SciTechDaily explains that the key to this success lies in stabilizing light particles (photons) inside optical fibers. In previous attempts, information faded after just a few kilometers, but the new technology uses quantum repeaters, which are only about 15.24 cm wide. These repeaters amplify the signal without destroying the delicate quantum state, allowing SciTechDaily to predict a global network that will be resistant to all forms of hacking.<\/p>\n\n\n\n
The Quantum Secure Network product works on the principle that any attempt to intercept data immediately changes its state, alerting the sender and recipient to an intrusion. To set up such a system, specialized devices are required, measuring approximately 48.26 cm in length and installed in existing server racks. SciTechDaily reports that the cost of setting up the first test node exceeded \u20ac850,000, but serial production of components is expected to reduce costs by 40 % by the end of 2026.<\/p>\n\n\n\n
This technology will be crucial for the banking sector and government communications. SciTechDaily reports that users will be able to monitor the security of their connections on 4K displays with a diagonal of 68.58 cm (27 inches), where the stability of the quantum key will be displayed in real time. The ability to transmit securely over 100 km means that we can now connect entire cities into a single, secure IT system. With this report, SciTechDaily solidifies its role as the leading source for understanding the technologies that will define the digital future.<\/p>\n