Hayadan > Quantum encryption

Quantum encryption

Want to keep your information in the cloud? You should start exploring the use of quantum communication today

Guest article
June 7, 2022
3 תגובות

Is the current generation of electronic encryption strong enough to protect your information online today? The American Standards Office thinks not

Emirati researchers test the promise and limitations of a Ben Gurion researcher's algorithm for cracking encryption

Avi Blizovsky
May 1, 2022
One response

An algorithm developed by Prof. Itai Dinor at Ben Gurion University seems promising in several ranges of common parameters in encryption applications, but this algorithm, like the others, requires a lot of memory, so it is not yet certain whether it will be applicable for attacks, but it is still worth investigating

"Any device built today that is not compatible with quantum encryption will be a hack, and a car is a good and dangerous example"

Avi Blizovsky
April 13, 2022
One response

Researchers have developed a new device that will allow protection against quantum cracking

The Hebrew University
November 23, 2021

The researchers succeeded in creating an extremely tiny device that produces and emits single photons and on which the information can be transmitted in a quantum bit. Every contact, or even the performance of a measurement necessarily changes the information encoded on the photon and this will be expressed, upon reaching the destination, in an error in the protocol and giving an indication of the hacking attempt

A method that allows quantum encrypted information to move in a targeted manner through the air

The Hebrew University
October 12, 2020
No comments

Israeli research led by Dr. Yaron Bromberg from the Institute of Physics at the Hebrew University succeeded for the first time in transmitting single and interwoven light particles in a focused manner through a scattering medium * The experiment is another significant step towards the development of an Israeli satellite that can encrypt security information in an impenetrable manner