GOD @ LogiMAT 2026: Solutions for Intelligent Automation, Precise Tracking and State-of-the-Art Identification Technologies for the Logistics of the Future

The logistics industry is facing a new, fundamental challenge. Only end-to-end, transparent and data-driven processes will ensure long-term competitiveness and future viability. The era of artificial intelligence makes the consistent digitalization of logistics processes indispensable. Forward-looking technologies provide the necessary foundation and enable process optimization across all operational levels.

With more than 40 years of experience, GOD Barcode Marketing mbH operates as a system integrator for data capture, data communication, labeling, and the development of customized software and hardware solutions. Precisely aligned with AI-driven and digital process models, customers are advised on Auto-ID hardware and software to implement structured processes in industry, logistics, and retail.

Experience these and many other innovative solutions live at our exhibition booth – presented in cooperation with leading manufacturers in the industry.

Machine Vision / Image Analysis for Logistics Applications

Zebra machine vision systems of the VS series enable automated identification, object recognition, and quality verification at high throughput rates. The Aurora Vision platform supports rule-based and AI-driven image analysis, standardized interfaces, and seamless integration into intralogistics processes.

Track & Trace and Real-Time Locating Systems (RTLS)

Track & Trace and RTLS solutions enable system-based real-time position tracking of load carriers, goods, and industrial vehicles, providing data for further processing within logistics workflows.
Typical use cases: container tracking, goods tracking.

RFID Dual-Frequency Tags

RFID dual-frequency tags open up new possibilities in product identification. Their capability to support both near-field and long-range communication allows use in a wide range of applications—from warehouse management to supply chain security. These tags offer increased flexibility and functionality in data capture.

Together with our partner The Tag Factory, we now offer not only the latest RFID hardware but also biodegradable RFID labels with antennas printed directly onto paper. This plastic-free and environmentally friendly alternative supports companies in achieving their sustainability objectives.

Augmented Reality for Operational Processes

Looking to optimize processes in picking, production, assembly, service, inspection and maintenance, onboarding and training, or remote support with real-time assistance?

Together with our partner TeamViewer, we offer Frontline, a fully integrated AR solution delivering time savings of up to 40% and enabling personnel onboarding in as little as 15 minutes. With Frontline Pick, Assist, Make, Inspect, and Upskill in combination with AR smart glasses, numerous use cases are available to bridge the gap between digitized and non-digitized workforces.

Smart Warehouse Management System (WMS)

A modular, web-based warehouse management system for the digital control and optimization of warehouse and logistics processes. It supports mobile data capture, ERP integration, and flexible cloud or on-premise deployment. Offline functionality is available, and an intuitive editor allows the creation of input masks and flexible process customization. A pay-per-use model enables demand-oriented system utilization.

Auto-ID Hardware for Logistics Applications

To complement all solutions, GODBM provides manufacturer-independent industry barcode scanners, mobile data capture devices, as well as UHF/HF RFID readers, antennas, and RFID gates for identification and data acquisition. The offering is complemented by industrial label printing systems, wearables, AR smart glasses, and mobile workstations including industrial tablets, panel PCs, and vehicle-mounted terminals.

Learn more about available manufacturer solutions and configuration options at our booth.

We look forward to welcoming you in Hall 2 / Booth 2C05.