Question 1

What is quantum computing?

Accepted Answer

A different computing model. Classical machines process bits that are either 0 or 1. Quantum machines use qubits, whose states can be combined and correlated, and algorithms are designed so that useful answers reinforce while wrong ones cancel. It is not simply a faster computer.

Question 2

Is quantum computing commercially ready today?

Accepted Answer

Not as a general replacement for production computing. Today's devices are limited by noise and scale. What is genuinely available now is research, simulation, benchmarking and proof-of-concept work — which is exactly what we offer.

Question 3

Will quantum computing replace classical computers?

Accepted Answer

No. The realistic picture is a specialist accelerator inside an otherwise classical architecture — a step in a pipeline, for a narrow class of problems, alongside CPUs, GPUs, HPC and AI.

Question 4

Which problems might benefit?

Accepted Answer

Problems whose search space grows faster than classical methods handle comfortably: certain optimisation, simulation and materials or molecular modelling questions. Even then, a classical or quantum-inspired method often wins — which is why we benchmark first.

Question 5

What is hybrid quantum-classical computing?

Accepted Answer

An architecture where most of the work stays classical and a quantum routine handles one well-defined sub-problem, with results returned into your existing systems. This is how near-term quantum work is realistically built.

Question 6

Does my organisation need quantum computing today?

Accepted Answer

Most organisations do not. What many do need is enough internal understanding to evaluate claims, spot a genuinely quantum-shaped problem, and avoid buying into hype. Our readiness assessment often concludes that classical or AI methods are the better route — and we say so.

Question 7

What is a Quantum Readiness Assessment?

Accepted Answer

A structured review of your workloads, data, architecture and priorities that produces a shortlist of candidate problems, a benchmarked classical baseline, and a written recommendation — which may well be that quantum is not yet relevant to you.

Question 8

Does 7AAA own a quantum computer?

Accepted Answer

No. We do not own or manufacture quantum hardware, and we claim no vendor partnership. Experimental work runs on simulators and publicly available cloud quantum environments, selected per project on technical merit.