| DATA Collection |
- Parameter selection: Collect only selected parameters and optimize the performance
- Data collection frequency: Get complete control over the frequency of the data collected from the CAN bus, GPS and sensors in the Telematics Control Unit.
- Message Format: Message format modified as per the cloud platform requirements
- Store and Forward: Storing of the data before sending it to the cloud to prevent data loss in case of issues such as network disruption.
- Alerts and Notifications: Event-based alerts and notifications sent to the cloud. For example, if the Telematics Control Unit is disconnected from the vehicle, CAN data is not available, etc.
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| Power Management |
- Sleep / Wake-up: The Telematics Control Unit can be put to sleep and woken up as per the requirements of the application.
- Peripheral Control: Application can be optimized to power down peripherals which are not in use as per the business logic provided by the customer
- Wake-up source selection: The Telematics Control Unit can be woken up by many sources such as an internal timer, CAN data, ignition on detection, and accelerometer threshold.
- Power Optimization: Optimization of the sleep current, implementation of a deep sleep mode, behaviour of the Telematics Control Unit during the sleep state, etc. can be customized.
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| Protocol Stacks |
iWave provides a suite of industry-proven, reliable protocol stacks tailored for diagnostic services and heavy-duty vehicles across sectors like agriculture, marine, mining, and off-road applications. These stacks are standards-compliant and offer a comprehensive feature set to support seamless application development. Designed for flexibility, iWave’s protocol stacks are easy to integrate and customize to meet specific application needs. |
| Security |
Security Suite enables you with the necessary security functions such as encryption, storage, and data transmission which can be integrated with no added complexity. Following are some of the submodules:
- Secure Boot: Authenticated boot prevents unauthorized SW execution and encrypted boot protects the software confidentiality. Digital signature checks are embedded in on-chip boot ROM and run every time the processor is reset.
- Secure OTA update (using Mender): Secure data transmission of the firmware updates enhanced by code signing
- Secure Storage: Create secure partitions on the on-board memory with access control
- OS Hardening: Unnecessary drivers, file sharing, libraries, software, services, and functionality are removed. Local storage is encrypted and all activity, errors, and warnings are logged. Privileged user controls are implemented.
- OP-TEE: OP-TEE is a Trusted Execution Environment (TEE) that provides isolation from the non-secure OS. Protection of the loaded Trusted Applications (TAs) from each other using underlying hardware support is enabled.
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| Analytics |
- Harsh Braking and Acceleration: Detecting the incidents of harsh braking and acceleration using the on-board sensors
- Crash Detection: Using the Accelerometer and Gyroscope to detect a crash and accordingly perform actions like sending alerts and notifications
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| Network |
- Automatic APN Selection: Automatically identify the network and set the APN settings automatically of the different telecom operators in different regions
- Network Manager: Monitor the network connectivity, check for issues and initiate actions to restore connectivity
- Wi-Fi Hotspot: Configure the Telematics Control Unit to share the Internet connectivity from the cellular network over Wi-Fi
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| Cloud SDK Integration |
- Integrate the cloud specific SDK for IBM Watson, Microsoft Azure and AWS
- This ensures Long Term Support as the SDKs are provided by the Cloud service provider
- Easy integration with the features provided by the Cloud platform
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