Automotive

IoT at work: empower production with Instant Logistics
for the Automotive Industry of Tomorrow

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Modern automotive manufacturing relies on real-time visibility and connected automation to improve efficiency and reduce manual processes. Gimasi’s Automotive IoT solutions combine smart devices with cloud intelligence to optimize production and intralogistics. Proven in large-scale industrial environments such as BMW, our technology enables seamless Industry 4.0 integration with minimal infrastructure changes.

BMW demonstrates the value of Automotive IoT by integrating the IoT Service Button into its intralogistics workflows. With a single press, employees trigger real-time material requests, replacing manual coordination with cloud-based automation. The result is faster material handling, reduced downtime, greater operational visibility, and a practical step toward Industry 4.0 manufacturing.

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Streamlining Automotive Workflows

Service Button

The Service Button delivers event-based IoT control for maintenance logging, on-demand service requests, and instant alarm triggering. Moreover, it enables reliable, low-power communication for critical infrastructure monitoring.

ConnectivityLTE-M & NB-IoTE
Platform & IntegrationCloud Platform Integration + Rest API
BatteryReplaceable AAA lithium batteries, supporting 1,000+ presses
ConfigurationFOTA
DesignCompact, intuitive, and industrial-grade durable design
Dimensions

95 mm × 35 mm × 20 mm

Full specifications

Key Benefits of Automotive IoT Solutions

Our Automotive IoT solutions deliver measurable improvements in factory and logistics workflows, demonstrated by BMW’s adoption of the IoT Service Button.

  • Improved Operational Efficiency: Employees simply press the IoT Service Button at key logistics points to request part collection or signal task completion, replacing phone calls or manual reporting and reducing downtime.

  • Real‑Time Data Visibility: Requests and workflow events are transmitted instantly via Narrowband IoT (NB-IoT) connectivity, ensuring reliable communication even in dense industrial environments.

  • Seamless Integration: The IoT Service Button installs easily in existing production infrastructure, requiring no special training for staff, and works independently of Wi-Fi or Bluetooth.

  • Scalable & Modular Use Cases: Configurable for multiple tasks such as container replacement, maintenance alerts, or material pickup; it can serve as a retrofit solution or expand across departments in smart factories.

These advantages enable automotive teams to transition toward fully digitized Industry 4.0 workflows that are more agile, data-driven, and resilient, while minimizing manual effort and maximizing operational reliability.

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