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Apps


  • Current or historical geo position of vehicle
  • Current or historical geo trace
  • Geo Fencing: Definition of geo area where vehicle is allowed to operate for the purpose of theft protection or safety. If vehicle leaves geo-fenced area an alarm is issued.
  • Curfew: Definition of allowed operation times. Issue of alarm if outside defined allowed operation times.
  • Telemonitoring of the operating parameters of the subsystem, including the display of warning messages (e.g. red color) for operating values outside the defined safety limit.
  • Ring buffer on connectivity device for buffering selected values with high sample rate on the machine.
  • Read-out only upon remote trigger. This saves mobile radio data volume, however still allows detailed failure history analysis on request.
  • Planning of vehicle operation and driver assignment (usually used in conjunction with Vehicle Tracking app)
  • Automatic reporting of operation values, e.g. in municipal snow plowing and salt spreader operations (plow up, plow down, volume spread over geo position) for billing purposes and legal documentation
  • Monitoring of drive dynamic forces and propulsion forces acting on wheel contact points, i.e. Fx, Fy, Fz derived from a 6 axis acceleration sensor.
  • Load collectives in any mechanical part inside vehicle (axle, frame, final drive gears) derived from forces acting on wheel contact points
  • Collecting hydraulic load collectives
  • Pressure peak detection
  • Extensive edge analytics for data reduction (data pre-processing on the vehicle)
  • Monitoring of 12 V starter batteries about their health status
  • Differentiation between just unloaded or chemically damaged/aged
  • Early detection of damages by anomaly detection on the basis of structure-borne sound signatures
  • Calculation of relevant structure-borne sound characteristics (RMS, CREST) on the sensor
  • Further processing with anomaly detection in the back-end
  • Flexible use in various applications (pumps, motors, gears, axles, frames, ...)
  • Monitoring of combustion engine’s fuel injection system
  • Monitoring of combustion engine’s exhaust gas after-treatment system
  • Read-out of CAN message content
  • Remote view on actual and historical values of selected CAN messages for calibration or failure root case analysis
  • Analysis plots and tables for engineering
  • Flashing of new application software to BODAS Controllers RC within the vehicle’s CAN network connected to the connectivity device.
  • Software deployment to entire fleets by dedicated campaign management
  • Dedicated safety and security concept
  • Customer specific diagnostic routines
  • App programming environment, app store and app deployment environment to automatically download and install apps onto connectivity device
  • Neutral platform to deploy 3rd party apps developed by vehicle manufacturers, fertilizer manufacturers, etc.
  • NEVONEX is an open and neutral platform powered by Bosch
  • Extraction of data on Bosch IoT Cloud for use in Matlab
  • Transfer of data from Bosch IoT Cloud to FarmPilot and AgriRouter
  • Transfer of data from Bosch IoT Cloud to building Information modeling standard
  • Transfer of data from Bosch IoT Cloud to Microsoft, Salesforce and SAP CRM systems
  • Numerical calibration of all hardware elements in e.g. hydraulic drivetrains within OEM’s final assembly line by test stand data provided by Rexroth
  • Regular online transfer of test stand data from Bosch IoT Cloud to OEM cloud by pre-defined protocol


Subject to change, status 2020-04-23 18:29:09