Although the ZTE Crisis tended to ease, it also revealed that the core technology of China's core technology is still the biggest hidden problem. The core refers to the chip industry, and the 'soul' is, without a doubt, all kinds of software. And the importance of the operating system is unquestionable. In the field of desktop operating systems, some domestic manufacturers have been struggling to break the monopoly of the Wintel Alliance. In the mobile Internet era, Android (Android) and iOS have become kings. In the past, is there any room for breakthrough in this area?
Urgently breaking
The answer is obviously inevitable. The former vice president of the China Academy of Information and Communications, Yu Shengduo, said that with the mobile intelligent terminal as the most important source of human activity data, especially the party and government military information management departments urgently needed and are using mobile The smart terminal changes the working mode. The development of autonomous and controllable mobile smart terminal operating systems, and the core technology of network security in their own hands, is both the needs of the market and the national information security.
On the whole, Google’s Android and Apple’s iOS system have formed a monopoly, resulting in high technical barriers to industry and possessing core technologies. This has formed a healthy model for sustainable development. Domestic companies want to be surrounded by It is not easy to open the gap by tearing open the gap.
In contrast, the gap is obvious. Yu Sheng and more analysts said that China's autonomous mobile operating system has gaps in the following aspects: First, China's existing mobile smart operating system is based on the secondary development of the Android system, the open source Linux kernel Inadequate core technologies, most companies can only conduct R&D at the application level, and related patents and core technologies are mainly in the hands of foreign companies. Second, independent innovation is seriously deficient in investment, complete, and healthy upstream and downstream industrial chains have not yet formed. The development lacks the dominance. Third, in terms of policies, there is still no clear policy for supporting the industry in China. There is no clear provision for supporting domestic software.
The absence of an autonomous mobile operating system not only makes our country in a weak position in the economic value distribution chain of the mobile information age, but also poses a serious threat to China’s network information security. The domestic mobile intelligent operating system is about to be broken. In this situation, Domestic Yuanxin Technology, Netstar Software and other manufacturers are constantly testing the power.
In addition to manufacturers’ self-reliance, policy support is also indispensable. Yu Sheng’s recommendations are: First, policies are introduced in information-sensitive departments such as party, government, and military enterprises to promote their use; and in conjunction with the construction of office information systems for party, government, and military enterprises, they are safe and mobile. It promotes the application of autonomous mobile operating systems. The second is learning the experience of two bombs and one star and the Beidou, concentrating on major events, screening key mobile operating system vendors from the national level, conducting overall planning and key support, and setting up major mobile operating system infrastructure software projects. , Special funds or funds, etc., to be given important support.
Autonomous card position
Domestic mobile operating system manufacturers have entered this field. Apart from seeking control, security, and trust, they also need to learn from Andrews' successful experience and continue to iterate based on changes in market demand.
Judging from the long history, in the battle for mobile operating systems, mobile operating systems such as Samsung's Bada, Intel's cooperation with Samsung, MeeGo, Palm's WebOS, and Sailfish OS (sailfish operating system) tried to challenge Android's status. , However, in addition to shutting down or changing, there is no material impact on the overall mobile operating system landscape. In contrast to the success of Android, apart from timing, technology, investment, and free, it is more crucial that Android build its own. The ecological chain did not start well, but it was promoted, many mobile phone manufacturers pre-installed, and many developers also produced applications for them, eventually forming a huge industrial alliance.
With the deepening of big data, the Internet of Things and AI, the demand for mobile operating system vendors in security, AI, and ecology has also been constantly increasing. In this field, the core technology that has been continuously cultivated for many years has focused on building autonomous and controllable technologies. The secure and trusted mobile operating system SyberOS became the first operating system to pass the EAL4 level security evaluation. It has upgraded three major versions, 15 minor versions, and written ten million lines of core code. The latest SyberOS version 3.5 is Achieve a new leap forward.
Shi Wenyong, Chairman of the Board of Directors, introduced the SyberOS3.5 version, which is more secure, smarter and easier to use. It strengthens the three characteristics of dynamic defense, AI identity authentication and H5 ecological enhancement. The dynamic defense realizes situational awareness and situation calculation. With active defense, security performance is fully upgraded. At the level of AI authentication, SyberOS3.5's AI-based voiceprint recognition and machine-holding behavior identification can be used to identify user identities without security, achieving security and convenience. SyberOS 3.5 The key ecological breakthrough is the SyberH5, which perfectly integrates the advantages of SyberApp and HTML5, to achieve a high-security, full-featured, cross-platform, low-cost, and easy-to-develop Integrated Development Environment (IDE) that developers can visually create. Development, debugging and generation of SyberH5 applications. It is reported that SyberH5 scored a high value of 517, and training promotion for it has been fully carried out. A large number of applications based on this technology such as instant messaging, office approval, rating voting, news portals, etc. rich.
Ecological shaping
No matter which kind of operating system, the core is still empowering the application and building an application ecosystem in the market. YUANXIN Technology also demonstrated the SyberOS series of multi-mode terminal products and demonstrated SyberOS in mobile office, internet car, smart medical, etc. Successful application of the field.
Among the many projects that participated in the exhibition, the core mobile network office platform of the company's business center was particularly eye-catching. It mainly provided security services such as handheld office, job scheduling, auditing and evaluation, and style discipline management for organizations with certain confidentiality requirements such as government and enterprises. With more than 20,000 terminals deployed, the commercial network mobile office platform has been applied in large scale in various sectors such as the aerospace industry, government, and the judiciary. It is cooperating with relevant units in the state secret area to prepare for pilot applications.
In addition, the self-contained SyberOS car networking platform has taken over the Internet car boom. The safe and efficient platform can respond to user's service requests extremely quickly and safely. In the field of smart medical care, Xinxin integrates autonomously controllable SyberOS and its security terminals. Big data and AI technology are combined to create a mobile health big data management platform and a “push to talk” remote medical platform. The platform can display user statistics, monitoring results and other statistics and distribution, and supports big data AI analysis and processing.
'SyberOS 3.5 is safe, credible, smart, easy to use, and ecologically rich. It arguably proves that some domestically-manufactured mobile operating systems have evolved from being 'useful enough' to 'applying for good use' to meet key sectors and industries. The requirements of the application, relying on the autonomous upstream and downstream mobile operating system ecosystem is gradually formed. 'More emphasis on students.