SECURE ZERO USING QUANTUMPRIME

CREATING SECURE ZERO-KNOWLEDGE INFORMATION USING QUANTUMPRIME

Introduction

Protecting sensitive data while maintaining verifiability is paramount. Pseudo-anonymization involves transforming personal data into a format that cannot be traced back to the original information without additional data. This ensures privacy while retaining the ability to verify and authenticate the data when necessary.

QuantumPrime offers a unique solution by leveraging the properties of prime numbers to enable secure pseudo-anonymization, allowing for infinite digital identifiers without exposing the underlying data, and demonstrating ownership when required.

The Problem

Typically, your online identifiers are UUIDs (Universally Unique Identifiers), and the identifiers of your digital identities (public signature keys) can also be defined using the hash of the digital key (fingerprint). However, changing your digital keys alters your identity. Associating your public digital keys with your own public UUID using a Decentralized Identity Document (DID Document) is a good idea, as the Unified Identification Protocol does.

Creating a hash of a unique identifier or digital key results in a pseudo-anonymized identifier. However, anyone who knows your public identifiers or keys can track their hashes across different databases, websites, and other platforms, posing a privacy risk.

The Solution

QuantumPrime solves this by allowing you to generate digital twins for different purposes, including secure payments with zero-knowledge proofs, while remaining unidentified.

By using prime numbers, you can obfuscate your public identification, creating unique private formulas with QuantumPrime. Once you have your unique formula, you can create the hash of it, generating all the unidentified and untrackable identifiers as you want.

Generating Digital Twins

By selecting different base primes, you can generate infinite digital twins or identifiers from any public identifier or digital key (i.e. wallet ID).

Each twin is unique and suited for distinct purposes, enhancing security and flexibility.

Demonstrating Ownership You can sign the zero-knowledge proof data but only those who know the private base number will be able to verify the signature.

You can provide the base-prime used and your public identifier to prove ownership or authenticity. This allows you to demonstrate your real identity if required at any time, ensuring both security and verifiability.

1. Apply the QuantumPrime Formula Convert your public identifier to a numeric value and apply the QuantumPrime Formula using the base prime (you can also read more about it here).

2. Generate Digital Twin identifier Hash your private formula (you can explore it here).

3. Sign the Transaction Sign the payment transaction and provide your private base prime to the payment platform.

4. Verification The payment platform verifies your signature using the base prime and issues a signed receipt to the recipient.

5. Demonstrate Ownership At any time, you can demonstrate that you created and signed the payment order by providing the base prime and your public identity.

6. Avoid Tracking Your data is more secure than ever when you send the payment or digital twin to be stored by distinct service or content providers! Example Workflow for Traditional Payments

1. Payment Platform Generates Base Prime The payment platform or bank generates a base prime number to protect you personal data (i.e. bank account and identifier).

2. Receive Base Prime via SMS The base prime is sent to you via SMS to confirm the operation. For example, the number "2^2281-1" can be encoded in base58 as "6nyRm2c8".

3. The Data to be Protected is Converted to Numeric Values i.e. your bank account and public identifier.

4. Applying QuantumPrime Formula The numeric values are combined with the base prime confirmed by you.

5. Generating the Zero-Knowledge Proof The combined values are hashed to create the digital twin and the verifiable data is signed by the bank or payment platform.

6. Instant Verification The recipient receives the signed and verifiable data from the bank or payment platform, so it is not required to wait several days until being able to verify a traditional money transaction is coming. 7. Future Verification You retain the base prime for future verification of your identity in the transaction. Benefits of QuantumPrime QuantumPrime revolutionizes data security by enabling secure, verifiable pseudo-anonymization. - Enhanced Privacy: Data is pseudo-anonymized, reducing the risk of exposure and preventing tracking across different platforms. - Verifiability: Ownership can be proven without revealing sensitive information. - Flexibility: Multiple digital twins can be created for different contexts. - Integration: Easily integrates with existing security frameworks.