What is Quantum Safe?

Quantum computing is a rapidly maturing technology that could soon give us the ability to solve valuable problems that are intractable to classical computation. However, some of those problems form the basis of the world's most widely-used security protocols—meaning we need updated, "quantum-safe" cryptography to protect our data. In this video, IBM Quantum developer advocate Abby Mitchell explains the core principles of Quantum Safe, and shows viewers how IBM is already helping its clients prepare for
the quantum era.

#software #ITModernization #QuantumComputing #QuantumSafe #QuantumSafeCryptography #Cryptography

[KabirrVani]

Quantum safe, also known as quantum-resistant or post-quantum cryptography, refers to cryptographic algorithms and protocols that remain secure even against attacks from quantum computers. As quantum computing advancements may compromise traditional encryption methods, quantum-safe cryptography aims to develop algorithms that can withstand quantum attacks, ensuring data security in a post-quantum era.

[NAGI]

An excellent Overview of Quantum-Safe. Thanks for sharing.

[sitrakaforler]

5 to 15 years is kind of a huge window 😅 RSA is life but yeah we need to search and innovate!

dam great video ! Thanks Abby and IBM. Also really nice board 🤩👍🏽

[DerekGreen]

The names of these quantum algorithms are hilarious. There's no way they weren't named by Sci-Fi fans. I very much approve!

[granddanoisme]

Great presentation - Important technology to all for safety and stability in the world ;)

[Flankymanga]

Thanks for the video! I have a (perhaps)silly question. Regarding the lattice... If i understand it right: The type of quantum algorithm used decides what kind of geometrical problem is being solved? For example the nearest points? And the 2 points are analogues to public and private keys? So once a person has one of the 2 points it is easy to find out nearest point to the initial one? And vice versa. But if a person does not have the first point it is hard to find his equivalent nearest point?

[d.i.a.]

Abby, I like the video and presentation however what is the much much faster time range? msec, sec, min, hour? At least a solid example and a range would be nice to have. There are already many unknowns and I appreciate some certainty :) best

[golagaz]

Great presentation from Abby. Well done. Though we are still in NISQ era and qubits are quite faulty.

[rr]

Great thanks! Did she really just write all the texts correctly in mirror writing without thinking? Or was it done in postproduction?😁

[phuphamngoc]

Thank for video. I'm imagining you can use a Quantum computer to find a short-basis lattice and try to brute force a long-basis. I think this will take time. In reality, does the quantum computer can do? Can anyone explain it to me?

[manalipareguha]

Please mention your explanation reference*

[michaelsimpson]

Putting Quantum Cryptography and AI, will we have a problem controlling the future machines? If mechanics decide to lock us out!

[annopchawalitsitthikun]

not easy!!!!
Quantum Computer Use In Army.Not Use In Public.

[macharlaakash]

She is good at explaining but she is lacking a pinch of confidence. Other than that, she explained it wonderfully.

[wildexploit]

Could have done without the lip smacking.