot takes which path and can split one path between two robots, based on how many robots are available at that time.
Robots replace walking to pick yourself, or driving a forklift there in bigger warehouses.
The shipment is confirmed in Acumatica when the carrier issues the tracking number, with short ships written back, so only what shipped is confirmed.
Running in a real warehouse for years.
We help you choose the best robots for your location and use case.
This isn't a lab demo. Our connection between Acumatica and warehouse robots has been live in a real warehouse for more than three years, handling day-to-day put-away and picking through to shipment confirmation in Acumatica.

Running in a real warehouse for years.
Built and supported by an Acumatica Gold Certified partner.
Our team brings decades of ERP experience and more than a decade working on the Acumatica platform.
Warehouse robotics connected to Acumatica is a fit for:
Not on Acumatica yet? We implement Acumatica ERP and its warehouse workflows, too. Explore ERP solutions
Robots take pick tickets from Acumatica and pick along the most efficient path: up one aisle, picking from both sides, and back down the other. That path logic comes from Acumatica WMS. The robotics system decides which robot takes which path and can split one path between two robots, improving on that logic based on how many robots are available at that time. They bring the product to the staging area for packing. When the carrier issues the tracking number, the shipment is confirmed in Acumatica. See the workflow in detail →
Your team receives the goods and confirms they got the right product in the correct quantities, and the stock is received into a receiving location in Acumatica. The system then triggers the robots to come pick it up and put it away into the best bins, for example keeping similar items stored together and using the closest empty bins.
The put-away is recorded in Acumatica as a transfer from the receiving location to the bin the stock ended up in, such as A1-S2-103.
The shipment is confirmed in Acumatica when the carrier issues the tracking number, after the order has been picked and packed.
Short ships write back to Acumatica when the shipment is confirmed, so only what actually shipped gets confirmed.
The right robots depend on your warehouse. We help you choose the best robots for your location and use case, and we'll discuss your options on a strategy call.
Yes. It has been live in a real warehouse for years.
It depends on your warehouse, your order process and your current setup. Book a Call, and we'll review your requirements.
Our EDI product works inside Acumatica's order workflow, so EDI orders follow the same process as your other sales orders. Learn about CyberCore EDI for Acumatica. We'll review how the two fit in your warehouse on a strategy call.
Book a free 30-minute strategy call and we'll look at your receiving, put-away, picking, packing and shipping workflows in Acumatica, and where robots make sense, all without any commitments.
Questions? Email info@cloudcybercore.com.
