Robots-to-goods without rebuilding your warehouse
The fear that stops automation before it starts
There is a conversation that repeats itself across warehouse operations in Europe:
- The logistics director understands that automation is coming.
- The labor cost trend is clear.
- The recruitment pipeline is weakening.
- The ROI case is credible.
And then nothing moves.
When the hesitation is examined closely, it is rarely about cost. It is about disruption.
The mental model most operations managers carry of “installing automation” involves:
- a multi-year project,
- a facility reconfiguration,
- racking systems replaced,
- a WMS migration,
- and months of parallel running before a single robot picks a real order.
What your first robot actually requires
To deploy a mobile picking robot like Grab, a warehouse needs 4 things:
- WMS integration — not a replacement, a connection. If the operation already runs pick-by-voice or a comparable warehouse execution system, the integration should be straightforward.
- WiFi and VPN access — standard infrastructure in any modern distribution centre.
- A clean, flat floor — not perfect, not new. Tidy, unbroken, and relatively level. The kind of floor that already exists in a functioning warehouse.
- SKU prioritization — a one-time decision about which products the robot handles first. Heavy items with high pick frequency are the natural starting point.
What it does not require: new racking, a new WMS, floor modifications, a facility redesign, or an operational shutdown.
The case of ASKO Molde: a 5-day deployment
ASKO Molde is a regional grocery distribution centre — exactly the brownfield, mid-market operation Grab was built for. The deployment timeline looked like this:
- Day 1: The mobile picking robot Grab arrived and was unwrapped. Installation completed.
- Day 2: System connected, configured, and test-picking underway.
- Day 5: Picking real orders in live operations.
The existing pick-by-voice operation continued without interruption throughout. Grab did not replace it — it extended it, taking on the high-frequency, heavy-case SKUs that represent the most physically demanding part of the picking operation.
Five days from delivery to live production. No operational shutdown. No facility redesign.
The natural transition from pick-by-voice to robots-to-goods
Pick-by-voice became the dominant technology in case picking because it was the best available answer to a real problem: how to give a picker real-time order information without occupying their hands.
It still works. Millions of cases are picked daily by operatives guided by voice systems.
But pick-by-voice has a ceiling. It optimises the human — it does not replace the physical effort. The walk, the lift, the stack. These remain.
The transition from pick-by-voice to robots-to-goods is not a rip-and-replace. It is a natural succession — the next layer of capability built on the infrastructure that already exists.
Automation is ready. No need to wait.
The question is not whether a warehouse can accommodate automation. If it has a functioning pick-by-voice operation, a standard WMS, and a clean warehouse floor, the answer is almost certainly yes.
The question is how long an operation continues to run case picking that depends entirely on the availability, physical capacity, and consistent performance of people — when an alternative exists that deploys in days, not years.
The disruption that has been anticipated is not what this looks like in practice.
ASKO Molde took five days.
FAQ
About a week, if the warehouse already runs a standard WMS. At ASKO Molde, a regional grocery distribution centre, Grab went from delivery to picking real orders in 5 days: installation on day 1, system configuration and test-picking on day 2, live production picking by day 5 — with zero disruption to the existing operation.
No. Robots-to-goods systems like Grab connect to your existing WMS rather than replacing it. If you already run pick-by-voice, the integration uses the same order and location data — no migration required.
No facility redesign is needed. The requirement is a clean, flat, unbroken floor — the kind already found in most functioning distribution centres — and no changes to racking.
They work alongside it. Robots typically take on high-frequency, heavy-case SKUs — the most physically demanding picks — while pick-by-voice continues handling the rest. It's an extension of the existing operation, not a replacement.
We're happy to walk you through automation solutions for your specific environment.