Provide Technical Support for the Virtual Service Center

Reduce cost and improve efficiency

Intelligent After-sale Service

Diagnose faults anytime, anywhere

Deeply integrated with OTA

Reduce upgrade failure rates and enhance user experience

Intelligent Diagnosis

Enhance diagnostic efficiency, optimize resource allocation, and reduce operational costs through data analysis and technical means

Proactive Diagnosis and Early Warning

When a vehicle malfunctions, the vehicle can promptly report the fault information to the server for remote fault data acquisition, analysis, and repair

Remote Diagnosis and Fault Repair

Remote diagnostics can be performed no matter where the devices are located and OTA technology can be used to increase response speed, expand the scope of services, and improve user experience

Automatic Diagnostics

With the help of artificial intelligence technology, combined with data statistics and big data models for analysis, automated diagnosis, identification and troubleshooting can be carried out to improve work efficiency and reduce costs

Customized Services

By analyzing usage data, more accurate maintenance plans can be customized for customers and users, such as providing personalized maintenance recommendations or optimization plans based on factors such as the usage history of the equipment or vehicle and the operating environment

Application Scenarios

Application of Intelligent Diagnostics in Automotive

In the smart automotive industry, intelligent diagnostic systems can monitor various performance indicators of vehicles in real-time, such as engine health, battery levels, and braking systems. When a fault or potential issue is detected, the system immediately alerts the vehicle owner and provides solutions to ensure safe driving.

Application of Intelligent Diagnostics in Industrial Equipment

In manufacturing or heavy industries, intelligent diagnostic systems are used to monitor the health of machinery, providing real-time feedback on equipment status, alerting operators to potential failures, and avoiding production disruptions while increasing operational efficiency.

MOTA

Production Line Diagnostics: Improving Operational Efficiency and Maximizing Productivity

Inventory Upgrade

Batch push upgrade tasks to factory inventory parts for emergency upgrades or large file upgrades through power supply test stands.

Online upgrade, configuration, and self-learning of Production Lines

Share data with MES and VSP to achieve online production upgrades and diagnostics.

Data synchronization without repeated final check

Update the production line and unshipped inventory vehicles through Wi-Fi/4G. Data will be transmitted back to MOTA Server in real-time without the need for re-inspection.

Diagnostic Instrument Platform

The platform adopts a standard hierarchical and modular design architecture, which can not only apply to the existing
diagnostic hardware devices but also meet the needs of various after-sales diagnostic application scenarios

Adapt to Various Hardware

Adapt to various diagnostic instrument hardware devices (including server based virtual data channels), and support existing VCI devices in 4S stores.

Support Diverse Scenarios

Supports multiple system platforms such as Windows, Linux, and Android, and supports various diagnostic and maintenance application scenarios.

Customized Development and Expansion

Achieve seamless integration of on-site diagnostics, remote diagnostics and smoothly upgrade to intelligent diagnostics in the future.

DOIP

It is based on TCP/IP and provides services to the application layer (UDS).

Core Business Interface Encapsulation

Customizable Kernel Settings Interface.

Business Customization to Meet the Needs of Multiple Customers

Meet various protocol standards, provide rich interfaces externally, and customize business according to customer needs.

DOIP Core

Implement the DoIP protocol in ISO 13400-2, managing notifications for gateways, routing, timers, timing, asynchronous events, TP transmission, message queues, vehicle announcements, identification, status, power and more.

Diagnostic Toolchain: Process-Oriented Scripting Tool

Easy to use, meeting the application scenarios in automotive electronics development testing process.

Support multiple commonly used process statements.

Diagnosis service sending and receiving.

Bus message transmission and reception.

Support test case editing and invocation.

Support receiving frame triggering use cases.

Support cycle use cases.

Diagnostic Toolchain：Saturn

A tool customized for engineers to solve complex and professional problems

Bus Monitoring: record and analyze bus messages.

Graphical Monitoring: Analyze signal waveforms.

Provide solutions for intelligent services and data operations around the full lifecycle of vehicles.