Unlike traditional and newly emerging Post Quantum Cryptography methods that rely on complex, esoteric mathematical foundations, ShapeShift ciphers have a simple, discreet Deterministic Chaos foundation that avoids mathematical complexity. This allows ShapeShift ciphers to produce mathematically barren plateau ciphertexts that naturally neutralize unauthorized Quantum and classical computer decryption attempts on first principles. Specifically, while mathematical foundations enable cryptographers to construct difficult-to-solve challenges, Deterministic Chaos foundations enable cryptographers to construct unsolvable challenges that have no patternicity or solution.

Hackers Could steal encrypted data now and crack it with Quantum Computers later, warn analysts!

Has the Cybersecurity Threat Tsunami Begun?

NIST Post-Quantum Algorithm Finalist Cracked Using a Classical PC

An algorithm submitted to the NIST post-quantum encryption competition – and one that made it to the fourth round – has been defeated. The algorithm, Supersingular Isogeny Key Encapsulation (SIKE), was broken by Wouter Castryck and Thomas Decru at KU Leuven, and the process described in a paper written at the end of July 2022.

(Read more at securityweek.com)

13 Risks That Come With The Growing Power Of Quantum Computing

The benefits that could come with the power of quantum computing are frequently discussed, but are there risks, as well? Many tech experts say there are. The power of quantum computing can be leveraged for bad purposes as well as good, and even when organizations have the best intentions, there are potential downsides that must be considered.

(Read more at ampproject.com)

EV ChargersCould Be A SeriousTarget For Hackers

Sometimes, securing a certain system or device is as easy as disconnecting it from the network. When it comes to light switches and door locks, for example, we got by perfectly fine for years without accessing them online. However, in the case of EV chargers, it’s not practical. At the very least, connectivity is required to run payment systems. Additionally, being able to monitor the status and health of EV chargers remotely is a big help in keeping them available and operational.

(Read more at hackaday.com)

ShapeShift, a patent pending, new, amorphous, data encryption cipher, designed to fortify existing RSA and PKI operations, imunizing them from Quantum Computing vulnarabilities. A comprehensive data encryption technology exhibiting no mathematical periodicity that fortifies and preserves the global Public Key Infrastructure investments well into the future.

ShapeShift's anti-fragile, and evolutionary data encryption method with deterministic Chaos at its foundation uses no large number factoring, exponentiation, or modulus operations. This factoring renders Quantum Computing's “superpositioning” strength irrelevant on first principles

Widely recognized — today’s mathematical asymmetric cryptography foundations are insufficient in a Post Quantum Computing age. Thus, Quantum Computing threatens to devastate today's SSL/TLS methods and the entire Public Key Infrastructure (PKI) industry. Unfortunately, NIST's forthcoming 2024 solutions do not provide deterrence guarantees.

The Competition Fails Time After Time. The preponderance of evidence makes it clear!  All enterprise incumbents in Cybersecurity need and require the ShapeShift Cipher Add-On Plugin Protection to lock in ultimate protection for the Mathematical foundations of classical security.   Shapeshift Ciphers Cybersecurity is 100% robust enough to protect as a standalone solution, theretofore adding a maximum Firewall to existing security in all cases.

Single-Core CPU CrackedPost-Quantum Encryption CandidateAlgorithm in Just an Hour

A late-stage candidate encryption algorithm that was meant to withstand decryption by powerful quantum computers in the future has been trivially cracked by using a computer running Intel Xeon CPU in an hour's time.

(Read more at thehackernews.com)

Encryption code designed to prevent a quantum computer attack was cracked in just 53 hours with a laptop

The National Institute of Standards and Technology (NIST) wanted to put seven encryption formulas to the test in order to determine their vulnerability to the new processing systems. IQT-News shares recent news about the NIST effort and a well-publicized hacking.

Ward Beullens, from the IBM research center in Zurich, Switzerland, managed to crack an encrypted code in just 53 hours and with a simple laptop.

(Read more at insidequantumtechnology.com)

Mathematical theoremused to crack US governmentencryption algorithm

In July, the US National Institute of Standards and Technology (NIST) selected four encryption algorithms and posed some challenge problems to test their security, offering a $50,000 reward for whomever managed to break them. It happened in less than an hour: one of the promising algorithm candidates, named SIKE, was hacked with a single personal computer.

(Read more at phys.org)

The global encryption software market was valued at $9,434.76 million in 2020, and is projected to reach $42,267.99 million by 2030, growing at a CAGR of 16.5% from 2021 to 2030.

Read more at alliedmarketresearch.com.