QUANTUMPRIME

We are looking to join/build a consortium , interested in application the impact of digital technologies in blockchain, quantum cryptography ,artificial intelligence, machine learning, big data and developing a variety of software technologies for control remote of drones.

1.What is QuantumPrime?

QuantumPrime leverages the unique properties of prime numbers to protect and verify sensitive data. The application of the innovative formula ensures your data remains secure and verifiable, providing peace of mind in an increasingly interconnected world.

2.Why Integrate QuantumPrime?

QuantumPrime is a cutting-edge solution for enhancing data security. By harnessing the power of prime numbers, we provide a robust, verifiable, and integrable method for protecting sensitive information.

- Enhanced Security: QuantumPrime provides an additional layer of security beyond traditional methods, making it significantly harder for unauthorized parties to compromise your data.

- Integrability: Easily integrates with existing security protocols and systems, allowing seamless adoption without disrupting current processes.

- Verifiability: Ensures that sensitive data can be verified without exposing it, maintaining confidentiality while providing proof of authenticity.

- Flexibility: Applicable to a wide range of sensitive data types, from personal identification to financial and contractual information.

* How Does QuantumPrime Work?

Here is an example of how we are introducing QuantumPrime in our solutions for increased data security and selective disclosure of information.

1. Generating the Base Prime Number We start by identifying a large prime number. This prime number serves as the key for data protection and verification. For example, a prime number like 2^2281 - 1 could be used (see the notes at the end).

2. Numeric Representation of Information Sensitive information, such as birth dates, identification numbers, bank accounts, insurance numbers, and contract numbers, is converted into a numeric format. This ensures that any type of data can be securely processed using QuantumPrime.

3. Applying the Formula We protect the data by combining it with the base prime number using a specific formula: E_observable = base_prime +- E The base_prime is the prime number selected as the key, and E is the numeric representation of the remaining "energy" of the confidential information, which is derived from Euclid's fundamental theorem of prime numbers. In this way, the resulting E_observable is securely protected (the total observable "energy" when information is reconstructed). Further, a password or key derived from the base prime can also be used to secure E_observable, always providing QuantumPrime an extra and premium layer of security over traditional methods.

4. Creating a Fingerprint The remaining information in the E expression is now protected by QuantumPrime and optional traditional methods. This expression E is hashed to create a unique fingerprint, which can be stored and later verified, for example, on a blockchain network. The fingerprint serves as a tamper-proof record of the protected data, ensuring security through both QuantumPrime and traditional methods.

5. Reconstruction and Verification: When a trusted third-party application or website requests proof of sensitive data, the user can forward this request to a trusted API service along with the necessary information.

The API service can then reconstruct and verify the data against the verifier's request using the stored fingerprint and the base prime number provided by the user for data reconstruction (the key). This process ensures the authenticity and integrity of the data, which is crucial when accessing private areas or contracting services.

6. Verifiable Digital Signatures: The API service can issue a digitally signed credential confirming the verification. Depending on the request, the credential can be anonymous (without revealing the user's private identifiers) or include necessary identifiers for verification purposes.

This credential can be used to access private areas or contract services, maintaining confidentiality and ensuring that the user’s confidential pieces of information remain secure when it is not required.