Naves industriales

Wireless Network Design in a High-Density Automated Logistics Warehouse

Context

WiFi design project for a logistics warehouse with high ceilings, high-density metal shelving, and narrow aisles designed for intensive stock control operations and autonomous robots. Connectivity had to be continuous and stable to guarantee real-time traceability and the operation of automated systems.

The Problem

The environment presented significant RF challenges:

• High signal reflection and absorption by metal structures

• Long, narrow aisles creating shadows and dead zones

• Constant movement of radio frequency devices and robots

• Need for low latency and persistent connection

• Interference caused by a non-optimized design

The existing network was not specifically designed for high-density logistics environments, resulting in disconnections and operational delays.

The Solution

A specific wireless design was developed for the industrial-logistics environment, including:

• RF modeling considering the actual materials and geometry of the shelving

• Strategic installation of directional antennas facing the aisles

• Channel and power optimization to minimize interference

• Design focused on the continuous mobility of devices and robots

• Sizing geared towards stability and low latency

The approach prioritized aisle-controlled coverage and consistent performance under demanding conditions.

Results

• Stable coverage in all warehouse aisles

• Elimination of disconnections in stock control devices

• Improved operational efficiency and reduced incidents

• Reliable operation of robots and automated systems

• Infrastructure ready for operational and device growth

The project enabled the integration of wireless connectivity as a critical part of the logistics chain, ensuring operational continuity in a highly demanding and technologically advanced environment.