KT and Hanwha Techniques agreed to co-develop quantum cryptography era for aerospace verbal exchange, the corporations mentioned Tuesday.
Quantum cryptography is a next-generation safety era the usage of photons, or mild debris, to create virtual keys handiest the sender and receiver of knowledge can decode. It is thought of as to make sure the absolute best degree of cyber safety.
KT and Hanwha Techniques, an IT carrier supplier focusing on sensors and networks, signed a memorandum of figuring out at KT’s analysis middle in Seocho District, southern Seoul.
The purpose is to collectively grow a quantum cryptography methodology for a wi-fi community in house and aviation, and in addition cooperate in monetizing the era. The corporations plan to ascertain a quantum-encrypted community this yr.
The era will be certain protected wi-fi communications even in excessive terrains comparable to in mountains, at sea, or within the air, consistent with KT. It may be applied for drones, independent using and military-purpose verbal exchange methods as smartly.
The significance of telecommunication safety is anticipated to simply building up one day, as the quantity of knowledge transmission will develop exponentially within the 6G generation. Due to this fact countries international are rushing up analysis and building within the space of quantum cryptography era for wi-fi verbal exchange with satellites and airplane.
“Wi-fi quantum cryptography verbal exchange era is the important thing in KT’s preparation for the 6G generation, which incorporates satellite tv for pc communications,” mentioned Kim Yi-han, head of KT’s Institute of Convergence Era.
“Hanwha Techniques expects the wi-fi quantum cryptography verbal exchange era […] to be followed in more than a few sectors comparable to protection, satellites and UAM [urban air mobility], the place safety and security subject probably the most,” mentioned Kim Jung-ho, who’s main the corporate’s regulate and command device industry unit.
BY SHIN HA-NEE [[email protected]ongang.co.kr]