1.2 Objectives

The primary goal of a Bitcoin handle naming system is to establish a universal standard for providing identity to individuals. This system empowers individuals to express themselves freely using their personal data across both Web 2 and Web 3 platforms, free from censorship. With more than 850 million people worldwide lacking formal identification and access to basic necessities such as healthcare, HNDL has the potential to give every individual a voice, allowing them to develop a personal brand independently of centralized authority.

Central to this system is its ambition to become the predominant method for user authentication and sign-ins across various applications. Within this framework, each individual's handle name holds significance, as it can be enhanced with validated certifications, badges, and reputational endorsements. Additionally, users have the ability to create sub-handles for associates, family members, or community members, thereby fostering a digital real estate economy within the overarching handle infrastructure.

Handles not only facilitate the development of personal brands but also serve as a channel for Bitcoin transactions, seamlessly operating across Layer 1 and Layer 2 protocols. By utilizing handles, users can alleviate the complexity associated with lengthy Bitcoin addresses, thereby simplifying the process of receiving payments and asserting ownership over personal data.

In summary, the Bitcoin handle naming system aims to:

• Provide a universal identity for all individuals.

• Assert ownership over personal data.

• Foster unrestricted expression across Web 2 and Web 3 platforms.

• Become the standard method for app authentication and sign-ins.

• Enable users to enhance the value of their handles through verified credentials and reputational endorsements.

• Support the creation of sub-handles for community engagement.

• Establish a digital real estate economy within the framework of handle names.

• Simplify the receipt of Bitcoin payments through the utilization of handles.