On November 30th, Ms. Cheng Yunxia, Chairman of ZC Technology, was invited to attend the grand opening of the Dishuihu International Forum on Trusted Industrial Software, a sub-forum of the 2024 International Industry-University-Research-Application Cooperation Conference (Digital Intelligence Technology and Frontier Science), jointly hosted by the School Planning, Construction, and Development Center of the Ministry of Education and the Shanghai Municipal Education Commission, and undertaken by East China Normal University, at Dishuihu International Software College. With the theme of "Trusted Industrial Software," participating guests from home and abroad exchanged views on industrial development trends and technological innovations, exploring innovations in the industry-university-research-application model in the field of trusted industrial software.
To explore new models of industry-education integration, ZC and Dishuihu International Software College announced one of the first batch of industry-education integration projects titled "Key Technologies of Functional Safety and Cybersecurity for Low-Altitude Flight and Intelligent Devices." Both parties will jointly carry out collaborative research and talent cultivation around related issues.
Ms. Cheng Yunxia, Mr. Chen Rongbo, and Mr. Zhuang Yan from ZC Technology were formally appointed as corporate mentors by Dishuihu International Software College based on their outstanding achievements and rich experience in the field of digital intelligence technology. Relevant leaders from the software college attended the appointment ceremony and presented a certificate of appointment to Ms. Cheng Yunxia, highly recognizing her outstanding contributions and professional competence at ZC Technology. This appointment is not only a testament to Ms. Cheng Yunxia's professional expertise but also an important manifestation of the close cooperation between ZC Technology and academia.
Ms. Cheng Yunxia, Chairman of ZC (third from the left), attending the corporate mentor appointment ceremony.
As a corporate mentor, Ms. Cheng Yunxia will leverage her strengths in enterprise management, technology research and development, and market application to provide practical guidance and industry insights for the college's talent cultivation. She will actively participate in the college's teaching and research activities, assist in constructing a curriculum system that better meets industry requirements, and contribute to cultivating digital intelligence technology talents with innovative thinking and practical abilities.
ZC has always been committed to the research and innovation of digital intelligence technology and actively promoting the deep integration of industry, universities, research, and application. Participation in this conference and Ms. Cheng's appointment as a corporate mentor will further strengthen cooperation and exchanges between ZC and universities and research institutions at home and abroad, facilitate the transformation and application of scientific and technological achievements, inject new impetus and vitality into the company's long-term development, and contribute more to the technological progress and talent cultivation of the industry.
In the future, ZC will continue to uphold the concept of innovation and cooperation, delve deeply into the field of digital intelligence technology, and work hand in hand with various partners to jointly create an even more glorious technological future.
Main business
ZC is the only global enterprise capable of providing full-stack automotive control basic software solutions. Our software not only covers basic software, Functional Safety, and Cybersecurity but also includes engineering services.
ZC's products have obtained ISO 26262 ASIL-D software product certification and ASPICE CL3 system certification, indicating that its products have reached the highest standards in Functional Safety. At the same time, it represents a highly mature software process, ensuring that ZC's products adhere to strict specifications and standards during development.
The ZC.MuNiu basic software platform is developed based on the AUTOSAR standard, providing a complete basic software platform solution for automotive electronic controller products.
The ZC.MuNiu basic software products feature the following characteristics:
① Developed in accordance with ASPICE and ISO26262 processes, supporting customers in obtaining corresponding certifications;
② Providing a host computer configuration tool chain based on the AUTOSAR ARTOP architecture;
③ Supporting communication, diagnosis, network management, and boot refresh specifications from multiple OEMs;
④ Compatible with mainstream foreign and numerous domestic chips, accelerating the development of automotive controller products;
⑤ Providing training services for basic software configuration, integration, and testing.
The ZC.XuanWu upper computer software provides solutions for automotive electronic applications related to diagnostic modules, including program flashing, diagnostics, automated testing, and customized services.
The ZC.XuanWu upper computer is adaptable to various application scenarios for OEMs and Tier 1 suppliers, allowing users to conveniently perform diagnostics and testing in laboratory benches, test vehicles, and actual vehicles.
The ZC.XuanWu upper computer also supports the import of diagnostic questionnaires in Excel format, automatic generation of test cases, Python-based automated diagnostics and flashing test functions, greatly expanding its application scope.
Functional Safety
ZC.MuNiu offers a complete basic software platform solution for the development of automotive electronic controller products.
The SAFETY FRAME chip functional safety library software package is configured through the graphical interface of the ZC.MuNiu platform's upper computer configuration tool. It is developed based on ISO26262-10 as a standalone safety element out of context (SEOOC) and completes the design of built-in safety mechanisms for key device modules based on AOU diagnostic coverage requirements. It provides customized development of functional safety libraries and software architectures for MCUs and SBCs in automotive controllers.
SAFETY FRAME references the EGAS three-tier architecture design, including self-test for MCU internal modules (i.e., SF.MCU) and drivers for SBC hardware safety mechanisms (i.e., SF.SBC). Based on the principle of software modularization and layering, SAFETY FRAME implements Function Controller and Monitoring Controller using SF.MCU and SF.SBC, respectively, and deploys them at EGAS Level 2 and Level 3, fully considering the application requirements for program flow monitoring and shutdown path design.
Cybersecurity
ZC Technology can provide various information security solutions based on both hardware and software, as well as self-developed information security libraries (CryptoLibrary) based on hardware security modules (HSM).
ZC Technology has extensive experience in mass production of information security projects and supports a variety of industry-standard information security solutions: Secure Boot, Secure Diagnostic, Secure OC (Over-the-air communication), Secure Update, Secure Debug, Secure Storage, and Secure Log, with support for customized development.
The ZC information security library already supports multiple hardware and software encryption algorithms, including AES, HASH, CMAC, ECC, RSA, national cryptography algorithms SM2, SM3, SM4, ED25519, X25519 key exchange, and X.509 certificate parsing, meeting the algorithmic needs of different scenarios.
ZC.QingLong FOTA is a bootloader software independently developed by ZC Technology. ZC.QingLong FOTA already supports multiple chipsets and complies with the program flashing specifications of numerous automakers such as SAIC, Geely, Volkswagen, and BMW. It has been mass-produced and applied to various controller products.
The ZC.QingLong FOTA software supports functions such as hardware and software-based SecureBoot, Bootloader Updater, and OTA (A/B partitioning, rollback), providing customers with multiple upgrade and protection solutions for upgrading their APP software.
ZC Technology has years of engineering experience in the automotive industry and can provide customers with comprehensive engineering services.
ZC Technology's R&D team has obtained ASPICE and ISO26262 ASIL-D certifications. Based on mature development processes, it can provide customers with various engineering services, including controller design and development, functional safety, engineering services, MCAL configuration services, and testing services.
These services can cover specific parts of a project or the entire project, providing customized products and solutions for automakers and Tier 1 suppliers.
About ZC
