As a cybersecurity researcher, I have noticed a great lack of innovation in encryption algorithms in more than two decades. But in January 2023, an event changed everything, after Chinese researchers managed to crack the 2048-bit RSA algorithm with just 372 qubits. This fact highlights the urgent need to evolve our cryptography against the power of quantum computing. Source: https://arxiv.org/pdf/2212.12372... After learning about the above, being inspired by Moore's Law and the concept of #bitcoin halving, I envisioned a future with crypto that would adapt over time. Thus was born temcrypt, designed to protect highly sensitive data. Create a Scalable Complexity Factor incorporating 18-month cycles to increase the complexity of temcrypt and a custom clock that advances and adds one hour every 6 months. The dependency to decrypt the data is based on a unique key, the time it was encrypted, and the processing power of your machine. If you don't apply the exact key at the exact time (hour and minute) in later days, decrypting the information becomes “impossible”. You can read more in the following repository paths: ▪️ Readme: https://github.com/jofpin/temcry... ▪️ Knowledge: https://github.com/jofpin/temcry... With temcrypt, you can have many use cases. Some I can mention include protection for your seed phrases (cryptocurrency wallets), business data, military data, medical data, and much more. I hope you enjoy temcrypt and share it with your friends, coworkers, developers, lawyers, journalists, and people around the world who deserve to protect their most sensitive data. This is a big step for a new era of new ways to encrypt and protect data.

temcrypt

Focused on protecting highly sensitive data.

Focused on protecting highly sensitive data.