CoSpace Technology Limited: Your Best Partner on Cloud

After 20 years of development, it has been proven that the mobile internet industry is not perfect, and its inherent systemic shortcomings are becoming apparent. Many signs indicate that new emerging industries in internet iteration are about to emerge:

Industry data in recent years show that the current mobile internet industry has basically reached a saturation point, transitioning from high-speed growth to a low or even declining trajectory.

Data monopolies have already threatened people's privacy and security. The rise of blockchain technology and the demand for Web 3.0 technology all aim to decentralize and protect the value of personal data.

The mobile internet relies on commercial institutions that prioritize profit to provide communication and collaboration software services for people, which has already caused many issues. Large online retailers rely solely on capturing private data to expand their capital value, and system suppliers control the mobile internet industry by providing technical support to online retailers. Meanwhile, telecom regulators that could represent governments in managing internet order have been marginalized.

Under the policy of a borderless internet, the internet is now rife with fake information, online fraud, cyber violence, cyber incitement, child pornography and more... Governments around the world are completely helpless, and rely on the self-regulation of internet providers to maintain order.

The field of science and technology may be used as an increasingly acute economic and political game, and geopolitical pressure has caused some countries to seek new industrial models and economic growth points for self-protection.

Our research has been ongoing for ten years, starting from a systemic level of the industry. Positive results have been achieved in fields such as distributed network architecture and management, cloud collaborative communication operating system, cloud social security management, international interconnectivity of cloud collaborative communication, solutions to fragmented social collaboration behavior data, personal micro-cloud communication devices, and systemic patent protection.

Our research shows that as a supplement to the mobile internet, the next mainstream industry that will drive the development of the Internet of Things is the "personal internet" cloud communication industry, which addresses the systemic shortcomings of the mobile internet.

The main features of our technical solution, the "Decentralized Cloud Collaborative Communication System Project" (referred to as the "Personal Internet" project) are:

• Hybrid peer-to-peer network technology architecture: In simple terms, it is a network architecture that allows personal and institutional clouds to freely communicate and connect under the telecommunications infrastructure. This design allows individuals to connect their own micro-cloud devices directly through their phones or computers, just like making a phone call, and store their data and records in their own cloud devices. Unlike previous models that rely on smartphones, computers, and third-party communication services, your data is no longer easily accessible to others.

• CoOS, an operating system for personal cloud devices: This operating system for personal cloud devices has a complete basic infrastructure design, including networks, hardware, kernels, libraries, frameworks, applications, and services. It helps individuals manage their information, data, network content, communication and collaboration tools, and records. The system also provides webpage distribution, making it easy for individuals to create and independently supply their own content. In particular, the system can flexibly establish a collaborative communication operating platform called CoSpace, which operates and processes various content, tools, and applications in a one-stop mode, improving synchronous operation efficiency. This is also an important technology for solving data fragmentation.

• Telecommunications systems provide secure support for personal collaborative communication: The CoSpace telecommunications system for collaborative communication has anti-counterfeiting and verification functions, intercepts data acquisition, network fraud, phishing, false information, and reminds users to stop software attacks on cloud devices and data extraction behaviors. The network communication support provided by telecommunications institutions is far more reliable than the service promises of commercial network companies.

• Establish a complete big data service system for social management: Data fragmentation is an insurmountable problem for the mobile internet. This is due to the multiple operating system environments and the resulting fragmented application ecology with different standards. Due to fragmentation, a big data solution for social collaboration behavior has not yet been produced, making it difficult to achieve quantitative prediction and management. With the implementation of the project plan, we will solve this problem and establish a big data service system for social management in various countries and regions.

• Implement global telecommunications interconnectivity under the new communication standards: With the implementation of our "Personal Internet" project, the way communication is conducted on the mobile internet will change. Data communication will be based on personal cloud devices, using a unified collaborative technology standard, and verified and transferred through telecom centers in various countries or regions to achieve secure, autonomous, and free communication and collaboration. This will fully unleash the productivity of personal and industry internet collaboration. At the same time, by using the telecom transfer service technology, we can establish big data services for collaborative behavior within and across regions to help governments, industries, and organizations achieve quantitative budgeting and management. This approach also changes the security management architecture of data.

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