Quantum Computing and Cyber Threats from it !!
What is Quantum Computing?
Quantum computing is a rapidly-emerging technology that harnesses the
laws of quantum mechanics to solve problems too complex for classical
computers.
Why do we need Quantum Computers?
Quantum computers will help immensely with
problems related to optimization, which play key roles in everything from
defence to financial trading.
The Cybersecurity Implications
of Quantum Computing
·
Threat 1: Harvest Now,
Decrypt Later-
Threat actors collect encrypted data from
target organizations today, fully anticipating that data can be decrypted later
when quantum computing reaches a maturity level capable of rendering many
publicly utilized cryptographic algorithms like RSA entirely obsolete.
·
Threat 2: Making Asymmetric
Cryptography Obsolete
It poses a “Quantum Threat,” a match for the
complicated math problems previously unbeatable by classic computers. The
world's data, currently protected by asymmetric cryptography algorithms such as
RSA, DH and ECC, will soon become readable – and subsequently, easy for
cybercriminals to infiltrate and bring down global digital security.
·
Threat 3: The
vulnerabilities of blockchain technology-
Because blockchain depends on the disseminated
consensus of trust, achieved through the use of public-key cryptography, it is
particularly susceptible to attacks that reveal a user’s private key given,
only the public key.
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