Robust embedded computing in the context of transport and infrastructure.
SMART TRANSPORTATION

Smart Transportation

Embedded computing and connectivity for vehicles, fleets and transport infrastructures. We select platforms based on the project’s power, vibration, mounting, communications and regulatory requirements.

Mobile operation changes selection criteria

Vehicles, rolling stock and mobile machinery combine variations in power, shock, vibration and space limits. These factors affect the chassis, fixing, storage and energy management.

Communication with peripherals and mobile networks must be dimensioned for each application. GNSS, cellular networks, Wi-Fi, CAN and serial ports can coexist, but require validation of coverage, antennas and cabling.

Embedded platforms and mobile connectivity

Explore vehicle systems, DIN-Rail mounting and industrial wireless communication.

Cinematic transport maintenance environment with integrated communications and control.

How we frame hardware for transport

The vehicle type, power, peripherals and applicable standards define the platform; no certification is assumed without validation of the selected model.

  • Characterize energy and ignition Voltage, transients, start-up and shutdown sequence guide the choice of power input.
  • Validate mounting and environment Space, vibration, temperature, attachment and maintenance access must be evaluated in the actual vehicle.
  • Confirm interfaces and compliance Communications, peripherals and industry standards are reference and configuration checked before final specification.

Do you have an embedded computing project?

Share the vehicle, power, peripherals, communications and regulatory requirements. The AGL team helps define the shortlist.

Talk to a technical specialist