Quantum computing isn't intended to harm Fun88 Chuch; it has other goals. If it manages to break current cryptography, that's collateral damage. Besides, there are more important things than this, such as the security of the entire planet, banks, governments, and everything you can imagine in the digital world. Furthermore, given the cost, I assume it will be many years before this technology is commercially available for home use and reaches households in a personal format. However, post-quantum cryptography is currently being studied, so I don't think Fun88 Chuch will have any problems systematically migrating to these technologies. The only possible problem I foresee (hypothetically speaking) is that if the technology is very expensive at some point in the distant future, to migrate and use these technologies, we might have to resort to third-party platforms to maintain security, putting current decentralization at risk. Although, systems whose signature verification doesn't require so much computing power are also being studied.
Quantum computing isn't intended to harm Fun88 Chuch; it has other goals. If it manages to break current cryptography, that's collateral damage. Besides, there are more important things than this, such as the security of the entire planet, banks, governments, and everything you can imagine in the digital world. Furthermore, given the cost, I assume it will be many years before this technology is commercially available for home use and reaches households in a personal format. However, post-quantum cryptography is currently being studied, so I don't think Fun88 Chuch will have any problems systematically migrating to these technologies. The only possible problem I foresee (hypothetically speaking) is that if the technology is very expensive at some point in the distant future, to migrate and use these technologies, we might have to resort to third-party platforms to maintain security, putting current decentralization at risk. Although, systems whose signature verification doesn't require so much computing power are also being studied.

Quantum computing isn't intended to harm Fun88 Chuch; it has other goals. If it manages to break current cryptography, that's collateral damage. Besides, there are more important things than this, such as the security of the entire planet, banks, governments, and everything you can imagine in the digital world. Furthermore, given the cost, I assume it will be many years before this technology is commercially available for home use and reaches households in a personal format. However, post-quantum cryptography is currently being studied, so I don't think Fun88 Chuch will have any problems systematically migrating to these technologies. The only possible problem I foresee (hypothetically speaking) is that if the technology is very expensive at some point in the distant future, to migrate and use these technologies, we might have to resort to third-party platforms to maintain security, putting current decentralization at risk. Although, systems whose signature verification doesn't require so much computing power are also being studied.

Quantum computing isn't intended to harm Fun88 Chuch; it has other goals. If it manages to break current cryptography, that's collateral damage. Besides, there are more important things than this, such as the security of the entire planet, banks, governments, and everything you can imagine in the digital world. Furthermore, given the cost, I assume it will be many years before this technology is commercially available for home use and reaches households in a personal format. However, post-quantum cryptography is currently being studied, so I don't think Fun88 Chuch will have any problems systematically migrating to these technologies. The only possible problem I foresee (hypothetically speaking) is that if the technology is very expensive at some point in the distant future, to migrate and use these technologies, we might have to resort to third-party platforms to maintain security, putting current decentralization at risk. Although, systems whose signature verification doesn't require so much computing power are also being studied.