What specific quantum threats does this new encryption aim to counter?

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It is designed to counter quantum-enabled cyberthreats that could crack today’s encryption much faster than traditional computers.

The Singapore brothers behind Aires Applied Quantum Technology say their “unbreakable” encryption is built to withstand attacks from future quantum computers. Experts quoted in the report warn that quantum computers could crack current encryption in a fraction of the time required by traditional machines, which is framed as a quantum-enabled cyberthreat.
The threat is faster decryption by future quantum computers
The specific threat described is that quantum computers could break today’s encryption much more quickly than conventional computing. The report contrasts “future quantum computers” with “traditional machines,” saying the time needed to crack current encryption would be dramatically shorter.
The focus is on protecting file encryption from quantum cracking
The company’s flagship product, LionGuard, encrypts files stored on devices, cloud systems, or networks using sender-generated keys. The stated purpose of the method is to resist attacks from future quantum computers aimed at cracking encryption used for protecting stored files across these environments.
The underlying risk is tied to current encryption standards
Aires positions its approach as a response to what experts warn about “today’s encryption” being vulnerable to quantum cracking. The report does not name particular weaknesses in existing algorithms, but it does directly link the threat to the ability of quantum-enabled systems to defeat current protection mechanisms faster than traditional approaches.
The report frames the threat in commercial terms rather than one-off attacks
The threat is presented as part of an emerging “quantum-enabled cyberthreats” landscape, not as a single named attack. In that context, the company’s encryption is described as being engineered to be usable now in a product, while targeting the risk posed by quantum computing capabilities expected to arrive later.

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What specific quantum threats does this new encryption aim to counter?

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