Smart‑Connected Driving · Smart‑Testing for the Future

The 4th Edition, 2026
Hongke Automotive Testing Technology Conference

August 25, 2026 (Tuesday), 2:00–6:00 PM

Location: Hongqiao, Shanghai

basic information

Meeting Basic Information

汽车测试研讨会

2026 4th HongKe Automotive Testing Technology Conference

Meeting Basic Information

Under the software-defined vehicle trend, the domain control/area-based architecture is becoming widespread, the CAN XL new-generation bus is being implemented, the AECS vehicle regulations are being enforced, and the demand for autonomous driving simulation testing has exploded. Vehicle manufacturers and Tier 1 enterprises are facing numerous challenges in on-board testing and verification. How can on-board buses, high-precision positioning, intelligent driving data loop, and complete vehicle wireless radio testing be implemented at a low cost?

The 4th Automotive Testing Technology Conference of Hongke invited industry experts, test technology managers from vehicle manufacturers, and senior engineers from Hongke's three product lines to share together. They comprehensively dissected the entire vehicle testing process, identified the implementation difficulties, provided real vehicle practical operation cases, and discussed the industry development direction.

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event agenda

Introduction to the main activity agenda and speech topics

The application of AI large-scale models in scenario-based ADS test and verification

Time:14:00-14:30

guest speaker

Senior Expert in Vehicle Electronic Electrical Systems and Autonomous Driving Verification

Zhou Ji

Senior Expert in Vehicle Electronic Electrical Systems and Autonomous Driving Verification

Zhou Ji obtained a Master's degree in Vehicle Engineering from Jilin University in 2009. Currently, he is pursuing a doctoral degree at the Institute of Automotive Engineering at Graz University of Technology in Austria. With over 15 years of experience in the automotive industry, he is proficient in the development, verification and calibration of powertrain control software, as well as the integration verification of on-board electronic and electrical architectures and the industrialization of electronic and electrical products. His current research focus is on advanced technical methods for the integration and verification of autonomous driving systems. He has published 4 core EI-indexed scientific papers, obtained 2 patents, and has 11 patents in the public stage.

From standards to implementation: CAN XL toolchain empowers China's vehicle manufacturing industry

Time:14:30-15:00

CAN XL is the inevitable choice for the next-generation bus technology.

The CAN XL toolchain is now ready.

The application of CAN XL and its toolchain in the industry

guest speaker

Hongke's Chief Technical Engineer

Christo Chen

Hongke's Chief Technical Engineer

The director and chief technical engineer of Hongke Intelligent Interconnection Technology, specializing in the fields of automotive CAN (CC/FD/XL), LIN buses, and automotive Ethernet. With rich theoretical knowledge and practical application experience, he has solid development capabilities and is proficient in the secondary development of automotive buses and multiple programming languages. He holds over 10 related intellectual property rights. He has been providing secondary development technical support and training to OEMs and suppliers for many years. Based on PCAN and BabyLIN, he has provided multiple high-performance applications and innovative solutions, significantly improving the application efficiency in the automotive bus industry. He is highly praised among customers and has been a special lecturer at the CiA Association's China Technology Day for three consecutive years.

guest speaker

Tesight Chief Technical Engineer

Akio He

Tesight Chief Technical Engineer
Tesight's chief technical engineer and GNSS simulation testing expert. He has participated in numerous professional training sessions both domestically and internationally and obtained relevant qualification certificates. With over 8 years of rich experience in industry application, project development and promotion, he is deeply rooted in applications and solutions, focusing on RF testing and automotive electronic simulation. He has profound knowledge of intelligent connected vehicle testing, GNSS HIL testing, and spectrum planning simulation. He has participated in over 10 industry forums and speeches and has received positive feedback. He has provided efficient and valuable solutions for institutions such as Harbin Institute of Technology, Guangzhou Saibao, and CRRC, and has received high recognition.

GNSS Simulation Technology in AECS Tests: Regulations, Schemes and Innovation Capabilities

Time:15:00-15:30

GNSS simulator assists in AECS testing
-Introduction to AECS Standards and Comparison with Global Emergency Call Systems
Test case and scheme description: GB/T 45086 test
- Other plans with partners: Function testing, 43187 test, 45314 test

Other expansion functions
- RTK plugin: Supports centimeter-level positioning simulation
- Terrain Plugin: Now supports an execution frequency of 1 Hz
-Advanced IMU Plugin

Intelligent Driving Data Loop: Integrated Solution for High-Performance Data Collection and AI-Sim Simulation Verification

Time:16:00-16:30

I. Challenges in the Data Loop of Intelligent Driving Research and Development

II. High-performance Data Acquisition Solution

III. aiSim Intelligent Driving Simulation Verification Solution

IV. Outlook and Summary

guest speaker

Keymotek Chief Technical Engineer

Olin Zheng

Keymotek Chief Technical Engineer
Keymotek is the chief technical engineer of the company. He has a deep understanding of autonomous driving systems and automotive electronic architectures. He has extensive experience in the design and implementation of various autonomous driving solutions, including data acquisition, HIL/SIL, etc. He is the lead developer of Camera/
Lidar/Multisensor data collection project for radar/GNSS. Currently, mainly responsible for the research on intelligent driving data collection technology, participated in the National Natural Science Foundation project, obtained 1 invention patent, and participated in the compilation of 1 academic book.

AI-driven transformation of automotive intelligence - Technological evolution and industry turning point

Time:16:30-17:00

guest speaker

Professor of the School of Automotive Engineering at Tongji University, Director of the Institute of Automotive Safety Technology

Zhu Xiasheng

Professor of the School of Automotive Engineering at Tongji University, Director of the Institute of Automotive Safety Technology
Zhu Xisheng graduated from Taiyuan Heavy Machinery College with a degree in Mechanical Engineering in 1983. He then remained at the university to teach. In 1995, he obtained a Doctor of Engineering degree from the Department of Automobiles at Tsinghua University. From 1996 to 2005, he worked at the China Automotive Technology Research Center, conducting research on automotive crash safety technology. He served as the deputy director of the National Automobile Quality Supervision and Inspection Center and the chief expert in the field of automotive passive safety technology. In November 2005, he joined the School of Automotive Engineering at Tongji University as a professor and the director of the Institute of Automotive Safety Technology. He held the positions of deputy director of the Safety Technology Committee of the Chinese Society of Automotive Engineering, deputy director and secretary of the i-VISTA Expert Committee, member of the National Standardization Technical Committee for Product Defects and Safety Management, and deputy director of the National Automobile Operation Safety Technology Testing Equipment Standardization Technical Committee. He has been engaged in automotive safety technology research for a long time.

Terminal Complete Vehicle Customer Practical Sharing: Case of Intelligent Testing of Components and Its Practical Application

Time:17:00-17:30

guest speaker

Senior Expert in Vehicle Electronic Electrical Systems and Autonomous Driving Verification

Coming Soon

From Cellular to Wi-Fi/BLE: Key Scenarios and Case Studies for Vehicle Wireless Communication Testing

Time:17:30-18:00

guest speaker

tesight Technical Engineer

Rain Jiang

tesight Technical Engineer
tesight’s Wireless Communication Solution Technical Engineer, specializing in mobile cellular networks and wireless communication testing. With 5 years of experience in the wireless communication industry, he has participated in numerous industry technical exchanges and special presentations. He has been engaged in the testing and solution design of 4G/5G mobile communications, Wi-Fi, Bluetooth, etc. Technologies. Familiar with the testing processes of communication systems such as 4G LTE, 5G NR, NTN non-ground networks, and deeply mastered related technologies such as base station simulators, wireless testers, and spectrum analysis. Possesses rich experience in wireless communication testing. Has provided professional testing solutions and technical support for communication equipment enterprises, research institutes, and universities.

event highlights

event highlights

01

Vehicle-mounted bus test upgrade

Focus on the communication verification of CAN XL, vehicle Ethernet TSN and Zonal architecture.

02

Autonomous Driving Simulation Closed-loop Verification

Covers ViL virtual‑reality fusion, scenario simulation, data acquisition and unmanned‑vehicle autonomous cruise demo.

03

Wireless compliance testing for positioning

Regarding AECS, GNSS simulation, RTK positioning, T-BOX and short-range wireless communication tests.

04

Real-device Demo Practical Operation Exchange

A variety of automotive testing equipment and solutions were showcased on-site, tailored to real research and development testing scenarios.

technical proposal

technical proposal

Bus Interconnection Tesight Technology Scheme

CAN XL Next‑Generation Bus Complete Toolchain & Zonal‑Architecture In‑Vehicle Communication Validation Solution

GNSS Positioning and Antenna Testight Technical Plan

AECS Emergency Call Regulatory Compliance Test, Centimeter‑Level RTK Positioning Simulation

Keymotek Intelligent‑Driving Simulation & Data Acquisition Technical Solution

ViL Virtual‑Reality Fusion · Full‑Link Closed‑Loop Validation

JOIN NOW

Together with industry experts,
untangle real‑world hurdles for automotive testing deployment

August 25 | Hongqiao, Shanghai Focus: next‑generation in‑vehicle communication, intelligent driving validation, positioning simulation & vehicle‑level wireless testing

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