Wuzhen, China – November 8, 2022. Today, the 2022 World Internet Conference "The Light of Internet" Expo was held in Wuzhen, Zhejiang Province. The Expo fully showcased the annual global excellent Internet technologies, products and application achievements, and greatly promoted industrial exchanges and cooperation in the Internet field. At the "The Light of Internet" innovative product release conference, ZoTrus Technology released ZoTrus SM2 Certificate Transparent Log System, this is the world's first SM2 certificate transparency log system, which provides the SM2 certificate transparency log service for the SM2 SSL certificate issued by ZT Browser trusted CA operators.
At the release conference, Richard Wang, CEO of ZoTrus Technology, also released other SM2 certificate transparency eco-products, including the world's first CA system that can issue SM2 SSL certificate embedding SM2 certificate transparency log data - ZoTrus Cloud SSL System, the world’s first SM2 browser that supports SM2 certificate transparency - ZT Browser, the world's first zero-transformation innovative cloud service with fully automatic deployment SM2 SSL certificate that supports SM2 certificate transparency to realize SM2 https encryption - ZoTrus Website Secure Cloud Service. Three innovative products and one innovative service form a self-contained system, which can completely solve the SSL certificate supply interruption problem and will effectively ensure the security and trustworthiness of SM2 SSL certificates, thereby protecting China websites and system.
Certificate Transparency is an international standard initiated by Google, which has effectively protected the security and trustworthiness of more than 7.2 billion globally trusted international algorithm SSL certificates and ensures that all stakeholders can timely detect maliciously issued or mistakenly issued SSL certificates. However, this certificate transparency log system does not support SM2 algorithm and SM2 SSL certificate and cannot be used to ensure the security and trustworthiness of SM2 SSL certificate. Therefore, ZoTrus Technology invested in research and development to successfully transform Google's open-source project - Certificate Transparency Log System to support SM2 algorithm and SM2 SSL certificate, and use SM2 algorithm to digitally sign SCT data, giving birth to the world's first SM2 Certificate Transparency Log System today.
The three SM2 CT log service URLs have been included and trust in ZT Browser, and ZT Browser can verify the SCT signature data signed by these three log systems in real time. At present, CerSign Technology and ZoTrus Technology can issue SM2 SSL certificate embedding the SM2 certificate transparency log data, and these SM2 SSL certificates that support the SM2 certificate transparency have been successfully integrated into the Alibaba Cloud CDN + WAF system, realizing the SM2 https encryption, cloud WAF protection and CDN distribution.
The international certificate transparency log system has successfully ensured the security and trustworthiness of publicly trusted SSL certificates, we firmly believe that the SM2 certificate transparency log system will also successfully ensure the security and trustworthiness of SM2 SSL certificates, thus effectively ensuring the security of China cyberspace. We welcome more CA operators that can issue SM2 SSL certificates to support the SM2 certificate transparency as soon as possible, to enhance the core competitiveness of their SM2 SSL certificates, so that SM2 SSL certificates can truly and effectively protect the security of https encryption in China. We also hope that more companies can also provide the SM2 certificate transparency log system, and especially hope that China cryptography administrative authority can build a national-level SM2 certificate transparency log system, because the certificate transparency log system requires the joint work of multiple certificate transparency log systems, so that the SM2 CT can play a greater role in the protection of the SM2 SSL certificate and SM2 https encryption.