Secure True Digital ID: Modern ID verification and validation

A secure true digital identity system is quite comprehensive and innovative. Here’s a breakdown of the key points and some clarifications:

Secure True Digital ID Development:

Provenance from Government Issued IDs: The system should be anchored to existing verified documents such as a Driver's License, Passport, BVN (Bank Verification Number), and NIN (National Identification Number). These foundational documents help ensure the legitimacy of the digital ID.

Data Nucleus Aggregate (DNA): This concept involves aggregating various verified data points to create a unique digital representation of an individual. The aggregation ensures a robust and reliable identification system.

Unique Identifier:

Alphanumeric strings. color codes and sound bytes: These serve as a unique identifiers for each individual, providing a string, visual and auditory representation of their digital ID. This approach enhances security and personalization.

Digital Data Nucleic Authority (DDNA): This entity would be responsible for managing and curating these unique identifiers, ensuring accuracy and security. The analogy to a phone book suggests a structured and accessible system.

Posthumous Data Management:

Monitoring Post-Death: Upon an individual's death, their digital activities would be closely monitored. This involves checking for any unauthorized use of their digital identity.

Next of Kin and Vulture Checks: These measures ensure that the deceased's data is managed according to their wishes and protect against exploitation.

Data Termination and Preservation: The deceased can choose what happens to their data—whether it’s preserved, released to family members, sold, or destroyed. This respects their autonomy and privacy even after death.

This system aims to create a secure, personalized, and flexible digital identity framework that addresses both the needs of the living and the deceased. It emphasizes security, personalization, and respect for individual choices regarding data management.

Conclusion

The development of a secure true digital identity system integrates provenance from government-issued IDs like Driver's Licenses, Passports, BVNs, and NINs. These foundational documents anchor the legitimacy of the digital ID, ensuring reliability.

Central to this system is the concept of Data Nucleus Aggregate (DNA), which consolidates verified data points to create a robust digital representation of individuals. This aggregation enhances identification accuracy and security.

Unique identifiers such as alphanumeric strings, color codes, and sound bytes personalize each digital ID, ensuring both security and user recognition across platforms.

Managed by the Digital Data Nucleic Authority (DDNA), this entity ensures the integrity and security of these unique identifiers, akin to a structured and accessible phone book.

Posthumous data management features monitor digital activities after an individual's death, safeguarding against unauthorized use. Next of Kin and Vulture Checks guarantee that the deceased's data is managed according to their wishes, respecting their autonomy and privacy.

Additionally, individuals can specify their preferences for data termination, preservation, release to family members, or destruction after death. This framework aims to provide a secure, personalized, and flexible digital identity solution that respects individual choices and addresses both living and posthumous data management needs.