From November 20 to 22, Iraq successfully completed its first national census since 1997. As the technical guarantor of this project, TrustKernel provided a comprehensive mobile device management (MDM) solution and full technical support for hundreds of thousands of census devices.

Recently, TrustKernel won the “Industry Benchmarking Award” in the “New Quality Productivity Venture Competition” co-sponsored by Shanghai Stock Exchange Center, Shanghai Registration Center and Shanghai Hongqiao Fund Town, and it was the only enterprise in the information technology track to win the award.

On April 9, 2024, Andes Technology hosted a RISC-V keynote seminar. The seminar featured presentations and live demonstrations by TrustKernel and many other RISC-V ecosystem partners. The event covered RISC-V market dynamics, trends and the introduction of the latest product portfolios. Participants discussed how to leverage the high performance, low power, and high customizability of the RISC-V architecture to enhance product competitiveness and open up a future full of opportunities.

On November 3rd, 2023 China Automotive Software Conference was successfully held in Shanghai Jiading. With the theme of “Gathering Software Power, Creating Digital Intelligence Future”, this year’s conference featured one conference forum, four theme forums, and five major highlights of the release and concurrent activities. more than 500 leaders from competent departments, domestic and foreign business leaders, upstream and downstream industry chain elites, experts and scholars gathered to discuss hot and key industry topics such as intelligent car connection, basic software, industrial software, and automotive operating system, Automotive operating system and other industry hotspots and key topics were discussed in depth.

Towards Safety: Andes RISC-V for Automotive Applications」 is a conference organized by Andes Technologies. The goal of this conference is to discuss how to use high-performance and low-power RISC-V processor core designs to comply with automotive industry specifications to ensure the safety and reliability of automobiles. The conference provided a platform for exchanging ideas and learning, sharing the latest technologies and experiences, promoting cooperation and development of the smart car industry, and facilitating technological innovation and the development of industry specifications. The seminar invited Cheng Xia, Sales Director of TrustKernel Information Technology, to speak on stage.

On December 31, 2019, IPADS and Trustkernel announced the official open-sourcing of “PengLai”： a trusted execution environment for the RISC-V platform.

On December 19-21, 2019, the “2019 (3rd) GaoGong Intelligent Vehicle Annual Conference” was held in Shanghai. More than 500 companies and thousands of guests attended the event.Trustkernel was awarded the “2019 GaoGong Smart Car Golden Globe Award - Connected Security Solution Provider”.

November 20, 2019,NUCLEI and TrustKernel announced a comprehensive and deep strategic partnership to cooperate in developing a trusted execution environment (TEE, Trusted Execution Environment) for AIoT security based on RISC-V architecture. Based on the “Ponlai Enclave” TEE solution, which was first announced at the RISC-V Shenzhen Forum, it provides security hardening for AIoT chips and solution partners.

Demo Day was successfully held by ARM Accelerator in Shenzhen on December 13, 2016. As one of the members of the second ARM Accelerator Camp, TrustKernel took part in this activity with our product “TEE solution”. During the show, TEE caught the attention of investors, media and partners from industry chain.

2016 Global Entrepreneurship Week China has ended at Nov. 20th. Nearly hundreds of activities were held in this fair with more than 12000 people attended. Participants were enterprise incubators, investors and entrepreneurs from all over the country.

November 1st to 5th, the 18th China International Industry Fair (CIIF) was held in Shanghai National Convention and Exhibition Centre. TrustKernel, as the Outstanding Winner of the 14th National Challenge Cup, was invited to display in the college innovation and enterprise exhibition area.

World Internet of Things Exposition took place in Wuxi from Oct. 30 to Nov. 1 this year. TrustKernel was invited to the promotion showcase in product exhibition area by ARMaccelerator.

With the booming development of mobile Internet and the widespread use of mobile payment and biometric security identification, users and industrial community put more emphasis on mobile security. TEE (Trusted Execution Environment) from ARM TrustZone, hardware-based security technology, has now been widely deployed to mobile terminal under the impetus of GlobalPlatform (GP).

TrustKernel joins IFAA recently, which helps us a lot on supporting Alipay (支付宝) in our TEE. IFAA (Internet Finance Authentication Alliance) is founded by AntFinacial in June 2015. IFAA aims to build the standard of biometric technologies including fingerprint, iris, face and so on. The alliance includes hardware and software manufactures like Huawei, Samsung, OPPO, Coolpad, Qualcomm, etc.

TrustKernel’s TEE has been deployed on XiaoMi Phone (LeadCore Platform) successfully. The TrustUI, or TUI, is incredibly flexible. An developper can use our TUI-SDK to make a trusted application in hours. The performance is also superb that user can hardly feel any lag during operation. Besides its abundant interface, our TEE-SDK also support GP’s TUI interface. The demo video is here.

TrustKernel is invited to give a presentation on FSI (Future of Security Innovation) forum in Shanghai, 26th Nov, 2015. The talk is about how TEE is applied on multiple platforms, from mobile devices to cloud computing. The presentation compares ARM’s TrustZone, Intel’s SGX (Software Guard eXtension) and virtualization technology, and discusses their advantages as well as limitations. The slides can be downloaded.

TrustKernel is invited to give a talk on TEE trends on the conference of payment product authentication, testing, attack and defence, on 22nd May, 2015. This talk shows how TEE is used in current mobile devices, how it can improve the security level of HCE payment and FIDO, and several security issues on commodity TEE implementations. We also introduce our TEE implementation, code name T6, and show its advantage on physical attack protection and REE security enhancement. We also give a brief introduction on how virtualization technology can be used to improve the flexibility of TEE. The slides can be downloaded.

Trustkernel publicly announces T6, a systematic security solution based on ARM TrustZone Technology, which is compatible with most of the mainstream ARM platforms on the market. T6 guarantees both security and functionality in one device. T6 is an operating system for TrustZone based Trusted Execution Environment(TEE) in mobile and embedded systems. T6 targets at mobile devices using ARM hardware security extension: TrustZone, which supports legacy operating systems(Android, Linux, etc.) to run simultaneously and provides a strong security property for the legacy operating systems and aims to provide an easy-to-use product-quality trusted computing platform for mobile device providers.

On April 20, 2015, TrustKernel’s TEE T6 has been certified by security authorities: MPS Information Classified Security Protection Evaluation Center and The Ministry of Public Security Information Security Product Evaluation Center. The report is to certify that TrustKernel’s TEE named T6 has meet the highest security level in mobile devices. Previously, T6 has been announced to support all standards of Global Platform TEE API Specifications.

On February 4, 2015, Global Platform releases the GlobalPlatform Device Technology TEE Sockets API Specification v0.0.0.22 for public review and within two days TrustKernel announces the availability of T6 TEE SDK that is compatible with the newly GlobalPlatform TEE Sockets API Specification, which indicates the rapid action of TrustKernel on security standards. The specification contains a suite of detail specifications that provide standards to enable a Trusted Application to directly make use of internet protocol interfaces, rather than send packets to a client application for internet transfer.