Automation Hardware for AI Applications and Machine Learning

AI and machine learning are becoming essential in industry, smart cities, smart transport, and smart agriculture. These applications require hardware that fits the user’s exact demands: fast, reliable, and built for demanding environments. Batenburg Applied Technologies co-creates the right industrial compute solutions together with its customers. We support them in selecting, configuring, and integrating hardware that processes large data streams locally and makes them available in real time. In doing so, we help organisations steer processes more intelligently and use their data more effectively.

Data processing and analysis at an Olympic level

AI applications in industry, mobility, agriculture, and urban networks require powerful, tailored hardware. Together with our customers, we select and develop CPU, x86, ARM, and FPGA platforms that process large volumes of data efficiently and without delay. Whether it involves traffic analysis in smart transport, monitoring in smart agriculture, or sensor networks in smart cities, we create the hardware foundation that enables local computing, analysis, and decision-making — precisely matched to the environment and application.

Ultra-low-latency communication with servers and the cloud

Real-time data exchange is essential for keeping AI systems learning and up to date. With our wireless portfolio — including LTE, 4G, 5G NR, and positioning technologies — we help customers design solutions that enable ultra-low-latency communication. This allows industrial machines, vehicles, sensor networks, and agricultural equipment to seamlessly exchange information with servers and cloud platforms. The result is a robust, connected ecosystem for smart cities, smart transport, and smart agriculture — fully aligned with the customer’s requirements.

Wireless Chips & Modules

Embedded Modules & IPC's

Smart Systems & Co-Creatie

Benieuwd welke oplossingen mogelijk zijn? Bekijk dan deze projectpagina’s:

Increased offshore productivity and safety thanks to an innovative crane

As an operator on an offshore drilling platform, you want to work as safely and efficiently as possible. GustoMSC designed an electrically powered crane with two pivot points in the boom, creating a large working range. System integrator Batenburg JB Systems and Siemens handled the electrical and control aspects. This innovation leads to increased productivity, safety, and sustainability.

Technology and innovation come together in the ARW-912

Pesticides may be used less and less. The current alternative is for human hands to clean the weeds from the crop. Using Artificial Intelligence (AI), Batenburg Beenen has managed to automate this.