The world is moving towards digitalization and cryptography is the foundation for securing information. However, current encryption methods are not sufficient to provide security against quantum computers.

Current cryptographic algorithms will be easily broken by quantum computers that can solve a large number of computations in parallel (i.e., Grover's algorithm). Quantum computing has been proven feasible with many companies such as IBM investing heavily in this technology.

We believe in a innovative new solution for this problem. By combining quantum computing and blockchain technology, we have created a whole new generation of cryptography called Quantum Encryption (QE). This allows us to create unbreakable cryptographic keys at scale.

Quantum Encryption is the next generation public key infrastructure based on quantum mechanics using quantum entanglement and superposition principle along with multi party computation techniques so that it would be impossible for any existing or future computer to break these keys even if they were able to run Shor’s algorithm faster than all other computers combined because of their ability to make use of parallel processing power effectively .

We aim at providing a platform where users encrypts data with keys generated by our proprietary encryption algorithm based on qubits instead of bits which makes our solution future proof against quantum attack as long as there is not a practical scalable quantum computer available by then (which we believe won't happen). We also provide white label API solutions for developers looking to incorporate this protection into their products/services.