Multicloud AI & ERP / Cloud Migration, Integration & AI Operations
Why it matters
Quantum may eventually transform optimization, chemistry and cryptography. Organizations that build skills early will be ready to act, and post-quantum cryptography planning matters now regardless.
How it works
A quantum experiment in the cloud
Write a circuit in Qiskit, Cirq, Q# or a provider SDK. Simulate it on classical hardware, then run on real quantum hardware from partners. Read results as probabilities and compare with the best classical method.
AWS, Azure and Google Cloud compared
| AWS | Azure | Google Cloud | |
|---|---|---|---|
| Quantum service | Amazon Braket | Azure Quantum | Google Quantum AI |
| Programming | Braket SDK, popular frameworks | Q#, Qiskit | Cirq |
| Simulators | Managed simulators | Local and cloud simulators | qsim |
| Hardware access | Several partner devices | Several partner providers | Mainly research partners |
| Notable feature | Hybrid jobs | Resource estimator | Error correction research |
What makes each cloud different
AWS
Amazon Braket offers managed simulators and access to quantum hardware from several partners, with hybrid jobs that combine classical and quantum steps.
Azure
Azure Quantum supports Q# and Qiskit, partner hardware and a resource estimator that sizes algorithms for future fault-tolerant machines.
Google Cloud
Google Quantum AI leads research in error correction, with the open-source Cirq framework and qsim simulator; hardware access is mainly through research partnerships.
Design decisions that matter
- 01Build skills now
Small team, real experiments.
- 02Simulate before hardware
Cheaper and faster learning.
- 03Compare with classical baselines
Claims need evidence.
- 04Start post-quantum crypto planning
That risk is already real.
Common mistakes we see
- Production bets on quantum. Not yet.
- Ignoring it entirely. Skills take years to build.
- Confusing simulation with advantage. Simulators run on classical hardware.
A practical 30-day plan
- Week 1
Pick one optimization or chemistry problem.
- Week 2
Learn the tools on simulators.
- Week 3
Run small experiments on real hardware.
- Week 4
Compare with classical methods and report.
How NTS helps
NTS runs quantum exploration workshops on Amazon Braket and Azure Quantum and helps organizations plan for post-quantum cryptography, so you are ready as the technology matures.
What you get
- Quantum exploration workshops
- Experiments on simulators and real hardware
- Comparison with classical methods
- A post-quantum cryptography readiness plan
Typical outcomes
- A team that understands quantum's potential
- Clear view of where quantum may matter to you
- A plan for post-quantum security
How we work with you
- 1Assess
A focused review of your quantum readiness across AWS, Azure and Google Cloud. We look for the gaps we find most often: production bets on quantum, ignoring it entirely and confusing simulation with advantage.
- 2Design
A target architecture and roadmap built on the decisions that matter most: build skills now, simulate before hardware, compare with classical baselines and start post-quantum crypto planning.
- 3Build
Hands-on delivery alongside your team. We pick one optimization or chemistry problem, learn the tools on simulators, run small experiments on real hardware, and finally compare with classical methods and report.
- 4Run and improve
We brief you on quantum progress and update your cryptography plan as standards mature.
Why teams choose NTS for quantum readiness
- Honest about maturity
We separate real progress from hype.
- Skills for the future
Your team learns by running real experiments.
- Security today
Post-quantum crypto planning protects data now.
Book a free 30-minute review
Talk to an NTS architect about your quantum readiness on AWS, Azure and Google Cloud.