An immersive platform for vehicle data measurement & analysis
Our cutting-edge innovative platform has a patented proprietary protocol that makes issues with stabilization of high-speed, large-capacity data streaming a thing of the past.
"We tried it ourselves in-house, but in the end we gave up and finally found you."
Time and time again leading automotive manufacturers come to us with this same issue.
With intdash, automotive R & D teams no longer have to worry about the science of data transmission and acquisition. Intdash leaves you free to focus on your original mission: making better, smarter, safer vehicles for the future of driving.
intdash Automotive Pro is a cloud-based IoT platform that logs and manages video and sensor data for real-time visualization and analysis.
Using hardware, software, and cloud services developed in-house, intdash’s sophisticated IoT technology is optimized for vehicle data measurement and is used by some of the most successful brands in the industry.
All sensor data is time-stamped and collected in the cloud in real time, making it possible to immediately collect and share the measurement data that has been organized in chronological order upon the completion of recording.
With intdash, there’s no need for the time-consuming work of conventional data collection methods with mixed formats and time synchronization between sensors.
Workflow | Automotive DAQ widely available today |
|
---|---|---|
Data Measurement Process | Manually save recorded data from individual devices to drive, manage and process for use and viewing | Input from multiple signals (CAN, GPS, Video) is processed in real time and timestamped automatically to sync data stream |
Data Acquisition Steps |
Work done by specialized staff after the tests
1) Physical data drive collection from test siteTIME FRAME: 1+ WEEK(S) 2) Manually copy data TIME FRAME: 2-3 DAYS 3) Manually organize data TIME FRAME: 2+ WEEK(S) 4) Align timestamps of various measurments then post-process data 5) Upload to a server for team sharing |
Automated real time collection & process
Data is processed in real time and automatically uploaded
to the cloud for immediate use / viewingTIME FRAME: IMMEDIATE |
Data Usability |
Requires dedicated tools /software on devices
Requires dedicated tool for analysisRequires dedicated / custom system software design |
Ready to use
|
intdash Automotive Pro is a vehicle CAN bus (Controller Area Network) packaged in a SaaS solution providing a suite of workflows, including: sensor data logging, data management, visualization, and analysis. The platform is cloud-based and can be accessed via any browser.
The intdash Automotive Pro visualization app supports data visualization, analysis and real-time data monitoring.
By combining an in-vehicle measuring device with an easy to use interface, intdash Automotive Pro streamlines processes like data timestamp integration, recording, collection, and measurement.
With the optional data processing conversion service, data analysis, processing, and machine learning applications are also possible.
The intdash Terminal Systems are a suite of in-vehicle measuring devices that measure data remotely, automatically, and in real time before transmitting it to a cloud server.
Hardware packages for in-vehicle measuring devices and peripherals used in intdash Automotive Pro are sent from MACNICA after sign up. You will also be granted private access for using the intdash server running on your AWS EC2 Offer
Refer to the included document ‘Setting Up intdash Server Using AMI’. Create and start an instance of intdash Automotive Pro from the specified AMI on your AWS EC2, and setup the intdash server by customer.
When you receive the complete set of in-vehicle hardware shipped from MACNICA, you can follow the settings instructions to connect to the intdash server.
Once you install the in-vehicle measuring device and peripheral devices in the vehicle you can begin measuring / collecting data.
intdash Automotive Pro is a robust package used for mission critical data measurements in prototype and production model vehicles and is an integral part of the overall evaluation of vehicles in the V-model process of automobile development.