Jasbir Verghese

• Use ARS Call 1500 (free) or 016/018-200-6500 (charged) to top-up and check the balance.(You can top-up with a credit card or check card.
• Go to kt.com You can top-up and check the balance right away online. (

HCI is primarily about solving problems and innovation HCI students learn how to identify areas of improvement and then create better services and products And if you can demonstrate these skills to a potential employer, then you'll significantly raise your chances of standing out in highly competitive job markets

Carl Adolf " Max " von Sydow (10 April 1929 – 8 March 2020) was a Swedish-born French television, He currently lives in Los Angeles, California Von Sydow

Please note: E – tickets will be available here approximately 30 minutes after you make the booking Grab copies of your etickets here anytime Email it, print it

What role does quantum cryptography play?

The technology is similar to classical cryptography used today. The importance of cryptography lies in the fact that it is the only current method capable of guaranteeing computer security, maintaining the privacy, integrity, authenticity and confidentiality of the data.

It is important to advance the approaches to secure quantum cryptography to protect business data and prevent future attacks.

It is important to protect data that may be compromised in the future because quantum computing is not in a fully mature state. Potential cyber attackers are collecting data in order to access it when quantum computing is advanced enough to break current encryption

Although it has not yet reached its full potential and is only a matter of time, what practical applications does this technology have?

The main purpose of strong quantum cryptography is to guarantee the security of current data, which can be deciphered in the future with quantum computers. If a quantum computer is developed in a few years, anyone can crack today's communications with classical cryptography. Some of our lattice-based schemes are already entering the market through different products and services offered by IBM and other companies.

IBM's first quantum security system, the IBMz16, uses CRYSTALS-Kyber and CRYSTALS-Dillithium as the foundation of its key encapsulation and digital signing capabilities.

It's widespread in different industries. In the automotive sector. Public key technology is used in connected cars, so it is important that new quantum security algorithms are tested to accommodate larger key sizes. Customers in the banking industry rely heavily on symmetric cryptography to ensure data confidentiality.

Digital signatures used for software verification are one of the ways in which banks use public-key cryptography.

What are the advantages of quantum cryptography? Is it a security formula?

It is safe from the point of view of quantum physics. By itself, it helps provide security for everyday tasks like sending emails, shopping online, or withdrawing money from an ATM.

The privacy of users and company data may be at risk when a system capable of breaking current algorithms appears.

The mathematical problem on which quantum cryptography is based has been studied by many people and they have not come up with an efficient quantum algorithm to solve it, so it is not an infallible formula.

The most studied area of quantum-secure cryptographic protocols is lattice-based cryptanalysis. The number of people looking at the constructs is what determines confidence in the concrete security of any scheme. We can never talk about foolproof formulas because of the broad public scrutiny.

How does the NIST's selection of four quantum-secure cryptographic schemes translate?

The US government will protect your data and communications. Since NIST-adapted technologies are often used by many other entities, their use is likely to be widespread outside of US government applications.

There are several entities that have submitted schemes for possible standardization of both public-key and digital signatures. Three of the four chosen standards have been developed by IBM in collaboration with other partners.

The process of creating new quantum security standards is not over. NIST, the teams involved in the proposals, and the community will work together to make the chosen algorithms standards in the next two years.

Three of the four schemes have been developed by IBM. The process has been described.

We brought together experts who had worked with us before and proposed schemes based on the current state of the art.

We work hard to make them better. The CRYSTALS-Kyber public key and CRYSTALS-Dilithium digital signature were chosen as the main standards. The use of Dilithium would be prohibitive in terms of space, so the Falcon digital signature was chosen as the standard to be used.