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SW VandeCarr
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Simple question. I understand that the product of two "large" primes is a nearly unbreakable code. How large is "large" and if it's that easy, why aren't big corporations using this?
In essence, they are. One technique that's used is public key encryption, which relies on two keys -- a public key and a private key.SW VandeCarr said:Simple question. I understand that the product of two "large" primes is a nearly unbreakable code. How large is "large" and if it's that easy, why aren't big corporations using this?
A virtually unbreakable code uses highly complex mathematical algorithms and advanced computer programming techniques to encrypt data in such a way that it is virtually impossible to decode without the correct key or password.
While it is theoretically possible for a virtually unbreakable code to be cracked, it would require an immense amount of computational power and time. In practical terms, a virtually unbreakable code is considered to be extremely difficult, if not impossible, to break.
A virtually unbreakable code can be used to encrypt any type of data, including text, images, videos, and more. However, the level of security may vary depending on the strength of the code and the encryption methods used.
Virtually unbreakable codes are used by various organizations and individuals, including governments, military, financial institutions, and businesses, to protect sensitive and confidential information. They are also used for secure communication and data sharing.
While a virtually unbreakable code is considered to be highly secure, there are always potential vulnerabilities and weaknesses that may be discovered over time. This is why it is important to regularly update and strengthen encryption methods to stay ahead of potential threats.