Although this problem may seem simple

Go to content5G Digital home Innovation PeopleFirst Digital education Look for: Look for 4 months ago INNOVATION 5 min The challenge of quantum computing in today's network security Xiaoyuan Yang Xiaoyuan Yang Quantum technology brings with it great challenges for the security of the services we enjoy today. Large corporations such as Telefónica, IBM, Google and Microsoft are making substantial investments to accelerate the development of the first quantum computers capable of tackling highly relevant problems.



How future quantum computers List Of US Mobile Number List compromise current network security One of the problems they want to address with these new computers is the factorization of large numbers in the multiplication of two prime numbers.  to some, we currently do not have an effective solution, and its NOT resolution is essential to preserve the security of the Internet. In particular, this issue ensures that our communications remain inaccessible to third parties and allows us to maintain secure interaction with our financial institutions. The mere possibility that someone has a quantum computer capable of solving the factorization problem calls into question the integrity of the network as we know it.







At Telefónica, we are leading the way in addressing this global challenge to ensure that our network continues to be a secure environment for our customers in the new quantum era. At Telefónica, we are leading the way in facing this global challenge with the aim of ensuring that our network continues to be a secure environment for our customers in the new quantum era . What is the current factorization problem? If someone asked you which two numbers, when multiplied, equal 21, you would be able to answer that 3 times 7 equals 21. Multiplication What you just did is factor the number 21. If, in addition, the two numbers you mentioned are prime (3 and 7 are), then you have all the elements necessary to understand Internet security.