The emergence of Web3 has brought about a new outlook on the value of decentralization, which has boosted decentralized infrastructure. With advances in distributed ledger technology, people can now benefit from Web3 by reading, writing and owning web content, services and applications more freely without revealing their real identities. To address the issue of network architecture and how to achieve complete decentralization while considering law compliance, this paper proposes a perspective of Web3 architecture called deController. This architecture consists of underlay and overlay networks as Web3 infrastructures that underpin services and applications. The functions of underlay and overlay networks are illustrated along with their interactions. Additionally, the security and privacy of Web3 are analyzed based on a novel design of three-tier identities cooperating with deController. Furthermore, this paper discusses the impacts of laws on privacy and cyber sovereignty to achieve Web3. Currently, Web3 has reached a moment towards inclusive top-down solutions that solidify its lifeline in industrial, commercial and public networks without involving any centralized things. Overall, this paper provides valuable insights into achieving complete decentralization while complying with laws through the proposed deController architecture for Web3 native cyberspace infrastructure.
Web3 is a new way of using the internet that makes things more fair and equal for everyone. It lets people use websites and apps without giving away their real identity. DeController is a special way of organizing Web3 that makes it even more decentralized and safe. It has two parts, underlay and overlay networks, that help make sure everything works smoothly. To keep Web3 secure, there are three levels of identity that work together with DeController. People are working hard to make sure Web3 follows the rules while still protecting privacy and freedom. Right now, Web3 is becoming more popular in many different areas without relying on any one person or group to control it.
Definitions
- Decentralization: when power or control is spread out among many different people or groups instead of just one.
- Distributed ledger technology: a way of keeping track of information (like who owns what) by sharing it across many different computers.
- Infrastructure: the basic systems and structures needed for something to work properly.
- Security: measures taken to protect against danger or harm.
- Privacy: the ability to keep personal information secret from others.
- Cyber sovereignty: the idea that each country should have control over what happens on the internet within its borders.
Exploring the Benefits of Decentralized Web3 Infrastructure with deController
The emergence of Web3 has revolutionized how people interact with the internet. With advances in distributed ledger technology, users can now benefit from a more secure and private web experience that allows them to read, write and own content without revealing their real identities. To address the issue of network architecture and how to achieve complete decentralization while considering law compliance, this paper proposes a perspective of Web3 architecture called deController.
Understanding Underlay and Overlay Networks
This novel design consists of two main components: underlay networks and overlay networks. Underlay networks are responsible for providing basic communication services such as routing protocols, transport protocols, addressing schemes, etc., while overlay networks provide applications-level services such as data storage, authentication systems, consensus algorithms, etc. The functions of these two components are illustrated along with their interactions in order to understand how they work together to create an effective decentralized infrastructure for Web3 applications.
Security & Privacy Considerations
In addition to understanding how underlay and overlay networks function together within the proposed deController architecture for Web3 native cyberspace infrastructure, this paper also examines security and privacy considerations related to using this type of system. A novel design is proposed which includes three-tier identities cooperating with deController in order to ensure user privacy is maintained when interacting on the web. Furthermore, laws related to privacy and cyber sovereignty are discussed in order to understand what needs to be taken into consideration when implementing a decentralized system like deController on a larger scale.
Conclusion
Overall, this paper provides valuable insights into achieving complete decentralization while complying with laws through the proposed deController architecture for Web3 native cyberspace infrastructure. Currently, Web 3 has reached a moment towards inclusive top-down solutions that solidify its lifeline in industrial commercial public networks without involving any centralized things – making it easier than ever before for users around the world take advantage of its benefits without compromising their safety or security online.
Web3 brings an emerging outlook for the value of decentralization, boosting the decentralized infrastructure. People can benefit from Web3, facilitated by the advances in distributed ledger technology, to read, write and own web content, services and applications more freely without revealing their real identities. Although the features and merits of Web3 have been widely discussed, the network architecture of Web3 and how to achieve complete decentralization considering law compliance in Web3 are still unclear. Here, we propose a perspective of Web3 architecture, deController, consisting of underlay and overlay network as Web3 infrastructures to underpin services and applications. The functions of underlay and overlay and their interactions are illustrated. Meanwhile, the security and privacy of Web3 are analyzed based on a novel design of three-tier identities cooperating with deController. Furthermore, the impacts of laws on privacy and cyber sovereignty to achieve Web3 are discussed.
