Layout design
Technology selection
Simulate & Validate
Simulate & Validate
Activate the system
This is where you want to be. Now understand what it takes to get there.

This is where you want to be.
Now understand what it takes to get there.

Everyone wants to see the system running. That’s the easy part to picture. What’s harder to see, and much more important, is everything that happens before that.

Right questions first

There’s an art to asking the right questions.
To build a system that won’t fail, we need to understand everything: your context, your constraints and your limits. So get ready, because we’re going to question it all.

Question 01

What do you really want to improve: capacity, speed, accuracy or flexibility?

Question 02

Where are your main pains today?

Question 03

How does your demand behave (peaks, seasonality)?

Question 04

How many SKUs do you manage and how do they rotate?

Question 05

What level of service do you need to deliver?

Question 06

What physical constraints does your operation have?

Analyze the operation

We have the answers. Now we turn them into something useful: a deep, precise understanding of your operation, built on what you told us.

Operational capacity

Order volume
Demand peaks

Operational capacity

Catalog complexity

Number of SKUs
Rotation

Catalog complexity

Physical constraints

Space
Layout
Height

Physical constraints

Future scalability

Growth
Flexibility

Future scalability

Required service level

Lead times
Errors

Required service level

Would you like us to analyse your situation?

— Stage 03

Shape the Solution

Now the solution starts to take shape. Every decision made here defines how the warehouse will perform tomorrow.

— Step 01

Layout design

We define the layout of the warehouse: zones, material flows and system locations.
Because the way everything moves starts with the way everything is planned.

— Step 02

Technology selection

We select the technologies that best fit the operation and define the control layer through U-MIND (our own software). Each choice is made to serve the system as a whole.

— Step 03

Operational logic

We define the logic behind the operation: picking strategies, replenishment rules, sequences and key variables.
This is where efficiency stops being generic and starts becoming specific.

— Step 04

Sizing the solution

We dimension the solution to meet the required capacities, performance levels and resources. Always designing for scalability, flexibility and operational robustness.

— Stage 04

Simulate & Validate

Before anything is built,
we make the solution prove itself.

Operational simulation

We simulate the operation under real conditions to test how the system responds before a single piece of equipment is installed.

3D visualization

We turn the future warehouse into something the client can already see, understand and assess in motion.

Real process representation

Flows, sequences and interactions are represented as they will actually happen, making the system visible before it exists.

Validation with the client

Together with the client, we validate performance, capacity and behavior under peak demand. Not as a promise, but as proof.

You don’t imagine your system.

You see it working before it exists.

Space optimization

+0%

Order fulfillment capacity

X0

Order preparation time

0%reduction

Once the solution has been defined, simulated and validated, we move into execution, go-live and long-term evolution.

Stage 5

Make it real

Detailed engineering, installation and commissioning.

Stage 6

Go live

Training, on-site support and fine-tuning in real conditions.

Stage 7

Grow together

Maintenance, upgrades and continuous improvement over time.

How does
the journey end?

Tell us where you are.
We’ll help you define
what comes next.

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